Flex Innovations Wiki - New pages [en]

Raven 180cc

2025-08-07T04:57:18Z

WikiSys:

{{DISPLAYTITLE:Raven 180cc Wiki}}
== Raven 180cc ==




=== Latest Manuals ===
* [https://resources.flexinnovations.com/files/Raven%20180cc%20Manual%20Final.pdf Instruction Manual] (English)

=== Addendums ===
* [http://www.resources.flexinnovations.com/files/Flex_Warranty.pdf Warranty Information]

=== Product Information ===
* [https://www.flexinnovations.com/product/raven-180cc/ Raven 180cc Product Page]

=== Related YouTube Videos ===

{|
! Raven 180cc Announcement and Overview
|-
| {{#ev:youtube|https://youtu.be/AaWwwtQGdEA?si=WhYwhkb4WI9tT0Nt||left||}}
|}

 
{|
! Raven 180cc Flight Premiere
|-
| {{#ev:youtube|https://youtu.be/uZTWSoEPAZw?si=IeO6GmG1D3ZIiDx7||left||}}
|}

 
{|
! Raven 180cc Joe Nall Noon Demo
|-
| {{#ev:youtube|https://youtu.be/wF5FBhPz_jg?si=vLVzEc5tlxp_klRw||left||}}
|}

<noinclude>
[[Category:SuperPNP|Super PNP]]
[[Category:Raven_180cc|Raven 180cc]]
</noinclude>

Extra300 60E/FlightModes

2025-08-07T04:46:54Z

WikiSys: Created page with "{{DISPLAYTITLE:Extra 300 60E Pro Flight Mode Details}} __FORCETOC__  == Extra 300 60E Pro Flight Mode..."

{{DISPLAYTITLE:Extra 300 60E Pro Flight Mode Details}}
__FORCETOC__ 
== Extra 300 60E Pro Flight Modes ==

There is only one Stock profile for the Extra 300 60E Pro, but the Quick Set feature allows the pilot to change:
* Enabled/Disable a Gyro Gain Kill switch via a 2 Position Switch on Ch7/Aux2 (Gyro Gain Kill switch is initially Disabled, but can be ENABLED)

{| class="wikitable"
|+ Extra 300 60E Pro Flight Modes
| style="width: 100%; vertical-align:top" |
=== Extra 300 60E Pro - Stock Flight Modes ===
The Extra 300 60E Pro ships with the 'Stock Flight Modes' detailed below:

* '''Flight Mode 1: Sport (3Axis - Gyro On)'''
** For general flight
** Rates are low and expos are tuned for general flight
** Gyro Gains are ON and set low

* '''Flight Mode 2: XA (3 Axis - Gyro On)'''
** For Extreme Aerobatics like tumbles and spins while at higher airspeed
** Rates are high and expos are tuned for agressive, high speed flight
** Gyro Gains are ON and set low.

* ''' Flight Mode 3: Slow Speed 3D (3Axis - Gyro On)'''
** For slow speed 3D flight
** Rates are highest and expos are tuned for 3D Flight
** Gyro Gains are ON and set to their highest setting.
*** Will oscillate at mid to high speed flight. Do NOT fly at mid to high speeds in this Flight Mode.

|}

== Extra 300 60E Pro Options ==
* [[Extra300_60E/GyroGainKill|How to use Enable Gyro Gain Kill Switch with QuickSet from your Transmitter]]

<noinclude>
[[Category:SuperPNP|Super PNP]]
[[Category:Extra300_60E|Extra 300 60E Pro]]
</noinclude>

Extra300 60E/GyroGainKill

2025-08-07T04:43:28Z

WikiSys: Created page with "{{DISPLAYTITLE:How to Enable/Disable the Gyro Gain Switch using Quick Set from your Transmitter}} __FORCETOC__ <!-- This forces the Table of Contents since it has less than 3..."

{{DISPLAYTITLE:How to Enable/Disable the Gyro Gain Switch using Quick Set from your Transmitter}}
__FORCETOC__ 
== Gyro Gain Kill Switch Quick Set Procedure for Extra 300 60E Pro ==

To enter Quick Set mode, the Aura must receive a valid signal from the Receiver when the Aura is powered up.

Make sure your Transmitter is setup with your CH7/Aux2 channel assigned to a 2 Position switch for the Gyro Gain Kill switch.

=== Step 1 - Enter Quick Set mode ===
# Make sure all power is off on the Airplane
#* Remove the prop before making changes with Quick Set
# Turn on your transmitter
# Remove the Servo lead from Aura Port S2.
# Put a bind plug in Aura Port S2.
# Plug in the battery to power up the Airplane
# The Orange LED will be OFF while the Green LED is ON indicating you are in the Quick Set mode and receiving a valid signal from the Receiver.

=== Step 2 - Choose Gyro Gain Kill Switch Option ===
After entering Quick Set mode as described above, toggle the CH7/Aux2 channel switch on the transmitter to ENABLE or DISABLE the Gyro Gain Kill switch.
# If the Blue LED is ON, the Gyro Gain Kill switch option is ENABLED in the Aura.
# If the Blue LED is OFF, the Gyro Gain Kill switch option is DISABLED in the Aura.

=== Step 3 - Save the Gyro Gain Kill Switch Option ===
# After correctly toggling the CH7/Aux2 switch to Enable or Disable the Gyro Gain Kill switch option, '''remove the bind plug save the settings'''.
# The LEDs will turn on while the Aura is saving, then will go back to their previous state.
# Completely power off the Airplane and Aura
# Replace the Servo Lead in Aura Port S2
# Power up, confirm that the Gyro Gain Kill switch can kill the Gyro Gain with the CH7/Aux2 Switch and Fly!

<noinclude>
[[Category:SuperPNP|Super PNP]]
[[Category:Extra300_60E|Extra 300 60E Pro]]
</noinclude>

Extra300 60E/TransmitterSetup

2025-08-07T04:42:35Z

WikiSys: Created page with "{{DISPLAYTITLE:How to Setup your Transmitter for the Extra 300 60E Pro}} __FORCETOC__  == Transmitter..."

{{DISPLAYTITLE:How to Setup your Transmitter for the Extra 300 60E Pro}}
__FORCETOC__ 
== Transmitter Model Setup Procedure ==
# Create a Blank Transmitter Airplane Model with 1 Throttle, 1 Aileron, 1 Elevator, 1 Rudder and any Flaps or Flap System OFF.
# Assign the Transmitter's Ch5/Gear channel to a 3 Position switch to change the Flight Modes in flight
# (Optional) Assign the Transmitter's Ch7/Aux2 Channel to a 2 Position switch to function as a Gyro Gain Kill switch in flight
#* The Gyro Gain Kill functionality is initially Disabled by default, [[Extra300_60E/GyroGainKill|but can be Enabled using Quick Set with your Transmitter]]
# Adjust Aileron, Elevator, Rudder and Throttle End Points (aka Travel Limits or ATV) as shown in the table below for your Transmitter brand
# Verify the rest of the settings as shown in the table below for your Transmitter brand

{| class="wikitable" style="text-align: center"
|+ Transmitter Setup
!style="width: 40%" | !!style="width: 20%" | Spektrum, Futaba, JR & Graupner !!style="width: 20%" | FrSky !!style="width: 20%" | Jeti (EX-Bus)
|-
| '''Wing/Tail Type''' || 1 Aileron, 1 Elevator, 1 Rudder || 1 Aileron, 1 Elevator, 1 Rudder || 1 Aileron, 1 Elevator, 1 Rudder
|-
| '''End Points (Travel Adjust or ATV)''' || Ail/Ele/Rud: 125%|| Ail/Ele/Rud: 100% || Ail/Ele/Rud: 100%
|-
| '''Throttle End Points (Travel Adjust or ATV)''' || Thr: 100%|| Thr: 84%|| Thr: 80%
|-
| '''Reversing''' ||colspan=3 | Not Allowed
|-
| '''Sub-Trim''' || colspan=3 | Verify at Zero, NOT ALLOWED
|-
| '''Trim Levers''' || colspan=3 | Verify at Zero
|-
| '''Flight Mode Switch: CH5/Gear''' || colspan=3 | Assign the CH5/Gear channel to a 3 Position switch
|-
| '''Gyro Gain Kill Switch: CH7/Aux2**'''|| colspan=3 | Assign the CH7/Aux2 channel to a 2 Position switch (Optional)
|-
| '''First Flight Timer'''|| colspan=3 | For your first flight, set to 4:00
|}

'''<nowiki> ** </nowiki>''' - The Gyro Gain Kill Switch is initially Disabled and can be Enabled using Quick Set from your Transmitter as detailed below

== Extra 300 60E Pro Options ==
* [[Extra300_60E/GyroGainKill|How to Enable Gyro Gain Kill Switch with Quick Set from your Transmitter]]



<noinclude>
[[Category:SuperPNP|Super PNP]]
[[Category:Extra300_60E|Extra 300 60E Pro]]
</noinclude>

Extra300 60E

2025-08-07T04:40:29Z

WikiSys:

{{DISPLAYTITLE:Extra 300 60E Pro Wiki}}
== Extra 300 60E Pro ==

=== Aura Help ===
* [[Extra300_60E/TransmitterSetup|How to Setup your Transmitter for the Extra 300 60E Pro]]
* [[Extra300_60E/GyroGainKill|How to Enable Gyro Gain Kill Switch with Quick Set from your Transmitter]]
* [[Extra300_60E/FlightModes|Extra 300 60E Pro Flight Mode Details]]



=== Latest Manuals ===
* [https://resources.flexinnovations.com/files/Extra%20300%2060E%20Pro%20Manual_v1.0_final.pdf Instruction Manual] (English)

=== Addendums ===
* [http://www.resources.flexinnovations.com/files/Flex_Warranty.pdf Warranty Information]

=== Product Information ===
* [https://www.flexinnovations.com/product/extra-300-60e-pro/ Extra 300 60E Pro Product Page]

=== Related YouTube Videos ===

{|
! Extra 300 60E G2 PRO Overview
|-
| {{#ev:youtube|https://youtu.be/N8GPjYdEx90?si=cs225UoquDyYBQUY||left||}}
|}

 
{|
! Flex Innovations Extra 300 60E Pro
|-
| {{#ev:youtube|https://youtu.be/eUqVg8JJlrs?si=UqVnwPpNwhdYfo_L||left||}}
|}

 
{|
! Flex Extra 300 50E Pro Jase Dussia
|-
| {{#ev:youtube|https://youtu.be/6G40ooY-T-s?si=Y2K-dRfPeCHoZHvk||left||}}
|}

<noinclude>
[[Category:SuperPNP|Super PNP]]
[[Category:Extra30060E|Extra 300 60E]]
</noinclude>

Ventique 60E G2/FlightModes

2025-08-07T00:57:29Z

WikiSys: Created page with "{{DISPLAYTITLE:Ventique 60E G2 Pro Flight Mode Details}} __FORCETOC__  == Ventique 60E G2 Pro Flight..."

{{DISPLAYTITLE:Ventique 60E G2 Pro Flight Mode Details}}
__FORCETOC__ 
== Ventique 60E G2 Pro Flight Modes ==

There is only one Stock profile for the Ventique 60E G2 Pro, but the Quick Set feature allows the pilot to change:
* Enabled/Disable a Gyro Gain Kill switch via a 2 Position Switch on Ch7/Aux2 (Gyro Gain Kill switch is initially Disabled, but can be ENABLED)

{| class="wikitable"
|+ Ventique 60E G2 Pro Flight Modes
| style="width: 100%; vertical-align:top" |
=== Ventique 60E G2 Pro - Stock Flight Modes ===
The Ventique 60E G2 Pro ships with the 'Stock Flight Modes' detailed below:

* '''Flight Mode 1: Sport (3Axis - Gyro On)'''
** For general flight
** Rates are low and expos are tuned for general flight
** Gyro Gains are ON and set low

* '''Flight Mode 2: XA (3 Axis - Gyro On)'''
** For Extreme Aerobatics like tumbles and spins while at higher airspeed
** Rates are high and expos are tuned for agressive, high speed flight
** Gyro Gains are ON and set low.

* ''' Flight Mode 3: Slow Speed 3D (3Axis - Gyro On)'''
** For slow speed 3D flight
** Rates are highest and expos are tuned for 3D Flight
** Gyro Gains are ON and set to their highest setting.
*** Will oscillate at mid to high speed flight. Do NOT fly at mid to high speeds in this Flight Mode.

|}

== Ventique 60E G2 Pro Options ==
* [[Ventique_60E_G2/GyroGainKill|How to use Enable Gyro Gain Kill Switch with QuickSet from your Transmitter]]

<noinclude>
[[Category:SuperPNP|Super PNP]]
[[Category:Ventique_60E_G2|Ventique 60E G2 Pro]]
</noinclude>

Ventique 60E G2/GyroGainKill

2025-08-07T00:49:28Z

{{DISPLAYTITLE:How to Enable/Disable the Gyro Gain Switch using Quick Set from your Transmitter}}
__FORCETOC__ 
== Gyro Gain Kill Switch Quick Set Procedure for Ventique 60E G2 Pro ==

To enter Quick Set mode, the Aura must receive a valid signal from the Receiver when the Aura is powered up.

Make sure your Transmitter is setup with your CH7/Aux2 channel assigned to a 2 Position switch for the Gyro Gain Kill switch.

=== Step 1 - Enter Quick Set mode ===
# Make sure all power is off on the Airplane
#* Remove the prop before making changes with Quick Set
# Turn on your transmitter
# Remove the Servo lead from Aura Port S2.
# Put a bind plug in Aura Port S2.
# Plug in the battery to power up the Airplane
# The Orange LED will be OFF while the Green LED is ON indicating you are in the Quick Set mode and receiving a valid signal from the Receiver.

=== Step 2 - Choose Gyro Gain Kill Switch Option ===
After entering Quick Set mode as described above, toggle the CH7/Aux2 channel switch on the transmitter to ENABLE or DISABLE the Gyro Gain Kill switch.
# If the Blue LED is ON, the Gyro Gain Kill switch option is ENABLED in the Aura.
# If the Blue LED is OFF, the Gyro Gain Kill switch option is DISABLED in the Aura.

=== Step 3 - Save the Gyro Gain Kill Switch Option ===
# After correctly toggling the CH7/Aux2 switch to Enable or Disable the Gyro Gain Kill switch option, '''remove the bind plug save the settings'''.
# The LEDs will turn on while the Aura is saving, then will go back to their previous state.
# Completely power off the Airplane and Aura
# Replace the Servo Lead in Aura Port S2
# Power up, confirm that the Gyro Gain Kill switch can kill the Gyro Gain with the CH7/Aux2 Switch and Fly!

<noinclude>
[[Category:SuperPNP|Super PNP]]
[[Category:Ventique_60E_G2|Ventique 60E G2 Pro]]
</noinclude>

Ventique 60E G2/TransmitterSetup

2025-08-07T00:48:11Z

WikiSys: Created page with "{{DISPLAYTITLE:How to Setup your Transmitter for the Ventique 60E G2 Pro}} __FORCETOC__  == Transmitt..."

{{DISPLAYTITLE:How to Setup your Transmitter for the Ventique 60E G2 Pro}}
__FORCETOC__ 
== Transmitter Model Setup Procedure ==
# Create a Blank Transmitter Airplane Model with 1 Throttle, 1 Aileron, 1 Elevator, 1 Rudder and any Flaps or Flap System OFF.
# Assign the Transmitter's Ch5/Gear channel to a 3 Position switch to change the Flight Modes in flight
# (Optional) Assign the Transmitter's Ch7/Aux2 Channel to a 2 Position switch to function as a Gyro Gain Kill switch in flight
#* The Gyro Gain Kill functionality is initially Disabled by default, [[Ventique_60E_G2/GyroGainKill|but can be Enabled using Quick Set with your Transmitter]]
# Adjust Aileron, Elevator, Rudder and Throttle End Points (aka Travel Limits or ATV) as shown in the table below for your Transmitter brand
# Verify the rest of the settings as shown in the table below for your Transmitter brand

{| class="wikitable" style="text-align: center"
|+ Transmitter Setup
!style="width: 40%" | !!style="width: 20%" | Spektrum, Futaba, JR & Graupner !!style="width: 20%" | FrSky !!style="width: 20%" | Jeti (EX-Bus)
|-
| '''Wing/Tail Type''' || 1 Aileron, 1 Elevator, 1 Rudder || 1 Aileron, 1 Elevator, 1 Rudder || 1 Aileron, 1 Elevator, 1 Rudder
|-
| '''End Points (Travel Adjust or ATV)''' || Ail/Ele/Rud: 125%|| Ail/Ele/Rud: 100% || Ail/Ele/Rud: 100%
|-
| '''Throttle End Points (Travel Adjust or ATV)''' || Thr: 100%|| Thr: 84%|| Thr: 80%
|-
| '''Reversing''' ||colspan=3 | Not Allowed
|-
| '''Sub-Trim''' || colspan=3 | Verify at Zero, NOT ALLOWED
|-
| '''Trim Levers''' || colspan=3 | Verify at Zero
|-
| '''Flight Mode Switch: CH5/Gear''' || colspan=3 | Assign the CH5/Gear channel to a 3 Position switch
|-
| '''Gyro Gain Kill Switch: CH7/Aux2**'''|| colspan=3 | Assign the CH7/Aux2 channel to a 2 Position switch (Optional)
|-
| '''First Flight Timer'''|| colspan=3 | For your first flight, set to 4:00
|}

'''<nowiki> ** </nowiki>''' - The Gyro Gain Kill Switch is initially Disabled and can be Enabled using Quick Set from your Transmitter as detailed below

== Ventique 60E G2 Pro Options ==
* [[Ventique_60E_G2/GyroGainKill|How to Enable Gyro Gain Kill Switch with Quick Set from your Transmitter]]



<noinclude>
[[Category:SuperPNP|Super PNP]]
[[Category:Ventique_60E_G2|Ventique 60E G2 Pro]]
</noinclude>

Ventique 60E G2

2025-08-07T00:44:08Z

WikiSys:

{{DISPLAYTITLE:Ventique 60E G2 Pro Wiki}}
== Ventique 60E G2 Pro ==

=== Aura Help ===
* [[Ventique_60E_G2/TransmitterSetup|How to Setup your Transmitter for the Ventique 60E G2 Pro]]
* [[Ventique_60E_G2/GyroGainKill|How to Enable Gyro Gain Kill Switch with Quick Set from your Transmitter]]
* [[Ventique_60E_G2/FlightModes|Ventique 60E G2 Pro Flight Mode Details]]



=== Latest Manuals ===
* [http://resources.flexinnovations.com/files/Ventique_60E_G2_PRO_Manual_v1.0_FINAL.pdf Instruction Manual] (English)

=== Addendums ===
* [http://www.resources.flexinnovations.com/files/Flex_Warranty.pdf Warranty Information]

=== Product Information ===
* [https://www.flexinnovations.com/product/ventique-60e-g2-pro-arf-arfsv/ Ventique 60E G2 Pro Product Page]

=== Related YouTube Videos ===

{|
! Ventique 60E G2 PRO Super PNP Assembly
|-
| {{#ev:youtube|https://youtu.be/IUo5VG8vCOQ?si=0TexrwZb1NghNzyd||left||}}
|}

 
{|
! Lane Walker & Jase Dussia fly the Ventique 60E G2 PRO @ Joe Nall E-Demo 2024
|-
| {{#ev:youtube|https://youtu.be/LT04LIlOvLI?si=8TmLZ6pTIjtXJj7y||left||}}
|}

 
{|
! Jase Dussia flies the Ventique 60E G2 PRO @ Joe Nall Electric 3D Line
|-
| {{#ev:youtube|https://youtu.be/9HpzLKidTwI?si=Kt-1GyFP5LlpD3g_||left||}}
|}

 
{|
! Jase Dussia – Ventique 60E G2 PRO Super PNP
|-
| {{#ev:youtube|https://youtu.be/1fVF1oMYEmU?si=01tkULiFfxu-LOPy||left||}}
|}

 
{|
! Jase Dussia – Ventique 60E G2 PRO Super PNP
|-
| {{#ev:youtube|https://youtu.be/1yDaEZqSi9E?si=AN5YSH41Y_wam4Yp||left||}}
|}

<noinclude>
[[Category:SuperPNP|Super PNP]]
[[Category:Laser20060E|Laser 200 60E]]
</noinclude>

Laser200 60E/FlightModes

2025-08-07T00:21:53Z

WikiSys:

{{DISPLAYTITLE:Laser 200 60E Flight Mode Details}}
__FORCETOC__ 
== Laser 200 60E Flight Modes ==

There is only one Stock profile for the Laser 200 60E, but the Quick Set feature allows the pilot to change:
* Enabled/Disable a Gyro Gain Kill switch via a 2 Position Switch on Ch7/Aux2 (Gyro Gain Kill switch is initially Disabled, but can be ENABLED)

{| class="wikitable"
|+ Laser 200 60E Flight Modes
| style="width: 100%; vertical-align:top" |
=== Laser 200 60E - Stock Flight Modes ===
The Laser 200 60E ships with the 'Stock Flight Modes' detailed below:

* '''Flight Mode 1: Sport (Gyro On)'''
** For general flight
** Rates are low and expos are tuned for general flight
** Gyro Gains are ON and set low

* '''Flight Mode 2: Advanced (Gyro On)'''
** For more advanced aerobatics like tumbles and spins while at higher airspeed
** Rates are high and expos are tuned for comfortable flight
** Gyro Gains are ON and set low.

* ''' Flight Mode 3: Slow Speed 3D (Gyro On)'''
** For slow speed 3D flight
** Rates are highest and expos are tuned for comfortable flight
** Gyro Gains are ON and set to their highest setting.
*** May oscillate in high speed flight under certain conditions

|}

== Laser 200 60E Options ==
* [[Laser200_60E/GyroGainKill|How to use Enable Gyro Gain Kill Switch with QuickSet from your Transmitter]]

<noinclude>
[[Category:SuperPNP|Super PNP]]
[[Category:Laser200_60E|Laser 200 60E]]
</noinclude>

Laser200 60E/GyroGainKill

2025-08-07T00:15:04Z

{{DISPLAYTITLE:How to Enable/Disable the Gyro Gain Switch using Quick Set from your Transmitter}}
__FORCETOC__ 
== Gyro Gain Kill Switch Quick Set Procedure for Laser 200 60E ==

To enter Quick Set mode, the Aura must receive a valid signal from the Receiver when the Aura is powered up.

Make sure your Transmitter is setup with your CH7/Aux2 channel assigned to a 2 Position switch for the Gyro Gain Kill switch.

=== Step 1 - Enter Quick Set mode ===
# Make sure all power is off on the Airplane
#* Remove the prop before making changes with Quick Set
# Turn on your transmitter
# Remove the Servo lead from Aura Port S2.
# Put a bind plug in Aura Port S2.
# Plug in the battery to power up the Airplane
# The Orange LED will be OFF while the Green LED is ON indicating you are in the Quick Set mode and receiving a valid signal from the Receiver.

=== Step 2 - Choose Gyro Gain Kill Switch Option ===
After entering Quick Set mode as described above, toggle the CH7/Aux2 channel switch on the transmitter to ENABLE or DISABLE the Gyro Gain Kill switch.
# If the Blue LED is ON, the Gyro Gain Kill switch option is ENABLED in the Aura.
# If the Blue LED is OFF, the Gyro Gain Kill switch option is DISABLED in the Aura.

=== Step 3 - Save the Gyro Gain Kill Switch Option ===
# After correctly toggling the CH7/Aux2 switch to Enable or Disable the Gyro Gain Kill switch option, '''remove the bind plug save the settings'''.
# The LEDs will turn on while the Aura is saving, then will go back to their previous state.
# Completely power off the Airplane and Aura
# Replace the Servo Lead in Aura Port S2
# Power up, confirm that the Gyro Gain Kill switch can kill the Gyro Gain with the CH7/Aux2 Switch and Fly!

<noinclude>
[[Category:SuperPNP|Super PNP]]
[[Category:Laser200_60E|Laser 200 60E]]
</noinclude>

Laser200 60E/TransmitterSetup

2025-08-07T00:13:17Z

WikiSys: Created page with "{{DISPLAYTITLE:How to Setup your Transmitter for the Laser 200 60E}} __FORCETOC__  == Transmitter Mod..."

{{DISPLAYTITLE:How to Setup your Transmitter for the Laser 200 60E}}
__FORCETOC__ 
== Transmitter Model Setup Procedure ==
# Create a Blank Transmitter Airplane Model with 1 Throttle, 1 Aileron, 1 Elevator, 1 Rudder and any Flaps or Flap System OFF.
# Assign the Transmitter's Ch5/Gear channel to a 3 Position switch to change the Flight Modes in flight
# Assign the Transmitter's CH6/Aux1 Channel to a 2 Position switch to control the night LEDs in flight
# (Optional) Assign the Transmitter's Ch7/Aux2 Channel to a 2 Position switch to function as a Gyro Gain Kill switch in flight
#* The Gyro Gain Kill functionality is initially Disabled by default, [[Laser200_60E/GyroGainKill|but can be Enabled using Quick Set with your Transmitter]]
# Adjust Aileron, Elevator, Rudder and Throttle End Points (aka Travel Limits or ATV) as shown in the table below for your Transmitter brand
# Verify the rest of the settings as shown in the table below for your Transmitter brand

{| class="wikitable" style="text-align: center"
|+ Transmitter Setup
!style="width: 40%" | !!style="width: 20%" | Spektrum, Futaba, JR & Graupner !!style="width: 20%" | FrSky !!style="width: 20%" | Jeti (EX-Bus)
|-
| '''Wing/Tail Type''' || 1 Aileron, 1 Elevator, 1 Rudder || 1 Aileron, 1 Elevator, 1 Rudder || 1 Aileron, 1 Elevator, 1 Rudder
|-
| '''End Points (Travel Adjust or ATV)''' || Ail/Ele/Rud: 125%|| Ail/Ele/Rud: 100% || Ail/Ele/Rud: 100%
|-
| '''Throttle End Points (Travel Adjust or ATV)''' || Thr: 100%|| Thr: 84%|| Thr: 80%
|-
| '''Reversing''' ||colspan=3 | Not Allowed
|-
| '''Sub-Trim''' || colspan=3 | Verify at Zero, NOT ALLOWED
|-
| '''Trim Levers''' || colspan=3 | Verify at Zero
|-
| '''Flight Mode Switch: CH5/Gear''' || colspan=3 | Assign the CH5/Gear channel to a 3 Position switch
|-
| '''LEDs Switch: CH6/Aux1''' || colspan=3 | Assign the CH6/Aux1 channel to a 2 Position switch
|-
| '''Gyro Gain Kill Switch: CH7/Aux2**'''|| colspan=3 | Assign the CH7/Aux2 channel to a 2 Position switch (Optional)
|-
| '''First Flight Timer'''|| colspan=3 | For your first flight, set to 4:00
|}

'''<nowiki> ** </nowiki>''' - The Gyro Gain Kill Switch is initially Disabled and can be Enabled using Quick Set from your Transmitter as detailed below

== Laser 200 60E Options ==
* [[Laser200_60E/GyroGainKill|How to Enable Gyro Gain Kill Switch with Quick Set from your Transmitter]]



<noinclude>
[[Category:SuperPNP|Super PNP]]
[[Category:RV8|RV-8]]
</noinclude>

Laser200 60E

2025-08-07T00:07:59Z

WikiSys: Created page with "{{DISPLAYTITLE:Laser 200 60E Wiki}} == Laser 200 60E == === Aura Help === * How to Setup your Transmitter for the Laser 200 60E * Laser200..."

{{DISPLAYTITLE:Laser 200 60E Wiki}}
== Laser 200 60E ==

=== Aura Help ===
* [[Laser200_60E/TransmitterSetup|How to Setup your Transmitter for the Laser 200 60E]]
* [[Laser200_60E/GyroGainKill|How to Enable Gyro Gain Kill Switch with Quick Set from your Transmitter]]
* [[Laser200_60E/FlightModes|Laser 200 60E Flight Mode Details]]



=== Latest Manuals ===
* [https://resources.flexinnovations.com/files/Laser%20200%2060E_Quick_Start_Guide_V1.1_FINAL.pdf Quick Start Guide] (English)
* [https://resources.flexinnovations.com/files/Laser%20200%2060E%20Super%20PNP%20Manual%20English%20v1.0%20-%20Final.pdf Instruction Manual] (English)
* [https://resources.flexinnovations.com/files/Laser%20200%20Hinge%20Backers.zip Laser 200 60E Hinge Backers]

=== Addendums ===
* [http://www.resources.flexinnovations.com/files/Flex_Warranty.pdf Warranty Information]

=== Product Information ===
* [https://www.flexinnovations.com/product/laser-200-60e/ Laser 200 60E Product Page]

=== Related YouTube Videos ===

{|
! Flex Laser 200 60E at SEFF 2024
|-
| {{#ev:youtube|https://youtu.be/UcjJF_eyHtw?si=X2B8Osz7rZ4jCRme||left||}}
|}

 
{|
! Lane Walker flies the Laser 200 60E at Joe Nall E-Demo
|-
| {{#ev:youtube|https://youtu.be/Fmfgb2E_yFc?si=ekofcLDJGk-r0yvO||left||}}
|}

 
{|
! Aura Firmware v1.25 - 6Axis, Level Assist and Launch/Takeoff Assist Update
|-
| {{#ev:youtube|https://youtu.be/wuEYf6o9Z5k?si=eyIXiJSqrgp4x6PN||left||}}
|}

<noinclude>
[[Category:SuperPNP|Super PNP]]
[[Category:Laser20060E|Laser 200 60E]]
</noinclude>

RV-8 10E G2/LaunchAssist

2025-08-06T23:46:09Z

WikiSys:

{{DISPLAYTITLE:How to Use Takeoff/Launch Assist Mode}}
__FORCETOC__ 
== Takeoff/Launch Assist Mode for RV-8 10E G2 ==

Takeoff/Launch Assist Mode is a special mode that can help beginners or advanced pilots during challenging takeoff conditions. Once Takeoff/Launch Assist has been activated, it will control the roll and pitch angle of your airplane, keeping the wings level and commanding a brisk climb out to a safe altitude.

=== How to Activate Takeoff/Launch Assist Mode ===
* Hold your Transmitter sticks at the following positions for at least 3 seconds:
** Throttle low
** Rudder centered
** Full left aileron
** Full up elevator
** The airplane must be still/stationary to enter Takeoff/Launch Assist.
* When Takeoff/Launch Assist is active you will see the elevator go up to hold a climb and the ailerons move to try to keep the wings level. You can now return the Aileron and Elevator sticks to center.
** The Red LED on the Aura will also slowly flash to indicate Launch Assist is Activated.

=== How to Exit Takeoff/Launch Assist Mode ===
* Once Takeoff/Launch Assist is active, you can proceed to takeoff by advancing the throttle and using the rudder to steer.
** ''Do not accidentally move the aileron or elevator sticks from center after advancing the throttle as this will Disable Takeoff/Launch Assist!''
* Once you have advanced the Throttle and are at a comfortable altitude, you can move the Aileron or Elevator stick to disable Takeoff/ Launch Assist and resume normal control.

=== If you are having trouble activating Takeoff/Launch Assist Mode ===
* Make sure that all your trims are centered
* Keep the Airplane stationary with low Throttle and Aileron/Elevator/Rudder sticks centered for at least 5 seconds before trying again.

== Additional Information ==
* [http://resources.flexinnovations.com/files/Aura8_QuickStartOverview_v1p25.pdf Aura 8 Quick Start Overview (PDF) - English - Updated for Firmware v1.25+]
* [http://resources.flexinnovations.com/files/Aura8_AuraPro_6Axis_Update_and_QuickFlip_Guide.pdf Aura 8 and Aura Pro - 6Axis Update and Quick Flip Guide (PDF) - English] - For Firmware v1.25+

<noinclude>
[[Category:SuperPNP|Super PNP]]
[[Category:RV8|RV-8]]
</noinclude>

RV-8 10E G2/QuickFlip

2025-08-06T23:26:30Z

WikiSys: Created page with "{{DISPLAYTITLE:How to Quick Flip between the Stock and Expert Flight Modes}} __FORCETOC__  == Quick F..."

{{DISPLAYTITLE:How to Quick Flip between the Stock and Expert Flight Modes}}
__FORCETOC__ 
== Quick Flip Procedure for RV-8 10E G2 ==

'''No Transmitter, Receiver or PC is needed to complete the Quick Flip procedure.'''

=== Step 1 - Enter Quick Flip ===
# Unplug the battery from the airplane
# Turn OFF your transmitter.
# Connect the battery to power up the Airplane. The Blue LED will flash indicating Gyro Calibration.
# After it stops flashing, orient the model with a straight down nose attitude and keep it still.

=== Step 2 - Flip the Flight Modes ===
When the profile switches, the Green LED will begin to flash and the Servos will power up and center.
# The Elevator will then move 3 times to indicate the Expert Profile is being used or 6 times to indicate the Stock Profile is being used

=== Step 3 - Exit Quick Flip and Restart ===
# Once the Elevator deflections are complete, return the model to a level attitude
# Disconnect the battery
# Turn ON your transmitter and connect your battery as normal. Use your flight mode switch to check the Flight Modes act as expected and go fly!
# To switch back to the other profile, just repeat this procedure.

== Additional Information ==
* [http://resources.flexinnovations.com/files/Aura8_QuickStartOverview_v1p25.pdf Aura 8 Quick Start Overview (PDF) - English - Updated for Firmware v1.25+]
* [http://resources.flexinnovations.com/files/Aura8_AuraPro_6Axis_Update_and_QuickFlip_Guide.pdf Aura 8 and Aura Pro - 6Axis Update and Quick Flip Guide (PDF) - English] - For Firmware v1.25+
* [[RV-8_10E_G2/FlightModes|RV-8 10E G2 Flight Mode Details]]

<noinclude>
[[Category:SuperPNP|Super PNP]]
[[Category:RV8|RV-8]]
</noinclude>

RV-8 10E G2/FlightModes

2025-08-06T22:50:52Z

WikiSys:

{{DISPLAYTITLE:RV-8 10E G2 Flight Modes}}
__FORCETOC__ 
== RV-8 10E G2 Flight Modes ==
The RV-8 10E G2 Flight Modes have been updated from the original RV-8 10E.

Use the Aura Quick Flip Procedure to Flip the Aura between the Stock Flight Modes and the Expert Flight Modes:
* [[RV-8_10E_G2/QuickFlip|How to Quick Flip between the Stock and Expert Flight Modes]]
* [http://resources.flexinnovations.com/files/Aura8_AuraPro_6Axis_Update_and_QuickFlip_Guide.pdf Aura 8 and Aura Pro - 6Axis Update and Quick Flip Guide (PDF) - English] - For Firmware v1.25+
* Aura 8 Quick Start Overview [http://resources.flexinnovations.com/files/Aura8_QuickStartOverview_v1p25.pdf (PDF) - English - Updated for Firmware v1.25+]

There is a Stock profile and an Expert Profile for the RV-8 10E G2, but the RV-8 10E G2 Quick Set feature also allows the user to change two settings:
* Enable/Disable Crow via a 2 Position Switch on Ch8/Aux3. (Crow is initially DISABLED, but can be ENABLED).
* Enabled/Disable a Gyro Gain Kill switch via a 2 Position Switch on Ch7/Aux2 (Gyro Gain Kill switch is initially Disabled, but can be ENABLED)

{| class="wikitable"
|+ RV-8 10E G2 Stock Flight Modes
| style="width: 600px; vertical-align:top" |
=== RV-8 10E G2 - Stock Flight Modes ===
The RV-8 10E G2 ships with the 'Stock Flight Modes' detailed below:

* '''Flight Mode 1: Level Assist (6 Axis - Gyro On)'''
** The is a beginner mode and ideal to learn to fly
** This is a self-leveling mode, when the sticks are released the plane will automatically return to straight and level flight
** Bank and pitch angles are limited, but very capable
** Rates are low and expos tuned for comfortable flight
** Gyro is set to low
** Live Wing OFF - Flaps operate as normal

* '''Flight Mode 2: Sport (3 Axis - Gyro On)'''
** For general flight and basic sport aerobatics
** Rates are low and expos tuned for comfortable flight
** Gyro is set to low
** Live Wing OFF - Flaps operate as normal

* ''' Flight Mode 3: Advanced (3 Axis - Gyro On)'''
** For general flight and aggressive sport aerobatics
** Rates are medium and expos are tuned for comfortable flight
** Gyro is set to low
** Live Wing ON - Flaps work in conjunction with ailerons for added roll authority
|}

{| class="wikitable"
|+ RV-8 10E G2 Expert Flight Modes
| style="width: 600px; vertical-align:top" |
=== RV-8 10E G2 - Expert Flight Modes ===
Use the Quick Flip feature to switch the RV-8 10E G2 to the 'Expert Flight Modes' detailed below:

* '''Flight Mode 1: Sport (3 Axis - Gyro On)'''
** For general flight and basic sport aerobatics
** Rates are low and expos tuned for comfortable flight
** Gyro is set to low
** Live Wing OFF - Flaps operate as normal

* '''Flight Mode 2: Advanced (3 Axis - Gyro On)'''
** For general flight and aggressive sport aerobatics
** Rates are medium and expos are tuned for comfortable flight
** Gyro is set to low
** Live Wing ON - Flaps work in conjunction with ailerons for added roll authority

* ''' Flight Mode 3: Slow Speed 3D (Gyro On)'''
** For slow speed 3D flight
** Rates are highest and expos are tuned for comfortable flight
** Gyro Gains are ON and set to their highest setting.
*** May oscillate in high speed flight under certain conditions
** Live Wing ON - Flaps work in conjunction with ailerons for added roll authority

|}

== RV-8 10E G2 Options ==
* [[RV-8_10E_G2/QuickFlip|How to Quick Flip between the Stock and Expert Flight Modes]]
* [[RV-8_10E_G2/Crow|How to use Enable Crow with QuickSet from your Transmitter]]
* [[RV-8_10E_G2/GyroGainKill|How to use Enable Gyro Gain Kill Switch with QuickSet from your Transmitter]]

<noinclude>
[[Category:SuperPNP|Super PNP]]
[[Category:RV8|RV-8]]
</noinclude>

RV-8 10E G2/Crow

2025-08-06T22:45:27Z

WikiSys: Created page with "{{DISPLAYTITLE:How to Enable/Disable the Crow Switch using Quick Set from your Transmitter}} __FORCETOC__ <!-- This forces the Table of Contents since it has less than 3 level..."

{{DISPLAYTITLE:How to Enable/Disable the Crow Switch using Quick Set from your Transmitter}}
__FORCETOC__ 
== Crow Quick Set Procedure for RV-8 10E G2 ==

To enter Quick Set mode, the Aura must receive a valid signal from the Receiver when the Aura is powered up.

Make sure your Transmitter is setup with your CH8/Aux3 channel assigned to a 2 Position switch for Crow.

=== Step 1 - Enter Quick Set mode ===
# Make sure all power is off on the RV-8 10E G2
#* Remove the prop before making changes with Quick Set
# Turn on your transmitter
# Remove the Servo lead from Aura Port S2.
# Put a bind plug in Aura Port S2.
# Plug in the battery to power up the RV-8 10E G2
# The Orange LED will be OFF while the Green LED is ON indicating you are in the Quick Set mode and receiving a valid signal from the Receiver.

=== Step 2 - Choose Crow Option ===
After entering Quick Set mode as described above, toggle the CH8/Aux3 channel switch on the transmitter to ENABLE or DISABLE the Crow functionality.
# If the Red LED is ON, the Crow option is ENABLED in the Aura.
# If the Red LED is OFF, the Crow option is DISABLED in the Aura.

=== Step 3 - Save the desired Crow Option ===
# After correctly toggling the CH8/Aux3 switch to Enable or Disable the Crow option, '''remove the bind plug save the settings'''.
# The LEDs will turn on while the Aura is saving, then will go back to their previous state.
# Completely power off the RV-8 and Aura
# Replace the Servo Lead in Aura Port S2
# Power up, confirm that the Crow option can be activated with the CH8/Aux3 Switch and Fly!

<noinclude>
[[Category:SuperPNP|Super PNP]]
[[Category:RV8|RV-8]]
</noinclude>

RV-8 10E G2/GyroGainKill

2025-08-06T22:44:37Z

WikiSys:

{{DISPLAYTITLE:How to Enable/Disable the Gyro Gain Switch using Quick Set from your Transmitter}}
__FORCETOC__ 
== Gyro Gain Kill Switch Quick Set Procedure for RV-8 10E G2 ==

To enter Quick Set mode, the Aura must receive a valid signal from the Receiver when the Aura is powered up.

Make sure your Transmitter is setup with your CH7/Aux2 channel assigned to a 2 Position switch for the Gyro Gain Kill switch.

=== Step 1 - Enter Quick Set mode ===
# Make sure all power is off on the Airplane
#* Remove the prop before making changes with Quick Set
# Turn on your transmitter
# Remove the Servo lead from Aura Port S2.
# Put a bind plug in Aura Port S2.
# Plug in the battery to power up the Airplane
# The Orange LED will be OFF while the Green LED is ON indicating you are in the Quick Set mode and receiving a valid signal from the Receiver.

=== Step 2 - Choose Gyro Gain Kill Switch Option ===
After entering Quick Set mode as described above, toggle the CH7/Aux2 channel switch on the transmitter to ENABLE or DISABLE the Gyro Gain Kill switch.
# If the Blue LED is ON, the Gyro Gain Kill switch option is ENABLED in the Aura.
# If the Blue LED is OFF, the Gyro Gain Kill switch option is DISABLED in the Aura.

=== Step 3 - Save the Gyro Gain Kill Switch Option ===
# After correctly toggling the CH7/Aux2 switch to Enable or Disable the Gyro Gain Kill switch option, '''remove the bind plug save the settings'''.
# The LEDs will turn on while the Aura is saving, then will go back to their previous state.
# Completely power off the Airplane and Aura
# Replace the Servo Lead in Aura Port S2
# Power up, confirm that the Gyro Gain Kill switch can kill the Gyro Gain with the CH7/Aux2 Switch and Fly!

<noinclude>
[[Category:SuperPNP|Super PNP]]
[[Category:RV8|RV-8]]
</noinclude>

RV-8 10E G2/TransmitterSetup

2025-08-06T22:43:26Z

WikiSys:

{{DISPLAYTITLE:How to Setup your Transmitter for the RV-8 10E G2}}
__FORCETOC__ 
== Transmitter Model Setup Procedure ==
# Create a Blank Transmitter Airplane Model with 1 Throttle, 1 Aileron, 1 Elevator, 1 Rudder and any Flaps or Flap System OFF.
# Assign the Transmitter's Ch5/Gear channel to a 3 Position switch to change the Flight Modes in flight
# Assign the Transmitter's CH6/Aux1 Channel to a 3 Position switch to control the Flaps in flight
# (Optional) Assign the Transmitter's Ch7/Aux2 Channel to a 2 Position switch to function as a Gyro Gain Kill switch in flight
#* The Gyro Gain Kill functionality is initially Disabled by default, [[RV-8_10E_G2/GyroGainKill|but can be Enabled using Quick Set with your Transmitter]]
# (Optional) Assign the Transmitter's Ch8/Aux3 Channel to a 2 Position switch to function as a Crow switch in flight
#* The Crow functionality is initially Disabled by default, [[RV-8_10E_G2/Crow|but can be Enabled using Quick Set with your Transmitter]]
# Adjust Aileron, Elevator, Rudder and Throttle End Points (aka Travel Limits or ATV) as shown in the table below for your Transmitter brand
# Verify the rest of the settings as shown in the table below for your Transmitter brand

{| class="wikitable" style="text-align: center"
|+ RV-8 10E G2 Transmitter Setup
!style="width: 40%" | !!style="width: 20%" | Spektrum, Futaba, JR & Graupner !!style="width: 20%" | FrSky !!style="width: 20%" | Jeti (EX-Bus)
|-
| '''Wing/Tail Type''' || 1 Aileron, 1 Elevator, 1 Rudder || 1 Aileron, 1 Elevator, 1 Rudder || 1 Aileron, 1 Elevator, 1 Rudder
|-
| '''End Points (Travel Adjust or ATV)''' || Ail/Ele/Rud: 125%|| Ail/Ele/Rud: 100% || Ail/Ele/Rud: 100%
|-
| '''Throttle End Points (Travel Adjust or ATV)''' || Thr: 100%|| Thr: 84%|| Thr: 80%
|-
| '''Reversing''' ||colspan=3 | Not Allowed
|-
| '''Sub-Trim''' || colspan=3 | Verify at Zero, NOT ALLOWED
|-
| '''Trim Levers''' || colspan=3 | Verify at Zero
|-
| '''Flight Mode Switch: CH5/Gear''' || colspan=3 | Assign the CH5/Gear channel to a 3 Position switch
|-
| '''Flap Switch: CH6/Aux1''' || colspan=3 | Assign the CH6/Aux1 channel to a 3 Position switch Do NOT use Transmitter Flap System. Flap Values are pre-programmed into the Aura.
|-
| '''Gyro Gain Kill Switch: CH7/Aux2**'''|| colspan=3 | Assign the CH7/Aux2 channel to a 2 Position switch (Optional)
|-
| '''Crow Switch: CH8/Aux3**''' || colspan=3 | Assign the CH8/Aux3 channel to a 2 Position switch to a 2 Position Switch (Optional)
|-
| '''First Flight Timer'''|| colspan=3 | For your first flight, set to 4:00
|}

'''<nowiki> ** </nowiki>''' - The Gyro Gain Kill Switch and Crow options are initially Disabled and can be Enabled using Quick Set from your Transmitter as detailed below

== RV-8 10E G2 Options ==
* [[RV-8_10E_G2/Crow|How to Enable Crow with Quick Set from your Transmitter]]
* [[RV-8_10E_G2/GyroGainKill|How to Enable Gyro Gain Kill Switch with Quick Set from your Transmitter]]

== Basic Super PNP Transmitter Setup Video ==
{{#ev:youtube|https://youtu.be/ep0a78QopDc||left|Basic Super PNP Transmitter Setup shown here as a reference }}

<noinclude>
[[Category:SuperPNP|Super PNP]]
[[Category:RV8|RV-8]]
</noinclude>

RV-8 10E G2

2025-08-06T22:24:21Z

WikiSys:

{{DISPLAYTITLE:RV-8 10E G2 Wiki}}
== RV-8 10E G2 ==

=== Aura Help ===
* [[RV-8_10E_G2/TransmitterSetup|How to Setup your Transmitter for the RV-8 10E G2]]
* [[RV-8_10E_G2/Crow|How to Enable Crow with Quick Set from your Transmitter]]
* [[RV-8_10E_G2/GyroGainKill|How to Enable Gyro Gain Kill Switch with Quick Set from your Transmitter]]
* [[RV-8_10E_G2/FlightModes|RV-8 10E G2 Flight Mode Details]]
** [[RV-8_10E_G2/QuickFlip|How to Quick Flip between the Stock and Expert Flight Modes]]
* [[RV-8_10E_G2/LaunchAssist|How to Use Takeoff/Launch Assist Mode]]



=== Latest Manuals ===
* [http://resources.flexinnovations.com/files/RV-8%2010%20G2%20Quick%20Assembly%20Guide%20v1.0.pdf Quick Start Guide] (English)
* [http://resources.flexinnovations.com/files/RV-8%2010E%20G2%20Super%20PNP%20Full%20Manual%20English%20v1.0.pdf Instruction Manual] (English)
* [http://resources.flexinnovations.com/files/RV8_Float_Instructions_EN_V1_0.pdf Float Manual] (English)

=== Addendums ===
* [http://www.resources.flexinnovations.com/files/Flex_Warranty.pdf Warranty Information]

=== Product Information ===
* [https://www.flexinnovations.com/product/rv-8-10e-g2-super-pnp/ RV-8 10E G2 Product Page]

=== Related YouTube Videos ===

{|
! RV-8 10E G2 Super PNP - Quique Somenzini
|-
| {{#ev:youtube|https://youtu.be/QWPy7PvzvVw?si=_qY5qdgrI1aEnnRE||left||}}
|}

 
{|
! Aura Firmware v1.25 - 6Axis, Level Assist and Launch/Takeoff Assist Update
|-
| {{#ev:youtube|https://youtu.be/wuEYf6o9Z5k?si=eyIXiJSqrgp4x6PN||left||}}
|}

 
{|
! RV-8 10E Super PNP ON FLOATS - Quique Somenzini - RAW
|-
| {{#ev:youtube|https://youtu.be/Sm7I0Vg3uQc?si=H5UpgpMYxeYPenW1||left||}}
|}

 
-->
{|
! Flex Innovations Super PNP Series - PNP Model with Aura Flaps Setup
|-
| {{#ev:youtube|https://www.youtube.com/watch?v=K82vO-scXAk||left||}}
|}

<noinclude>
[[Category:SuperPNP|Super PNP]]
[[Category:RV8|RV-8]]
</noinclude>

Aura/TransmitterReceiverGuide

2025-07-25T23:27:52Z

WikiSys: Created page with "{{DISPLAYTITLE:Transmitter and Receiver Guides}} Use the links below for the latest information, notes, and tips based on your Transmitter/Receiver. == Transmitter and Recei..."

{{DISPLAYTITLE:Transmitter and Receiver Guides}}

Use the links below for the latest information, notes, and tips based on your Transmitter/Receiver.

== Transmitter and Receiver Brand Guides ==
* [[Aura/SpektrumUse|Spektrum TX/RX - General]]
* [[Aura/FutabaUse|Futaba TX/RX - General]]
* [[Aura/JetiUse|Jeti Duplex TX/RX- General]]
* [[Aura/GraupnerHottUse| Graupner Hott TX/RX- General]]
* [[Aura/HitecSbusUse| Hitec TX/RX- General (including S.Bus)]]
* [[Aura/FrSkyUse| FrSky TX/RX- General]]
* [[Aura/JRDMSSUse| JR DMSS TX/RX- General]]

== Power Connections ==

<noinclude>[[Category:Aura|Aura]]</noinclude>

Old/Aura/Professional

2025-07-25T20:24:24Z

WikiSys: Created page with "{{DISPLAYTITLE:Aura Profession Series Wiki}} == Aura Professional Series == === Overview === *'''Aura 8 or 12 Professional''' is perfect for your larger and more complex fixed..."

{{DISPLAYTITLE:Aura Profession Series Wiki}}
== Aura Professional Series ==
=== Overview ===
*'''Aura 8 or 12 Professional''' is perfect for your larger and more complex fixed wing models!
** Has two isolated high power battery inputs
** Has a model power switching capability.
** Has additional input/output options for serial data and can support a huge number of unique servo outputs! See diagrams below!
** To Connect the Aura Professional to the Aura Config Tool/PC, the Switch must be ON or Removed. (The Aura does not need to be powered with batteries to connect to the PC)'''
*[https://www.flexinnovations.com/product/aura-professional/ Aura Professional Series Product Web Page]

=== Current Manuals ===
*[[Old/Aura/UserGuide|'''<big>Aura Expanded Online User Guide</big>''']] - <big>THE online '''Instruction Manual''' for all Auras</big>
*[http://resources.flexinnovations.com/files/Aura_Professional_User_Guide_v1_1.pdf Aura Professional User Guide (PDF) - English]
*[http://resources.flexinnovations.com/files/Aura_Professional_User_Guide_V1_German.pdf Aura Professional User Guide (PDF) - German]







=== Aura Profession LED Notifications===
*[[Old/Aura/PROLed|'''Click for a link of Aura Pro LED Codes''']] (under construction)

===Quick Trim with Aura Professional===
[[File:Pro_Quick_Trim.png|thumb|upright=0.5|right|Buttons and Status Window]]
This process transfers the trim in your transmitter into the Aura's subtrim.
*Fly and trim in any selected Flight Mode. Land.
*Leave '''Transmitter''' powered '''ON''' in the selected Flight Mode and set it aside.
*Power '''OFF''' the Aura Professional.
*Hold down the '''Button #2''' and power '''ON''' the Aura. After about '''5 seconds''', release the Button. You should observe a '''slow-flashing Blue LED''' in the Aura status window.
*Press and hold '''Button #2''' for about '''5 seconds'''. You should observe the '''Blue LED flashing more quickly'''. The trims are now stored in the Aura.
*Power '''OFF''' the Aura. Center the transmitter trims.
*You are now finished, and you can power up the Aura and fly!

===Programming the Battery LEDs===
*Use the Aura Config Tool to set the thresholds for the red LED to come on. (hover the mouse cursor over key words for fly-out help)
**The first 'higher' voltage sets the point where the Red LED will '''BLINK''' if lower.
**The second 'lower' voltage sets the point where the Red LED will be '''ON''' if lower.

===Battery Choices===
[[File:Pro Power and Features.png|thumb|upright=0.5|right|Power for Aura 8 and 12 Professional]]
The choice of the battery/power supply is completely up to the user. Here are some suggestions based on our teams experience.
*We are primarily using LiPo and LiFe 2-cell batteries with high voltage servos and accessories for our Pro Class aircraft
**For smaller sized aircraft, each pack can be 1200 to 2500mAh
**For medium sized aircraft, each pack can be 2000 to 4000mAh
**For large sized aircraft, each pack can be 3000 to 6000mAh
*15C or higher discharge ratings are generally a good choice solid voltage under load.
*EC3 Battery connectors should be used for high current capability.
*Flex Innovations sells several batteries intended for this use. They are linked on the product page.

*Our team generally does not use regulators. In the world of high voltage servos and lithium batteries, many consider the most reliable system is free of these regulators. In the past Spektrum (SPMVR6007, SPMVR6010) made ones that are since discontinued that can be used between each battery and the Aura Professional. The two regulators must be very well matched to keep the packs current draw balanced.

=== Aura Professional 8 and 12 Receiver Connection Diagrams (click to expand) ===
*If your Receiver has a working throttle port, use it for throttle
<gallery widths="200px" heights="140px" >
File:Pro_One_Rx.png|Aura Professional with One Serial Input
File:Pro_Two_Rx.png|Aura Professional with Two Serial Inputs
File:Pro_PWM_Rx.png|Aura Professional Servo/PWM Connections
File:Aura_Pro_Rx_SRXL.png|Aura Professional Spektrum SRXL In-and-Out
File:Aura_Pro_Rx_SBus_IO.png|Aura Professional S.Bus In-and-Out
File:Aura_Pro_Rx_SBus_2IO.png|Aura Professional Dual S.Bus In and S.bus Out
</gallery>

== General Aura Info ==
* [[Old/Aura|Aura Overview]]
* [[Old/Aura/UserGuide|Aura Expanded Online User Guide]] - The online '''Instruction Manual''' for all Auras
* [[Old/Aura/ReleaseNotes|Aura Firmware Release Notes]]

Old/Aura/Aura8

2025-07-25T20:23:43Z

WikiSys: Created page with "{{DISPLAYTITLE:Aura 8 Wiki}} == Aura 8 == === Current Manuals === * '''<big>Aura Expanded Online User Guide</big>''' - <big>THE online '''Instruction Ma..."

{{DISPLAYTITLE:Aura 8 Wiki}}
== Aura 8 ==
=== Current Manuals ===
* [[Old/Aura/UserGuide|'''<big>Aura Expanded Online User Guide</big>''']] - <big>THE online '''Instruction Manual''' for all Auras</big>
*[http://resources.flexinnovations.com/files/Aura_8_User_Guide_EN_R4.pdf Aura 8 User Guide - English]
*[http://resources.flexinnovations.com/files/Aura_8_Bedienungsanleitung_Teil_2_neu.pdf Aura 8 User Guide - German]
*[http://resources.flexinnovations.com/files/Aura8_Quick_Start_EN_v1.4.0.pdf Aura 8 Quick Start Guide - English (Latest Firmware v1.4+)] Shipping in US in Open Stock since September 2017
**''Quick Setup'' and ''Quick Trim'' are documented in the Quick Start Guide.
*[http://resources.flexinnovations.com/files/Aura8_InstructionManualAddendum_v6_16_20.pdf Important Aura 8 Open Stock Addendum]

=== Archived Manuals ===
*[http://resources.flexinnovations.com/files/aura_8_Quick_Start-EN_R4.pdf Aura 8 Quick Start Guide - English (Older Firmware v1.1 - v1.3)]
*[http://resources.flexinnovations.com/files/Aura_8_Quick_Start_Guide_Teil_3.pdf Aura 8 Quick Start Guide - German (Older Firmware v1.1 - v1.3)]

=== Resources and Tips ===
* [[Old/Aura/LargeAircraftInstall|'''Large Aircraft Installation Suggestions''']]
* [[Old/Aura/GeneralConnections|'''Receiver and Power Connection Suggestions''']]

== General Aura Info ==
* [[Old/Aura|Aura Overview]]
* [[Old/Aura/UserGuide|Aura Expanded Online User Guide]] - The online '''Instruction Manual''' for all Auras
* [[Old/Aura/ReleaseNotes|Aura Firmware Release Notes]]

Old/Aura/FTAura5/FTAura5Vids

2025-07-25T20:22:47Z

WikiSys: Created page with "{{DISPLAYTITLE:FT Aura 5 Videos}} <big>'''Basic Conventional Setup by Flite Test'''</big> {{#ev:youtube|https://youtu.be/NZFj6Myv2AI||left|}} <br..."

{{DISPLAYTITLE:FT Aura 5 Videos}}

<big>'''Basic Conventional Setup by Flite Test'''</big>
{{#ev:youtube|https://youtu.be/NZFj6Myv2AI||left|}}
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
<big>'''Basic Wing/Elevon Setup by Flite Test'''</big>
{{#ev:youtube|https://https://youtu.be/Km0Xigu0iKs||left|}}
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
<big>'''Field Setup by Flite Test'''</big>
{{#ev:youtube|https://youtu.be/Zc74ItSb3js||left|}}
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
<big>'''FrSky Setup by Flite Test'''</big>
{{#ev:youtube|https://youtu.be/QBLEB71MOEk||left|}}
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
<big>'''Aura Config Tool Install by Flite Test'''</big>
{{#ev:youtube|https://youtu.be/1_gOwogJfWM||left|}}
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
<big>'''How to Make a Plane Profile by Flite Test'''</big>
{{#ev:youtube|https://youtu.be/ZaZLDeWmNbY||left|}}
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
<big>'''How to Setup Differential Thrust by Flite Test'''</big>
{{#ev:youtube|https://youtu.be/TXkrdcuCDqA||left|}}
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
<big>'''How to Reset Your Aura by Flite Test'''</big>
{{#ev:youtube|https://youtu.be/urELn4edJw4||left|}}

Old/Aura/GeneralConnections

2025-07-25T20:22:20Z

WikiSys: Created page with "=== Aura Connections === After mounting the Aura, 3 types of connections must be made to the Aura: # Receiver Connections # Servo Connections # Power Connections '''For typic..."

=== Aura Connections ===
After mounting the Aura, 3 types of connections must be made to the Aura:
# Receiver Connections
# Servo Connections
# Power Connections

'''For typical advanced sport aircraft, we recommend using a full-range receiver with a modern Digital Connection rather than traditional PWM Servo Connections.'''
* Using a modern digital receiver connection gives the Aura access to precise data of each channel for additional gyro enabled outputs, simplifies wiring, and allows for more advanced features. If you are connecting your Receiver to Aura via a modern Digital Connection, continue to Step 5.1.A.
*The Aura can be used with a traditional PWM Servo Connection from a standard receiver, but it may require Y-Harnessing the Ailerons (if dual elevator servos are used) and losing the capability turn off the gyro during flight or scale gains. If you are connecting your Receiver to the Aura via traditional PWM Servo Connections, continue to Step 5.1.B.

 
===== Step 5.1.A - Modern Digital Receiver Connections =====
A modern Digital Connection is Spektrum SRXL, Futaba S.Bus, Graupner Hott SUMD, JR Mode B, etc. A single Male-to-Male servo extension is connected between the Digital Port on your Receiver and 'Port B' on the Aura as shown below.
[[File:QQYak54_35cc_DigitalConnection.png|thumb|none|400px|Modern Digital Receivers transfer all Channel data over a single Male-to-Male extension from the Receiver to the Aura B Port]]
 
Some examples of modern Digital Receivers are:
* For Spektrum SRXL, we suggest receivers such as AR8010T, AR9030T, AR9020, AR12020, or AR12120. ''[[Old/Aura/SpektrumUse|See the Spektrum Use Notes for Additional Details]]'' 
* For Futaba S.Bus, we have test our own R2008SB (S-FHSS), R6303SB (FASST), and R7008SB (FASSTEST), but expect any any S.Bus receiver to work. ''[[Old/Aura/FutabaUse|See the Futaba Use Notes for Additional Details]]'' 
* For Hitec S.Bus, we have tested the Optima SL Receiver), but expect any any Hitec S.Bus (SL/Single Line) receiver to work. ''[[Old/Aura/HitecSbusUse|See the Hitec Use Notes for Additional Details]]'' 
* For Graupner Hott SUMD, we have tested GR12L and GR16 receivers. ''[[Old/Aura/GraupnerHottUse|See the Graupner Use Notes for Additional Details]]'' 
* JR Mode B, Taranis S.Bus, and some Jeti UDI digital systems have been successfully implemented. ''[[Old/Aura/JetiUse|See the Jeti Use Notes for Additional Details]]'' 

 
If you are using a modern Digital Receiver Connection to Aura (SRXL, S.Bus, Graupner Hott, JR Mode B), wire the servos as shown below: (This example shows the 'data' path using the 35cc QQ Yak 54 and is typical of .40 cu. in. to 40cc aircraft. Larger and smaller aircraft can also use this 'data' path.)
<div><ul>
<li style="display: inline-block;"> [[File:QQYak54_35cc_ServoConnectionGas.png|thumb|none|400px|Servo Wiring to the Aura and Receiver using a Modern Digital Receiver Connection with a Gas Setup]] </li>
<li style="display: inline-block;"> [[File:QQYak54_35cc_ServoConnectionElectric.png|thumb|none|400px|Servo Wiring to the Aura and Receiver using a Modern Digital Receiver Connection with an Electric Setup]] </li>
</ul></div>

===== Step 5.1.B - Traditional PWM Servo Connections =====
'''NOTE: PWM (Pulse Width Modulation) is simply the technical term the Servo Ports/Servo Signal of a Traditional RC Receiver.''' 
A traditional PWM Servo Connection is made using 4 Male-to-Male Servo extensions from the Receiver to the Aura Ports. Connect the Aura to the Receiver and Servos as shown below.
(This method strongly connects the Aura Bus (power) to the Receiver Bus with 4 PWM leads.) 
It can be used on any size model as long as an appropriate Receiver is chosen, and adequate power is supplied to the common bus. 
These example shows typical Dual Elevator (QQ Yak 54) and Single Elevator connections. The user of PWM will typically choose in the Aura Config Tool, Wing types of 1 aileron, 2 elevators if 2 elevators are required (Y-harness ailerons if required). Otherwise, they will typically choose 2 ailerons and 1 elevator.

[[File:QQYak54_35cc_PWMConnections.png|thumb|none|400px|Servo Wiring to the Aura and Receiver using a Traditional PWM Servo Connections from the Receiver and for Dual Elevators. Note the Table shows the CONNECTIONS IN to and OUT of Aura]]
[[File:WireAnalogPWM.jpg|thumb|none|400px|Analog (PWM) "Servo Lead" Data Connection. Typical Single Elevator connection shown. '''ALL''' (Four or as programmed in Aura Config Tool) expected PWM inputs must be present to establish a link successfully]]

==== Step 5.2 - Power Connections ====
For smaller aircraft, you may use a single battery or BEC of your choice

For 25cc and larger aircraft, we recommended using two batteries for power and redundancy.
* Battery #1 is connected to an unused port on the Aura such as Port S1.
* Battery #2 is connected to an unused port on the Receiver such as the BATT Port.
* This setup provides two sources of power to both the Aura and the Receiver.
** If desired, High Quality Switches can be used between Battery #1 and the Aura, as well as Battery #2 and the Receiver.
 
We also strongly recommended use an additional 2-Wire Male-to-Male extension between an unused Aura port such as Port S8 and an unused Receiver Port.
* Disconnect the Signal Wire if using a 3-Wire Male-to-Male Cable.
* This provides a redundant path of current between the Aura and Receiver.

 
Power Tips for 25cc to 40cc Aircraft:
*For Gas Setups, Battery #3 will act as the Ignition battery. For Electric Setups, the Battery #3 will power the Motor.
* '''Always used matched batteries (Voltage, Capacity, C Rating, Quality, etc) for Battery #1 and Battery #2.'''
* '''Always DOUBLE CHECK THE POLARITIES on the battery connections as plugging batteries in backward can destroy the Aura or Receiver or other components!'''
<div><ul>
<li style="display: inline-block;"> [[File:QQYak54_35cc_ServoAndPowerConnectionGas.png|thumb|none|400px|Servo Wiring to the Aura and Receiver using a Modern Digital Receiver Connection with a Gas Setup]] </li>
<li style="display: inline-block;"> [[File:QQYak54_35cc_ServoAndPowerConnectionElectric.png|thumb|none|400px|Servo Wiring to the Aura and Receiver using a Modern Digital Receiver Connection with an Electric Setup]] </li>
</ul></div>
Note: Flex Innovations does not test or support the use of high power BEC's or regulators in 20cc or larger Open Stock applications. Selection and use of these products is completely at the discretion of the User.

For Larger aircraft similar concepts apply. You can find additional information at [[Old/Aura/LargeAircraftInstall| Large Aircraft Installs]].

Old/Aura/LargeAircraftInstall

2025-07-25T20:21:37Z

WikiSys: Created page with "{{DISPLAYTITLE:Notes regarding General Radio installations in Larger Applications (also applies to Ignition Engines and Turbine Jets)}} = Larger Aircaft Installation Notes = <..."

{{DISPLAYTITLE:Notes regarding General Radio installations in Larger Applications (also applies to Ignition Engines and Turbine Jets)}}
= Larger Aircaft Installation Notes =

== General Information==
While some of this is written from a Spektrum context, the same principles apply to all larger aircraft installations. Maximize you Receiver installation for path and orientation diversity. Have at least TWO power paths from at least TWO batteries to your Receiver and you Aura.


We recommend the same remote receiver quantity and power separation and redundancy with or without an Aura installed.
===Note on Spektrum Remote Receiver Use and Ignition and Large Aircraft - Important===
Flex Innovations has done extensive testing using 2 Spektrum Brand DSMX Remote Receivers attached directly to Aura (A+B Diversity) in several 33-70cc aircraft. Our testing has always been successful and completely without issue.
 
However, after reviewing the overall situation and experience in the field and noting many variables including:
*Availability of an increasing variety of SRXL capable receivers including low cost options
*Installation variations by users (location, orientation, and path)
*Differences in power system components and configuration, and potential for varying degrees of ignition noise.
*Different accessories installed such as ignition power and switching components.
*Different flying styles (distance) and environment of flying site.
*Airplane material (composite/carbon) and complexity (smoke pump, canisters)
*Remote Receiver connection cable/connector fatigue/vulnerability particularly in high vibration environments and long term use
*Variations in transmitter generations and output/data quality 
We have opted '''NOT''' to support this installation to our customer in ''Spark Ignition, Larger Electric, and Turbine aircraft'' and instead suggest an install with conventional 'data' servo connectors and more redundancy in these applications (with SPM SRXL).



===From our experience in Spektrum installs in these aircraft, '''we suggest'''<nowiki />*:===
A conservative Spektrum install in a 50cc and larger aircraft with Aura would include '''one of following ‘SRXL’ (X-Plus) capable receivers''' with 3 or preferably 4 remote receiver/antenna and with 2-3 cables providing power to Aura (Remove the signal wire from jumpers used ONLY for power. Use Y-harnesses to connect additional power to Aura if empty ports are not available). Installations NOT using Aura can choose a similar receiver that need not include an 'SRXL/X-plus' port. 
 
Older
*AR9020 (9 Channel conventional power with SRXL)
*AR12120 (12 Channel Power Safe with SRXL)
*AR12020 (12 Channel conventional power with SRXL)
 
Newer
*AR8010T (8 Channel conventional power with SRXL and Telemetry)
*AR9030T (9 Channel conventional power with SRXL and Telemetry)
*AR9140T (9 Channel Power Safe with SRXL and Telemetry)
*AR12310T (12 Channel Power Safe with SRXL and Telemetry)
*AR20310T (12 Channel Power Safe with SRXL and Telemetry)

'''NOTE:''' At this time, Spektrum Powersafe SRXL Receivers: AR9130T, AR12300T, and AR20300 are '''NOT permitted for use with Aura''' due to the [https://www.spektrumrc.com/ProdInfo/Files/Spektrum_PowerSafe_TRX_Recall-Notice.pdf Spektrum Recall (Link)] 
Customers report the new replacement versions of these receivers (AR9140T, AR12310T, AR20310T) are working well with Aura FW 1.4 or higher.

===From our experience in General installs in Large Aircraft, '''we suggest'''<nowiki />*:===
In 50cc and larger aircraft with Aura include ''' a high-end receiver''' with 2-3 cables providing power to Aura (Remove the signal wire from jumpers used ONLY for power. Use Y-harnesses to connect additional power to Aura if empty ports are not available). 

See also [[Old/Aura/General_Connections_and_Power#Step_5.2_-_Power_Connections|'''this page''' for additional Aura power connecting techniques and diagrams]] 

In 25cc to 40cc aircraft, similar concepts are recommended, but with appropriately sized batteries and wires, etc. 
Other Receiver brands should follow similar concepts with minimum Dual Power Paths.
We suggest two batteries capable of high current with minimum two power input paths to the on-board electronics (Receiver, Aura, etc).

On Aura installs,connect the throttle servo to the Radio Receiver port rather than Aura.

Further radio setup/install tips for highest reliability based on our teams many years of industry experience:
*Do not attach ignition power leads to your receiver or Aura bus. Power the ignition independently of the receiver and Aura.
*Inspect your ignition components carefully and replace if shielding shows any sign of breaking down.
*Route antenna and remote Rx cables far away from ignition components to reduce the chance of noise getting directly into the communications cables.
*If you are (likely) an Aura Config Tool user, '''Turn off''' ''Auto-Detect Signal'', and ''Allow Quick Setup'' on the ''Setup Tab'' when configuring Aura.

<nowiki />*It is up to the user in consult with their radio manufacturer to decide what installation they are comfortable with in their model. Flex Innovations does not specify/endorse radio components.

Old/Aura/FTAura5/3DPrintedMount

2025-07-25T20:21:06Z

WikiSys: Created page with "{{DISPLAYTITLE:FT Aura 5 3D-Printed Mount}} Mount, without Aura File:Aura5 PrintedMount 1400x887.jpg|250px|t..."

{{DISPLAYTITLE:FT Aura 5 3D-Printed Mount}}
[[File:Aura5 PrintedMount NoAura 1400x887.jpg|250px|thumb|left|Mount, without Aura]]
[[File:Aura5 PrintedMount 1400x887.jpg|250px|thumb|left|Mount, with Aura Installed]]

We have created a mount for the FT Aura 5 Lite should you prefer to mount it this way. The mount can be purchased on our web store at the following link:

[https://www.flexinnovations.com/product/ft-aura-5-lite-3d-printed-mount '''FT Aura 5 3D Printed Mount''']

Have a 3D Printer and prefer to print your own? The STL file for this mount can be found here:

[http://resources.flexinnovations.com/files/aura_5_base_d.stl '''FT Aura 5 3D Printed Mount STL''']

Old/Aura/FTAura5

2025-07-25T20:19:57Z

WikiSys: Created page with "{{DISPLAYTITLE:FT Aura 5 Wiki}} == FT Aura 5 == === Current Manuals === *[http://resources.flexinnovations.com/files/FTAura5_QuickStartGuide.pdf FT Aura 5 Quick Start Guide -..."

{{DISPLAYTITLE:FT Aura 5 Wiki}}
== FT Aura 5 ==
=== Current Manuals ===
*[http://resources.flexinnovations.com/files/FTAura5_QuickStartGuide.pdf FT Aura 5 Quick Start Guide - English]
* [[Old/Aura/UserGuide|'''<big>Aura Expanded Online User Guide</big>''']] - <big>THE online '''Instruction Manual''' for all Auras</big>

=== Archived Manuals ===

=== Manual Addendums ===
*[http://resources.flexinnovations.com/files/FTAura5LT_ManualAddendum_Single.pdf FT Aura 5 Quick Start Guide Addendum - English]
**Early FT Aura 5 Lites may have shipped without information on activating Launch Assist. This addendum provides this missing information.

=== Resources and Tips ===
* [[Old/Aura/FTAura5/3DPrintedMount|'''FT Aura 5 3D Printed Mount''']]
* [[Old/Aura/LargeAircraftInstall|'''Large Aircraft Installation Suggestions''']]
* [[Old/Aura/GeneralConnections|'''Receiver and Power Connection Suggestions''']]

=== FT Aura 5 Lite Videos ===
* [[Old/Aura/FTAura5/FTAura5Vids|'''Click here to see all videos for the FT Aura 5 Lite''']]

== General Aura Info ==
* [[Old/Aura|Aura Overview]]
* [[Old/Aura/UserGuide|Aura Expanded Online User Guide]] - The online '''Instruction Manual''' for all Auras
* [[Old/Aura/ReleaseNotes|Aura Firmware Release Notes]]
* [[Old/Aura/AuraConfigToolInstall|Aura Config Tool for Windows]]

Old/Aura/FirmwareUpdate16

2025-07-25T20:19:00Z

WikiSys: Created page with "{{DISPLAYTITLE:Aura Firmware Update v1.06}} '''NOTE:''' All Open Stock Aura 8's shipping in North America from approximately March 28, 2018 have Firmware 1.06 installed. ==U..."

{{DISPLAYTITLE:Aura Firmware Update v1.06}}

'''NOTE:''' All Open Stock Aura 8's shipping in North America from approximately March 28, 2018 have Firmware 1.06 installed.

==Updating Aura Firmware v1.06 or newer==
'''This update is mandatory for Dual Spektrum Remote Receiver (satellite) users.''' It is recommended for all Aura users. It fixes a potential issue where dual Spektrum Remote Receivers may not be correctly Auto-Detected.

The Aura 'Firmware' is the code that is installed on the Aura. As we continue to add features to Aura, users can 'Update the Firmware' on their Aura to use the new features.

'''This is a long and detailed step-by-step description of a relatively simple procedure that generally can be accomplished by following the Config Tool on-screen instructions!'''

==Required Items and Preparations==
===You will need:===
* Access to your Aura[[file:bind2.png|thumb|right|150px|Bind Plug]]
* A PC with the Aura Config Tool installed and working
* A Micro USB Cable (provided with Aura)
* A Spektrum Bind plug (it shorts the two 'end' connectors together (signal and ground)
**One can be made from and old servo or extension lead, be SURE NOT to make any connection to the center positive (typically red) wire.

===Preparations to model===
* Remove your Propeller for safety and/or disarm the propulsion system
* Disconnect all the power to the Aircraft, Aura, and Receiver

===Preparations to your Windows PC or Tablet===
*If you have not already done so, download and [[Old/Aura/AuraConfigToolInstall|Install the PC Application]]
* In order to get the latest version of the Aura Firmware, you must be using the latest version of the '''Aura Config Tool'''. (You may or may not currently have the latest version which is 1.1.5.0 or higher)
** If there is an 'Aura Config Tool Update Available!' message in the bottom left corner of the Aura Config Tool, you can update the Aura Config Tool.
** To Update the Aura Config Tool, click ''Help --> Update Aura Config Tool'', and let the application update.
*Be sure to update the Aura Config Tool on All devices you use.

Note: It may be required to add the Aura Config Tool to your PC's antivirus/firewalls "Trusted Apps", the path to the Aura Config Tool can be found by right clicking on it in the Windows Task Manager.

===Update Procedure===
* Confirm power the Aura is completely powered OFF
* Launch the Aura Config Tool
* Plug the Micro USB connector into your Aura
* Plug the USB connector into your PC (this will power up the Aura for the Firmware Update)
* Allow a few seconds for the drivers to find the Aura
* Click the ''Connect'' button in the lower right of the Aura Config Tool
* Click on ''Aura Tools -> Update Aura Firmware''
* Follow the dialog boxes to accomplish the update.
** Enter your email address
** Click ''Download and Install Firmware Update
** When prompted after downloading the update, Insert the Bind Plug in Aura '''Port S7''' and click 'Yes'.
** The Aura will restart, the orange LED will flash quickly as the Firmware Update Install progresses.
** After the Firmware Update is installed, follow the on-screen directions to remove the Bind Plug and restart the Aura.
* Remove the Micro-USB cable after the Update is complete.

== Firmware Update Verification ==
[[file:FW1_2_image.PNG|thumb|right|150px|Firmware Verification]]
===Verify the Update===
* Connect the Micro USB cable between the Aura and PC
* Click the ''Connect '' button in the lower right of the Aura Config Tool
* Check the Aura Status Monitor at the top right of the Application window. You should see the new firmware version listed (such as "Firmware v1.6").
* Perform a transmitter command and sensor test to confirm all is still correct

==Further Steps Required for Dual Spektrum Remote Receiver Users==
* Re-Bind
**Insert a bind plug into Aura Port S8 (S1+S8 for DSM2 Remote Receiver Users)
**Power on the aircraft equipment, observe fast flashing Remote LED's
**Put your transmitter into bind mode per mfg instructions. Successful bind ends with Solid Orange Rx LED's
*Force a new auto-detect '''-or-''' set/reset A+B Diversity in Config Tool
**Force auto-detect (auto-detect must be enabled for Aura on setup tab as it usually is with SPNP aircraft)
***Verify Transmitter is OFF
***Power on aircraft equipment
***After about 15 seconds, the Aura's LED's should sweep back and forth indicating it is searching for a Receiver
***Power on the transmitter. After several seconds the receiver LED(s) should go solid orange. After a few more seconds the Aura should blink some codes, then turn Orange + Green indicating a radio has been detected and set
**Set A+B Diversity using Aura Config Tool
***Launch the Aura Config Tool
***Connect the USB cable to Aura and the PC
***Hit the CONNECT button, then READ all from Aura
***Set the Radio settings to Spektrum->Remote Receivers->A+B Diversity
***WRITE all to Aura
*Range test per transmitters instructions before flight

*Optional additional Test
**With the system running (Aura Orange+Green), Disconnect the remote receivers cables (either end) one at a time. While you may observe a flicker of the green Aura LED, you should maintain control of the model.

== Firmware Release Notes==
After Updating the Aura Firmware, you can to read the [[Old/Aura/ReleaseNotes|Firmware Release Notes]] to understand what has changed, what has been added, and any other important information.

For any questions, contact us at [[Old/Aura/Support| Aura Support]]

Old/Aura/ConvertAura

2025-07-25T20:18:17Z

WikiSys: Created page with "{{DISPLAYTITLE:Aura Conversion}} == Convert the Aura == The Aura was developed to allow the pilot to change between the types of Aura if desired. By using the Aura Config Too..."

{{DISPLAYTITLE:Aura Conversion}}
== Convert the Aura ==
The Aura was developed to allow the pilot to change between the types of Aura if desired. By using the Aura Config Tool, the pilot can convert their Aura to any type of Aura they want.

The Aura is available in several distinct versions. Examples:
* Aura 8 - QQ Extra 300
* Aura 8 - Cessna 170
* Aura 8 - Mamba 10
* Aura 8 - Open Stock

{| class="wikitable" style="width: 75%"
|+ Aura Types
| style="width: 50%; vertical-align:top" |
The '''Aura 8 - QQ Extra 300''', '''Aura 8 - Cessna 170''', and '''Aura 8 - Mamba 10''' are preinstalled in our Super PNP aircraft.
* These versions of the Aura are preconfigured for the specific aircraft
* These versions often have a simpler feature set for easier setup and optimal out-of-the-box flight performance.
| style="width: 50%; vertical-align:top" |
The '''Aura 8 - Open Stock''' can be installed in almost any airframe.
* The 'Open Stock' and has all features available to pilot to change however is desired.
* The features, flexibility and detailed options are designed to support any type of fixed-wing setup.
* Other '''Open Stock''' products include the '''Aura 8 Professional''' and '''Aura 12 Professional'''. These do not have any alternative versions to convert to.
|}

After Converting an Aura, any stored on the Aura will be Deleted and the Aura will be Restored to the 'out-of-the-box' state.
* Before converting, you may want to 'Read from Aura' and save the configuration to your PC.

==Required Items and Preparations==
===You will need:===
* Access to your Aura[[file:bind2.png|thumb|right|150px|Bind Plug]]
* A PC with the Aura Config Tool installed and working
* A Micro USB Cable (provided with Aura)
* A Spektrum Bind plug (it shorts the two 'end' connectors together (signal and ground)
**One can be made from and old servo or extension lead, be SURE NOT to make any connection to the center positive (typically red) wire.

===Preparations to model===
* Disconnect the all the power to the Aircraft, Aura, and Receiver

===Preparations to your Windows PC or Tablet===
*If you have not already done so, download and [[Old/Aura/AuraConfigToolInstall|Install the PC Application]]
* In order to get the latest version of the Aura Firmware, you must be using the latest version of the Aura Config Tool.
** If there is an 'Aura Config Tool Update Available!' message in the bottom left corner of the Aura Config Tool, you can update the Aura Config Tool.
** To Update the Aura Config Tool, click ''Help --> Update Aura Config Tool'', and let the application update.
*Be sure to update the Aura Config Tool on All devices you use.
Note: It may be required to add the Aura Config Tool to your PC's antivirus/firewalls "Trusted Apps", the path to the Aura Config Tool can be found by right clicking on it in the Windows Task Manager.

== Conversion Procedure ==
[[File:AuraConfigTool_ConvertAura.mp4|right|600px]]
* Confirm power the Aura is completely powered OFF
* Launch the Aura Config Tool
* Plug the Micro USB connector into your Aura
* Plug the USB connector into your PC (this will power up the Aura for the Conversion)
* Allow a few seconds for the drivers to find the Aura
* Click the ''Connect'' button in the lower right of the Aura Config Tool
* Click on ''Aura Tools -> Convert Aura''
* Select the desired type of Aura you would like after the conversion is complete.
* Follow the dialog boxes to accomplish the conversion.
** Enter your email address
** Click 'Download and Convert Aura'
** When prompted after downloading the conversion, Insert the Bind Plug in Aura '''Port S7''' and click 'Yes'.
** The Aura will restart, the orange LED will flash quickly as the Aura Conversion progresses.
** Please wait while the Aura is converted.
* After the conversion, remove the Bind plug from '''Port S7''' and click 'OK' to finish the conversion and restart the Aura.
** Some very early Aura's may need to be restarted by cycling power manually. Please follow the on-screen prompts as directed.
* Remove the Micro-USB cable after the Conversion is complete.

== Aura Conversion Verification ==

===Verify the Conversion===
* Connect the Micro USB cable between the Aura and PC
* Click the ''Connect '' button in the lower right of the Aura Config Tool
* Check the Aura Status Monitor at the top right of the Application window. You should see the new Aura type listed (such as "Aura 8 Open Stock" or "Aura 8 Cessna 170").

For any questions, contact us at [[Old/Aura/Support| Aura Support]]

Old/Aura/FirmwareUpdate

2025-07-25T20:17:42Z

WikiSys: Created page with "{{DISPLAYTITLE:Aura Firmware Update}} ==Updating Aura Firmware== The Aura 'Firmware' is the code that is installed on the Aura. As we continue to add features to Aura, users..."

{{DISPLAYTITLE:Aura Firmware Update}}
==Updating Aura Firmware==
The Aura 'Firmware' is the code that is installed on the Aura. As we continue to add features to Aura, users can 'Update the Firmware' on their Aura to use the new features.

This is a long and detailed description of a relatively simple procedure that generally can be accomplished following the on screen instructions!

For very early QQ Extra 300 customers who still have FW1.0, it is mandatory to update. Flying the Extra with FW1.0 is not authorized. Aircraft shipped to consumers in the USA before August 10, 2015 require this update.

==Required Items and Preparations==
===You will need:===
* Access to your Aura[[file:bind2.png|thumb|right|150px|Bind Plug]]
* A PC with the Aura Config Tool installed and working
* A Micro USB Cable (provided with Aura)
* A Spektrum Bind plug (it shorts the two 'end' connectors together (signal and ground)
**One can be made from and old servo or extension lead, be SURE NOT to make any connection to the center positive (typically red) wire.

===Preparations to model===
* Remove your Propeller for safety and/or disarm the propulsion system
* Disconnect the all the power to the Aircraft, Aura, and Receiver

===Preparations to your Windows PC or Tablet===
*If you have not already done so, download and [[Old/Aura/AuraConfigToolInstall|Install the PC Application]]
* In order to get the latest version of the Aura Firmware, you must be using the latest version of the Aura Config Tool.
** If there is an 'Aura Config Tool Update Available!' message in the bottom left corner of the Aura Config Tool, you can update the Aura Config Tool.
** To Update the Aura Config Tool, click ''Help --> Update Aura Config Tool'', and let the application update.
*Be sure to update the Aura Config Tool on All devices you use.
Note: It may be required to add the Aura Config Tool to your PC's antivirus/firewalls "Trusted Apps", the path to the Aura Config Tool can be found by right clicking on it in the Windows Task Manager.

===Update Procedure===
* Confirm power the Aura is completely powered OFF
* Launch the Aura Config Tool
* Plug the Micro USB connector into your Aura
* Plug the USB connector into your PC (this will power up the Aura for the Firmware Update)
* Allow a few seconds for the drivers to find the Aura
* Click the ''Connect'' button in the lower right of the Aura Config Tool
* Click on ''Aura Tools -> Update Aura Firmware''
* Follow the dialog boxes to accomplish the update.
** Enter your email address
** Click ''Download and Install Firmware Update
** When prompted after downloading the update, Insert the Bind Plug in Aura '''Port S7''' and click 'Yes'.
** The Aura will restart, the orange LED will flash quickly as the Firmware Update Install progresses.
** After the Firmware Update is installed, follow the on-screen directions to remove the Bind Plug and restart the Aura.
* Remove the Micro-USB cable after the Update is complete.

== Firmware Update Verification ==
[[file:FW1_2_image.PNG|thumb|right|150px|Firmware Verification]]
===Verify the Update===
* Connect the Micro USB cable between the Aura and PC
* Click the ''Connect '' button in the lower right of the Aura Config Tool
* Check the Aura Status Monitor at the top right of the Application window. You should see the new firmware version listed (such as "Firmware v1.3").

== Firmware Release Notes==
After Updating the Aura Firmware, be sure to read the [[Old/Aura/ReleaseNotes|Firmware Release Notes]] to understand what has changed, what has been added, and any other important information.

For any questions, contact us at [[Old/Aura/Support| Aura Support]]

Old/Aura/ReleaseNotes

2025-07-25T20:17:04Z

WikiSys: Created page with "{{DISPLAYTITLE:Aura Firmware Release Notes}} == Aura Firmware Release Notes == === Latest Release === ==== Aura Firmware v1.22 ==== * Small update for Aura 5, Aura 8, Aura 8..."

{{DISPLAYTITLE:Aura Firmware Release Notes}}
== Aura Firmware Release Notes ==

=== Latest Release ===

==== Aura Firmware v1.22 ====
* Small update for Aura 5, Aura 8, Aura 8 Pro, and Aura 12 Pro product releases

* Aura 8 Specific Changes:
** Add support for the '''Ventique 60E G2 Pro'''
** Available Jan 2024

* Aura 5 Specific Changes:
** Add support for the '''Flex FP''' Aura Products including the '''FP Edge 540''' and '''FP Ultimate'''
** Available April 2024

* Common Changes:
** Improve Flash Memory powerup timing robustness

=== Previous Releases ===

==== Aura Firmware v1.21 ====
* Available for Aura 5, Aura 8, Aura 8 Pro, and Aura 12 Pro on August 4, 2023

* Common Changes:
** Improve SBUS channel order detection in Auto-Detect
** Improved FrSky Auto-Detect setup logic
** Improve center offset logic for FrSky SBUS systems
** Learn Throttle Polarity for PNPs with SBUS since Futaba default now varies between Transmitters

* Aura 8 Specific Changes:
** Add support for the '''Twin Otter 80E'''

==== Aura Firmware v1.20 ====
* Available for Aura 5, Aura 8, Aura 8 Pro, and Aura 12 Pro in July 2023
* Shipped on the RV-8 60E G2

* Common Changes:
** Add Aileron Differential

* Aura 8 Specific Changes:
** Add support for the '''RV-8 60E G2'''

* Aura 5 Specific Changes:
** Bring Aura 5 up to date with Aura 8 features/fixes such as:
*** Added Aura Flap System capability
*** Improved SRXL2 Handshake Robustness
*** Added support for a Third control mode running in a flight mode

==== Aura Firmware v1.19 ====
* Available for Aura 8, Aura 8 Pro, and Aura 12 Pro in April 2022
* Not yet available for Aura 5

* Common Changes:
** Improve Spektrum Satellite Diversity Failsafe Learning logic
*** Logic/timing is more robust for learning Spektrum Satellite Diversity Failsafes.

* Aura 8 Specific Changes:
** Add support for '''QQ Yak-55 10E'''

==== Aura Firmware v1.18 ====
* Available for Aura 8, Aura 8 Pro, and Aura 12 Pro on December 9, 2021
* Not yet available for Aura 5

* Common Changes:
** Add logic to learn Throttle Polarity when Auto-detecting on Open Stock products. This should reduce crow mix direction inconsistencies after Auto-Detect for Aura Open Stock products.

* Aura 8 Specific Changes:
** Add support for '''CAP-232EX+ Stock/Expert (2022) profiles'''

* Aura Pro Specific Changes:
** Fix Aura Pro SRXL2 Handshaking implementation on Aura Pro Port A

==== Aura Firmware v1.17 ====
* Available for Aura 8, Aura 8 Pro, and Aura 12 Pro on October 5, 2021
* Not yet available for Aura 5

* Common Changes:
** Update JETI EX-BUS processing logic to support latest JETI Firmware changes that could cause servo glitching with certain JETI modules and JETI firmware combinations
** Add logic for soon to be announced feature

* Aura 8 Specific Changes:
** Add support for '''RV8-10'''

==== Aura Firmware v1.16 ====
* Available for Aura 8, Aura 8 Pro, and Aura 12 Pro on May 20, 2021
* Available for Aura 5 on June 25, 2021

* Common Changes:
** Update SRXL2 Logic for additional robustness for any SRXL2 Timeout or SRXL2 Receiver Brownout possibilities

==== Aura Firmware v1.15 ====
* Shipped on Open Stock Aura 8, Aura 8 Pro, and Aura 12 Pro in late December 2020.
** Available for Aura 8, Aura 8 Pro, and Aura 12 Pro

* Common Changes:
** Minor changes for future products and features

==== Aura Firmware v1.14 ====
* Available since mid-August 2020 via Aura Config Tool update followed by Firmware Update procedure
** Available for FT Aura 5, Aura 8, Aura 8 Pro, and Aura 12 Pro

* Common Changes:
** Add support for '''SRXL2''' Receivers SPM4650 and SPM4651T
** Add '''Aura Telemetry Tune''' feature to allow SRXL2 Receivers to adjust Aura settings directly from the transmitter
** Add support for '''JR Mode A'''

* Aura 8 Specific Changes:
** Add support for '''F-100D Super Sabre SPNP'''

==== Aura Firmware v1.13 ====
* Available in February 2020 via Aura Config Tool Firmware Update procedure
** Add support for '''FT Aura 5''' hardware

* Common Changes:
** Correctly Auto-Detect and differentiate between '''Futaba's SBUS''' channel order and '''FrSky's Default SBUS''' channel order
** Add Support for "Stick Relative" Stick Priority that is independent of each Flight Mode's Dual Rate/Expo Settings
** Add Input Re-Map functionality

* FT Aura 5 Specific Changes:
** Add '''Auto-Launch''' features
** Add '''Bank Assist''' and '''Level Assist''' features

* Aura Pro Series Changes:
** Prevent bug that occurred if S11 or S12 was set to 'PWM Capture'

==== Aura Firmware v1.12 ====
* Available on October 18, 2019 via Aura Config Tool Firmware Update procedure
* Software Changes:
** Small update for consistency in future features and releases
** Initialization timing tweak for Aura Pro startup timing

==== Aura Firmware v1.11 ====
* Shipped on production Aura 8 Professional and Aura 12 Professional in August 2019
* Software Changes:
** Add support for '''Aura 8 Professional''' and '''Aura 12 Professional'''
*** Dual EC-3 Battery Sharing
*** Battery Voltage Monitoring LEDs
*** Add '''Dual SBUS Diversity Receiver''' capability
*** Add '''SBUS Digital Output''' to support SBUS Servos or Additional Channels
*** Quick Trim activation thru Push-Buttons rather than Bind Plugs
** Add '''JETI EXBus''' capability
** Improved LED Notifications

==== Aura Firmware v1.10 ====
* Shipped on production '''Mamba 60E''' in July 2019
* Software Changes:
** Add support for Mamba 60E

==== Aura Firmware v1.09 ====
* Shipped on production FlexJet TV Auras in March 2019
* Software Changes:
** Add support for '''FlexJet TV'''

==== Aura Firmware v1.08 ====
* Shipped on production Open Stock and RV-8 Auras in late December 2018
* Software Changes:
** Add support for '''RV-8'''
** Add Bounceback Gain feature in Open Stock Auras.

==== Aura Firmware v1.07 ====
* Used for production of QQ Extra 300 G2 Aura in late November 2018
* First firmware to support new Aura '''Bootloader v2.0''' which does not require a Bind Plug for firmware updates
** After updating to firmware v1.07 with an older bootloader, Aura Config Tool will update the Bootloader.
* Software Changes:
** Add support for '''QQ Extra 300 G2'''
** Add support for future products and features

==== Aura Firmware v1.06 ====
* Shipped on production FlexJet Aura.
* Released on 3/15/18
* Fixes potential issue where Dual Spektrum Remote Receivers may not be correctly auto-detected
** '''Mandatory update for Dual Spektrum Remote users'''. Recommended for all users.
* Software Changes:
** Added Firmware support for FlexJet
** In order to always correctly detect Spektrum Remote A+B Diversity, additional logic was added to the Spektrum Remote processing code. If you see a flashing Red LED after updating to Firmware v1.06, this is an indication that you need to Re-Bind your Spektrum Remote Receivers.
* Remote Receiver users '''must Re-Bind''' after firmware update.
* Please review the 1.04 and 1.05 notes as well.
[[Old/Aura/FirmwareUpdate16|Link to detailed instructions to Update to Aura Firmware 1.06]]

==== Aura Firmware v1.05 ====
* Shipped on production QQ CAP-232EX Aura on February 15, 2018
* Software Changes:
** Add support for '''CAP-232EX'''

==== Aura Firmware v1.04 ====
* Available via 'Firmware Update' in Aura Config Tool on February 22, 2017
* Shipped on production '''Mamba 10''' Aura in Spring 2017
* Running change for Open Stock Aura after Spring 2017
* Software Changes:
** Added support '''SRXL''' with for '''latest generation of Spektrum Receivers''' (AR8010T, AR9030T, AR9320T, AR9140T, AR12310T, AR20310T).
*** Spektrum changed their SRXL format between the latest generation of receivers and previous SRXL receivers such as AR9020 and AR7700. Firmware v1.04 was released to support the newest SRXL format.
*** '''At the time of writing, the new generation of Spektrum Receivers did not correctly pass failsafe values thru the SRXL port. Make sure to plug the Throttle into the Spektrum Receiver throttle port if using a new receiver with SRXL. Thoroughly test the failsafe behavior before flying!'''
** Firmware v1.01 - v1.03 allowed a Single Spektrum Remote Receiver to be bound in either 'Mini Port A' or 'Mini Port B'. In firmware v1.04+, a Single Spektrum Remote Receiver will only bind in Mini Port A.
*** '''While two Spektrum Remote Receivers can still used together for Diversity, please rebind them to your transmitter after updating to firmware version 1.04+.'''
** Update Quick Set Procedure to require the pilot to set the Control Surface directions before pulling the bind plug.
*** In firmware v1.01 - v1.03, the pilot set the Model Type, Sensor Orientation, and Master Gain functionality before pulling the bind plug. After pulling the bind plug, the pilot would then set the Control Surface directions and check the Sensor Direction by moving the aircraft.
*** In firmware v1.04, the pilot sets the Model Type, Sensor Orientation, Master Gain functionality, and Control Surface directions before pulling the bind plug. After pulling the bind plug, the servos are now disabled except for testing the Sensor Direction by moving the aircraft.
** Add feature to '''turn Aura Mixes On/Off via a Transmitter''' 2 or 3 Position Channel Switch.
** Add feature to create a '''Gyro Kill Switch''' via a Transmitter Channel.

==== Aura Firmware v1.03 ====
* Available via 'Firmware Update' in Aura Config Tool in late August 2016
* Shipped on production Open Stock Aura 8 in early September 2016
* Running change for QQ Extra 300 production some time after early September 2016
* Software Changes:
** Firmware v1.02 did not correctly calculate Exponential values. The Exponential calculation has been corrected in Firmware v1.03. Please be aware the control surfaces may feel different after updating from v1.02 to v1.03 and should be tested before flight.
** Add support for Cessna 170 PNP
** Add support for Spektrum AR7700 SRXL protocol and CRC

==== Aura Firmware v1.02 ====
* Available via 'Firmware Update' in Aura Config Tool in mid November 2015
* Initially shipped on release of Open Stock Aura 8 in November 2015
* Running change for QQ Extra 300 production in January 2016
*'''Firmware v1.02 incorrectly calculated Aura Exponential values which removes any exponential feeling on the control surfaces. This issue was fixed in v1.03.'''
* Software Updates
** Add support for Open Stock Aura
** Add Quick Set and Quick Trim features
** Add USB power-up robustness logic
** Add capability for dual Control Modes per Flight Mode
** Add support for SubTrim in uSec steps
** Introduce Config File Version v1.01

==== Aura Firmware v1.01 ====
* Stock of QQ Extra 300 Aura 8 updated to v1.01 in mid August 2015
* Available via 'Firmware Update' in Aura Config Tool in mid August 2015
* Software Updates
** Add Satellite Remote Receiver robustness logic
** Add support for DSM2 modules in JR Transmitters
** Add robustness for initializing Aura under High Rate conditions
** Add support for Futaba SBUS2 FASSTest

==== Aura Firmware v1.00 ====
* Initially released on QQ Extra 300 Aura 8 in early August 2015
* No longer authorized by Flex Innovations for use. Flex Innovations can only support v1.01+.

Old/Aura/AuraConfigToolReleaseNotes

2025-07-25T20:16:02Z

WikiSys: Created page with "{{DISPLAYTITLE:Aura Config Tool Release Notes}} == Aura Config Tool Release Notes == === Latest Release === ==== Aura Config Tool v1.1.23.2 ==== * Minor update on available..."

{{DISPLAYTITLE:Aura Config Tool Release Notes}}
== Aura Config Tool Release Notes ==

=== Latest Release ===

==== Aura Config Tool v1.1.23.2 ====
* Minor update on available on March 11, 2025
* Added Extra 300 60E configuration to the Aura Config Tool Wizard

=== Previous Releases ===

==== Aura Config Tool v1.1.23.1 ====
* Update on available on December 30, 2024
* Add '''Generic Jet Wizard''' to Open Stock Aura Wizard - Airframe Type option
** Easily create an Aura Config File for any Jet configuration
** Includes 3 types of Gain/Rates/Expo Setups: Traditional Rates, Rosier Style, or QQ F-16 Style
** Easily add common Jet options like Nose Wheel Steering, Thrust Vector Control, Live Wing Flaps, Crow, and a Gyro Gain Kill Switch
** Detailed information on the Wizard options available on the [[GenericJet/AuraWizard|Generic Jet Wiki Page]]
* Add '''Generic STOL Live Wing Wizard''' to Open Stock Aura Wizard - Airframe Type option
** Easily create an Aura Config File for any STOL Live Wing setup
** This replaces the outdated ''Generic Live Wing'' option with the latest options and easier setup
** Can select any generic Wing Type or Tail Type
** Easily add common STOL options like Live Wing Flaps, Flap Gain, Crow, and a Gyro Gain Kill Switch
** Detailed information on the Wizard options available on the [[GenericSTOL/AuraWizard|Generic STOL Live Wing Wiki Page]]


==== Aura Config Tool v1.1.23.0 ====
* Update on available on October 11, 2024
* Add 'Pop-Out Mode' message box View Option for easier use on a tablet or touchscreen
** After turning on, most options will pop-out to a separate window with easier controls for tablets or touchscreens
* Added Laser 200 60E configuration to the Aura Config Tool Wizard
* Add ability to change the External Sensor Orientation
* Add Channel Cut Setup box to Safety Tab
** Allows to setup Throttle Cut or alternate custom Cut Logic for channels directly in Aura
** Useful for Nose Wheel Steering and Thrust Vector systems

==== Aura Config Tool v1.1.22.1 ====
* Update on available on August 16, 2024
* Added CAP-232EX 70cc Airframe Type for Open Stock Auras in the Aura Config Tool Wizard

==== Aura Config Tool v1.1.22.0 ====
* Update on available on April 8, 2024
* Support for Aura Firmware v1.22
* Added Ventique 60E G2 Pro configuration to the Aura Config Tool Wizard
* Added Aura 5 Flex FP Aura and FP Edge 540 and FP Ultimate configurations to the Aura Config Tool Wizard
* Add Differential Thrust Gain option to FT Aura Wizard
* Fix TX Config bug in some Wizard file creations

==== Aura Config Tool v1.1.21.0 ====
* Update on available on August 4, 2023
* Support for Aura Firmware v1.21
* Added Twin Otter 80E configuration to the Aura Config Tool Wizard
* Improved setup for FrSky and Futaba in Wizard and Setup Tab
** Improved SBUS Ch Order options for FrSky and Futaba
** Improved center offset for digital FrSky SBUS setups

==== Aura Config Tool v1.1.20.0 ====
* Beta tested in July 2023 but unreleased due to product timing
* Support for Aura Firmware v1.20
* Added RV-8 60E G2 configuration to the Aura Config Tool Wizard
* Updated Learn Transmitter functionality
** Added Manual Transmitter Setup that can be configured without needing the Transmitter/Receiver active.
* Improve Arm/Disarm logic when modifying Transmitter
** Moved 'Re-Arm' throttle button to top right corner if Aura disarms the throttle for safety during configuration.
* Add "Wing and Tail Type Wizard" button on Setup tab
** Can now view and modify the Servo Port configuration on a single view.
* Added Aileron Differential feature for Aura Firmware v1.20+.
** Must slide "Aileron Differential Enabled" to ON on the Setup tab
** Aileron Differential can be configured individually for Left and Right stick movements
** Differential can scaled proportionally during flight to tune in real time if desired
* Add "Third Control Mode" option for Aura Firmware v1.20+.

==== Aura Config Tool v1.1.19.2 ====
* Update on available on Feb 20, 2023
* Added Edge 540 120cc configuration to Aura Config Tool Wizard for Open Stock Auras

==== Aura Config Tool v1.1.19.1 ====
* Update on available on Dec 8, 2022
* Added Ultimate 70cc configuration to Aura Config Tool Wizard for Open Stock Auras

==== Aura Config Tool v1.1.19.0 ====
* Update on available on June 7, 2022
* Supports for Aura Firmware v1.19
* Added QQ Yak55 10e configuration to Aura Config Tool Wizard
* Added CAP 232EX+ 2022 updated configurations to Aura Config Tool Wizard
* Added Throttle Input Direction slide switch on Setup tab

==== Aura Config Tool v1.1.17.3 ====
* Update on available on Feb 18, 2022
* FIX: Corrected RV8 70cc Airframe configuration in Aura Config Tool Open Stock Wizard
** Corrected Ailerons and Flap Servo Direction values
* Added Cessna 170 G2 configuration to Aura Config Tool Wizard
* Added option to enable the Aura Flap system in the Aura Config Tool Wizard
** Available for Aura Open Stock 'Custom' Airframe types with Flap Wing Types

==== Aura Config Tool v1.1.17.2 ====
* Minor Change available on Jan 19, 2022
* Added RV8 70cc Airframe configuration in Aura Config Tool Open Stock Wizard

==== Aura Config Tool v1.1.17.1 ====
* Minor Change available on Dec 23, 2021
* Enable Aura Flap System for RV8-10 and Open Stock when using latest firmware v1.17

==== Aura Config Tool v1.1.17.0 ====
* Minor Change available on October 5, 2021
* Supports for Aura Firmware v1.17
* New Config File Wizard updated to support RV8-10

==== Aura Config Tool v1.1.16.0 ====
* Minor Change available on May 20, 2021
* Supports for Aura Firmware v1.16
* New Config File Wizard updated to support FlexJet G2

==== Aura Config Tool v1.1.15.0 ====
* Minor Change available on January 2, 2021
* Supports for Aura Firmware v1.15
* New Config File Wizard updated to support Pirana and Mamba 10 G2 6S

==== Aura Config Tool v1.1.14.2 ====
* Minor Change available on September 10, 2020 for Mamba 120cc
* New Config File Wizard updated to include "Mamba 120cc"
** Select "Mamba 120cc" for the "Airframe Type" of an Open Stock Aura to create the Aura Config File for the Mamba 120cc

==== Aura Config Tool v1.1.14.1 ====
* Minor Bug Fix Added on August 17, 2020:
** Only Allow the Aura Config Tool to set the Receiver to SRXL2 or JR Mode A for firmware v1.14+

==== Aura Config Tool v1.1.14.0 ====
* Release available soon via 'Update Aura Config Tool' in Aura Config Tool in August 11, 2020
* Supports for Aura Firmware v1.14
* Add SRXL2 Capability for Spektrum SPM4650 and SPM4651T SRXL2 receivers
* Add JR Mode A Capability
* Required for use with F-100D Super PNP

==== Aura Config Tool v1.1.13.0 ====
* Release available via 'Update Aura Config Tool' in Aura Config Tool in February 2020
* Supports for Aura Firmware v1.13
* Support new FT Aura 5 product
** Supports new FT Aura features such as Launch Assist, Bank Assist and Level Assist
* Differentiate between Futaba's SBUS channel order and FrSky's Default SBUS channel order
* Add Support for "Stick Relative" Stick Priority that is independent of each Flight Mode's Dual Rate/Expo Settings

==== Aura Config Tool v1.1.12.1 ====
* Release available via 'Update Aura Config Tool' in Aura Config Tool in October 2019
* Supports for Aura Firmware v1.11
* Prevent Servo Port S11 or S12 being set as 'PWM Capture' which is not supported by any firmware

==== Aura Config Tool v1.1.11.0 ====
* Release available via 'Update Aura Config Tool' in Aura Config Tool in August 2019
* Supports for Aura Firmware v1.11
* Required for use with the Aura Professional series
** Supports new Aura Professional options such as SBUS Diversity, SBUS Output, External Sensor support, and Battery Voltage Monitoring
* Add Jeti EX-Bus Capability
* Allows conversion of Aura Config Files between various products
** For example can convert and Aura 8 QQ Extra 300 configuration to an Aura 12 Professional Open Stock configuration.
* Small Bug Fixes

==== Aura Config Tool v1.1.10.1 ====
* Release available via 'Update Aura Config Tool' in Aura Config Tool on May 2019
* Small bug fix for Ventique Wizard file creation

==== Aura Config Tool v1.1.10.0 ====
* Release available via 'Update Aura Config Tool' in Aura Config Tool on April 2019
* Supports for Aura Firmware v1.10
* Required for use with the Mamba 60E.

==== Aura Config Tool v1.1.9.0 ====
* Release available via 'Update Aura Config Tool' in Aura Config Tool on March 2019
* Supports for Aura Firmware v1.9
* Required for use with the FlexJet TV.

==== Aura Config Tool v1.1.8.2 ====
* Release available via 'Update Aura Config Tool' in Aura Config Tool on February 2019
* Supports for Aura Firmware v1.8
* Added the CAP-232EX+ Servo Update Helper

==== Aura Config Tool v1.1.8.1 ====
* Release available via 'Update Aura Config Tool' in Aura Config Tool on January 2019
* Add Support for Aura Firmware v1.8
* Required for use with the RV8.

==== Aura Config Tool v1.1.8.0 ====
* Release available via 'Update Aura Config Tool' in Aura Config Tool on Nov 2018
* Supports for Aura Firmware v1.6
* Required for use with the QQ Extra 300 G2.

==== Aura Config Tool v1.1.5.0 ====
* Release available via 'Update Aura Config Tool' in Aura Config Tool on February 2018
* Supports for Aura Firmware v1.5
* Required for use with the CAP-232EX and Flex Jet

==== Aura Config Tool v1.1.4.2 ====
* Small Bug Fix Release available via 'Update Aura Config Tool' in Aura Config Tool on March 28, 2017
* Supports for Aura Firmware v1.4
* Required for use with the Mamba 10 Aura and QQ Yak 54 35cc in Spring 2017
* Small Software Changes:
** Update QQ Yak 54 35cc Receiver Type:PWM graphics and labels in New Aura Config File Wizard
** Fix to always show Primary Control Mode when viewing the Control Mode tab with Live Data on.

==== Aura Config Tool v1.1.4.1 ====
* Available via 'Update Aura Config Tool' in Aura Config Tool on March 21, 2017
* Supports for Aura Firmware v1.4
* Required for use with the Mamba 10 Aura and QQ Yak 54 35cc in Spring 2017
* Main Software Changes:
** Add "Aircraft Template" for the new QQ Yak 54 35cc in the New Config File Wizard to easily create the tuned Config File
** Updated default save location to My Documents or the previously saved location.

==== Aura Config Tool v1.1.4.0 ====
* Available via 'Update Aura Config Tool' in Aura Config Tool on February 22, 2017
* Support for Aura Firmware v1.4
* Required for use with the Mamba 10 Aura in Spring 2017
* Main Software Changes:
** Add feature to turn Aura Mixes On/Off via a Transmitter 2 or 3 Position Channel Switch.
** Add feature to create a 'Gyro Kill Switch' via a Transmitter Channel from the Wizard.
** Add Generic Live Wing to 'New Config File Wizard' for Open Stock Aura.

==== Aura Config Tool v1.1.3.0 ====
* Available via 'Update Aura Config Tool' in Aura Config Tool in late August 2016
* Support for Aura Firmware v1.3
* Required for use with the Cessna 170
* Main Software Changes:
** Add Live Save functionality for Subtrims and Output Scaling
** Improve Live Data functionality

==== Aura Config Tool v1.1.1.0 ====
* Available via 'Update Aura Config Tool' in Aura Config Tool in mid November 2015
* Support for Aura Firmware v1.2
* Initially released for the Aura 8 Open Stock in November 2015
* Main Software Changes:
** Add support for Open Stock Aura
** Add Quick Set and Quick Trim features
** Add for Dual Control Modes per Flight Mode
** Add support for +/- Output Scales
** Add support for SubTrim in uSec steps
** Introduce Config File Version v1.1

==== Aura Config Tool v1.0.2 ====
* Available via 'Update Aura Config Tool' in Aura Config Tool in mid August 2015
* Support for Aura Firmware v1.1
* Forced any Aura to update from Aura Firmware v1.0 to v1.1

==== Aura Config Tool v1.0.1 ====
* Initially released for the QQ Extra 300 Aura 8 in early August 2015
* Support for Aura Firmware v1.0
* No longer authorized by Flex Innovations for use. Flex Innovations can only support v1.1+.

== How to Check the Aura Config Tool Version ==
To find the version of the Aura Config Tool, click the Help '''Menu --> Aura Config Tool Info'''. The version shown below is not the latest available version, it is only shown as an example.
[[File:ACT CheckVersionInfo.gif|none|none|How to Check the Version Info of the Aura Config Tool]]

Old/Aura/AuraConfigToolInstall

2025-07-25T20:15:40Z

WikiSys: Created page with "{{DISPLAYTITLE:Aura Config Tool Install}} == Use the Aura Config Tool to program and tune your Aura == The Aura Config Tool is a PC application for configuring, tuning, and up..."

{{DISPLAYTITLE:Aura Config Tool Install}}
== Use the Aura Config Tool to program and tune your Aura ==
The Aura Config Tool is a PC application for configuring, tuning, and updating your Aura. While you can setup a basic model at the field with just your Transmitter, the Aura Config Tool unlocks the rest of Aura's potential.

We have designed it to be as simple as possible to use, but powerful enough for the advanced user to tweak nearly every parameter in the Aura. Whether you "just want it to work" or want to spend time tweaking and perfecting your model, the Aura Config Tool is designed with the modeler in mind!

A few of the powerful features of the Aura Config Tool are:

* "New Aura Config File Wizard" to help you setup your Aura for your model as quickly as possible.
** Pick your transmitter, receiver type, wing type, tail type and control template
* Downloadable Aura Config Files to give you a head start on your perfecting your model based on our experience and flight tests
* Multiple flight mode capability from a single switch (channel)
* Fully adjustable dual rates, expo, and gains for each Flight Mode to suite your flying style
* 24 Internal Channels available for custom mixing, gain scaling, or outputs
* Firmware Update capability for new features or improvements
* And much more!

== Install the Aura Config Tool ==
After confirming you meet the System Requirements listed below, download the Aura Config Tool and Install it. After install, the Aura Config Tool will run and prompt you to Install the Aura USB Drivers. After installing the Aura Config Tool and it's USB Drivers, you are done!

=== System Requirements ===
* Windows XP (Service Pack 2+), Windows 7 (Service Pack 2+), Windows 8, Windows 10
* 1024 x 768 Resolution or Higher
* USB Port
* Internet connection (only needed during install and Aura Firmware updates)
* Microsoft .NET framework 4.0 or higher
''Note: Certain Virus and System Protection may try to block the Aura Config Tool installation. If installation is blocked, temporarily disable these features during installation.''

''Note: You may need to know your administrative login and password depending on your security settings.''

=== Step 1 - Download the Aura Config Tool PC Application ===
Click this link to [http://dev.flexinnovations.com/configTool/setup.exe Download the Aura Config Tool PC Application Install File].

'''Windows or your browser may suggest the file is not safe and should be discarded. Override these suggestions and save the file to your PC.
'''

=== Step 2- Install the Aura Config Tool ===
* Open/Run the setup.exe file to start the installation
** Windows 7/8 Users - If you get a window stating "Windows has protected your PC", click "More Info", then click "Run Anyway"
** Windows XP Users - Windows may try to block the installation, override these suggestions and run the installer.
''Note: Certain Virus and System Protection may try to block the Aura Config Tool installation. If install is blocked, temporarily disable these features during install.''

=== Step 3 - Install Aura USB Drivers ===
* After completing the installation, the Aura Config Tool will open and prompt you to Install the Aura USB Drivers.
** You must install the Aura Config Tool USB Drivers to communicate via USB with Aura.
** Follow the prompts to install the required USB Drivers
** You can complete the Aura USB Driver Installation at any time. If not prompted when you start the Aura Config Tool, use the Help Menu and Select 'Install Aura Drivers'.

''Note: The USB Driver install will go through several steps including two separate install wizards and may take a couple minutes to complete.

=== Troubleshooting ===
If you have issues with the Aura Config Tool, the Aura Config Tool may need to be added to your PC's antivirus/firewalls "Trusted Apps".
* The path to the Aura Config Tool can be found by right clicking on the 'AuraConfigTool' in the Windows Task Manager and selecting 'Open file location'.''

== After Installing the Aura Config Tool ==
'''Congrats on Installing the Aura Config Tool!'''

* We have a number of YouTube videos available on [[Old/Aura/AuraVideos|using the Aura and the Aura Config Tool.]]
* You can also view our online [[Old/Aura/UserGuide|Expanded User Guide]] for additional information.
* Or feel free to [[Old/Aura/Support|Contact us]] for more support.

Old/Aura/JRDMSSUse

2025-07-25T20:14:58Z

WikiSys: Created page with "{{DISPLAYTITLE:JR DMSS with Aura}} == JR Protocol Guide == This guide details JR DMSS Transmitters and Receivers. JR DSM2/DSMX protocol transmitters (JR 9303, JR 9503) shou..."

{{DISPLAYTITLE:JR DMSS with Aura}}

== JR Protocol Guide ==

This guide details JR DMSS Transmitters and Receivers. JR DSM2/DSMX protocol transmitters (JR 9303, JR 9503) should follow the [[Old/Aura/SpektrumUse|Spektrum Use Guide]]

=== XBus ===
The best way to connect a JR DMSS receiver to an Aura is with their XBus Protocol. Depending on your Transmitter and Receiver, you can configure the XBus Port to output in JR Mode A or JR Mode B.

* '''JR Mode A (Preferred)'''
** High resolution, single cable digital data connection similar to Futaba SBUS
** Supported in '''Aura Firmware''' to '''v1.14+''' which was released in August of 2020
** The Receiver XBus Port is connected to the Aura 5 or Aura 8's '''B Port''', either the '''A Port''' or '''B Port''' can be used for Aura 8 Pro or Aura 12 Pro.
** When using JR Mode A, the other Servo Ports on the Receiver operate as normal servo ports

* '''JR Mode B'''
** High resolution, single cable digital data connection similar to Futaba SBUS
** Older, legacy protocol from JR similar to Spektrum SRXL
** The Receiver XBus Port is connected to the Aura 5 or Aura 8's '''B Port''', either the '''A Port''' or '''B Port''' can be used for Aura 8 Pro or Aura 12 Pro.
** When using ''JR Mode B, the Servo Ports on the Receiver are disabled'' which is a big drawback especially for larger, more complex airplanes

=== Traditional PWM ===
The old school way to connect a Receiver to Aura but is more complicated, restrictive and '''not recommended''' for new setups.
* Supports virtually every receiver but lower resolution and more complicated
** Individually connect the Receiver Aileron, Elevator, Rudder, and Gear servo ports on your Receiver directly to a Servo Port setup as an Input on the Aura.
** Since multiple Aura Servo Ports are used in Inputs from the Receiver, there are less Gyro Stabilized Servo available to be used as Outputs
* Some features such as QuickSetup and QuickTrim are NOT supported with PWM connections.

== JR Receiver Guide ==
The BX series of receivers is most commonly used with Aura. The '''RG712BX''' and '''RG812BX''' have been tested extensively and are known to work well with Aura.

=== BX Series (Preferred) ===
* Commonly used with Aura
* Feature a single dedicated XBus Port

=== BPX Series ===
* Often include different built-in power connector such as Deans, XT30, XT60, etc
* Does not have a single dedicated XBus Port
* The Servo Ports can be setup to be all Traditional PWM Outputs or all XBus Outputs.
** The servo ports are switched between PWM and XBus using the ''SENS/MODE'' port on the BPX receiver.

== JR Transmitter Setup Guide ==
For best results, create a new default Transmitter model and adjust the Wing/Tail Type, End Points, and Assign the Flight Mode Switch as shown in the graphic below.

[[File:JR_DMSS_Transmitter_Setup.png|framed|center|
1. Throttle End Points are most important for ESC Calibration, Crow Mixes and Thrust Differential. The values shown here bring the Throttle to a standard 1100 usec to 1900 usec range. 
2. JR Elite and JR Matrix transmitters may need to Reverse Aileron and Rudder if Aura Auto-Detect is used. See [[#EndPoints|Details below]]. 
3. If Flight Modes are set to a channel other than CH5/Gear, set a 3-position switch to Flight Mode channel and use CH5/Gear as needed.]]

 
=== End Points (Travel Adjust or ATV) ===
* Aura is setup to expect a range of 1000 usec to 2000 usec for Ail/Ele/Rud and 1100 usec to 1900 usec for all other channels including Throttle
* JR Mode A and JR Mode B require different Travel End Points due to differences in JR's protocol to match the expected Aura input ranges.
** '''JR Mode A''': Set ''Ail/Ele/Rud to +/-125%'', ''Throttle at +/- 100%'', all other channels should be left at their default travels.
** '''JR Mode B''': Set ''Ail/Ele/Rud to +/-90%'', ''Throttle at +/- 72%'', all other channels should be left at their default travels.

* Throttle Travels End Points are most important for ESC Calibration, Throttle Mixes like Crow or Thrust Differential.
** Throttle End Points can always be adjusted in the Transmitter for Gas Engines.
** The values shown above set the Throttle to a standard 1100 usec to 1900 usec range.

 
=== Reversing ===
*Always start with all channels set to Transmitter Directions set to Normal as they are after creating a new Transmitter model.

* '''XG8, XG14, T14, and T44 Transmitters'''
** If creating a new Aura Config File, select the Transmitter Type as ''JR DMSS - XG8, XG14, T14, T44''
** If an Aura Auto-Detects a JR Mode A or JR Mode B receiver, the Aura will correctly setup the channel order and channel directions.

* '''Matrix and Elite Transmitters'''
** New JR Transmitters such as the Elite and Matrix have Reversed the standard convention for Aileron and Rudder compared to XG8, XG14, T14, and T44.
** If creating a new Aura Config File, select the Transmitter Type as ''JR DMSS - Elite and Matrix''.
*** The Aura will then expect the different Elite and Matrix convention and you will not need to do any Reversing in the Transmitter.
** If an Aura Auto-Detects a JR Mode A or JR Mode B receiver, the Aileron and Rudder channels will probably need to Reverse the Aileron and Rudder.
*** This occurs because Aura Auto-Detect can not differentiate between the different convention in Matrix/Elite Transmitters compared to XG8/XG14/T14/T44 Transmitters.

 
=== Flight Mode Switch ===
* Assign a 3-Position Flight Mode Switch to the Ch5 (Gear) Channel
** Ch5 (Gear) channel is used by default as the Flight Mode Switch by for almost all Aura configurations.
* If you are using a Generic Jet Wizard or other configuration where the Ch5 (Gear) channel is being used for another purpose, you will need to assign the Flight Mode switch to a different channel.
* The specific product manual will detail which channel is needed to assign to be assigned for the Flight Mode Switch.
** The Flight Mode channel can be adjusted in the Setup Tab of the Aura Config Tool.



== Installing your Aura ==
=== General information regarding [[Old/Aura/Install|Installing the Aura]]. ===
=== Additional information for [[Old/Aura/LargeAircraftInstall|Large Aircraft Installs]]. ===

Old/Aura/FrSkyUse

2025-07-25T20:14:24Z

WikiSys: Created page with "{{DISPLAYTITLE:FrSky Use - General Notes}} == FrSky Transmitter Setup Notes == Yes! FrSky's SBUS works with Aura! And it's the preferred way to to connect and FrSky Receiver..."

{{DISPLAYTITLE:FrSky Use - General Notes}}
== FrSky Transmitter Setup Notes ==
Yes! FrSky's SBUS works with Aura! And it's the preferred way to to connect and FrSky Receiver to Aura.

FrSky Transmitters are very flexible and configurable. FrSky's implementation of Futaba's SBUS follows the defined SBUS protocol, but the default FrSky Transmitter model settings (such as channel order, travel limits, directions, and centers) differ from a default model settings of a Futaba Transmitter.

=='''Aura Firmware V1.13 and Subsequent Update!'''==
With Aura firmware V1.13 (or newer), Aura now can accept FrSky model defaults via SBus. If you update to V1.13 (or newer), you won't need to download the FrSky Transmitter Model File at the bottom of this page. For tips on updating your Aura, please see our section on [[Old/Aura/FirmwareUpdate|Updating Aura Firmware]].

Start with a Blank Model and reference the Chart!
[[File:Aura_Tx_Chart_Generic_1_14.png|framed|center|Common Transmitter Settings for Aura5, Aura 8 and Aura Professionals starting with a freshly reset transmitter and maintaining normal wing and tail types. NOTES: 
1. JR Mode A is preferred as of Aura FW v1.14. For JR Mode B, see the Aura Wiki 
2. If you are using a Futaba transmitter, please note that some Futaba transmitters have the throttle set to reversed by default. Leave reversing set to defaults to start, and reverse as needed. 
3. Aileron, Elevator, and Rudder should NOT be Reversed, other channels may be reversed at users preference 
4. If Flight Modes are set to a channel other than CH5/Gear, set a 3-position switch to that channel and set CH5/Gear as needed. 
5. See the Wiki for further details and latest information, and for Hitec use, etc.
]]

== FrSky Installation Notes and Equipment Selection ==
There are three ways to connect the Aura to your FrSky Receiver:
* FrSky SBUS
* Traditional PWM Servo Connections
* FrSky PPM

=== SBUS ===
'''SBUS''' is modern digital data on one wire (similar to Spektrum SRXL). It gives the Aura precise knowledge of all of the available channels.
* '''Most Preferred and capable FrSky connection'''
* Aura will follow the Failsafe outputs of the FrSky Receiver.
* The SBUS output from the receiver is connected to Aura's B Port (servo bus)
* Not all FrSky receivers have an SBUS port. A popular choice is the full-range FrSky X4R-SB.
* The default transmitter conventions of a FrSky Transmitter do not match the default transmitter conventions of a Futaba Transmitter.

=== Traditional PWM Servo Connection ===
'''PWM''' (Servo Leads) connect the each channel on your Receiver directly to each Servo Port on the Aura.
* Recommended for all aircraft types.
* Supports virtually every receiver
* Limits port availability. Typically Aura will be configured with 4 inputs and 4 outputs with PWM.
* Some features such as Quick Setup and Quick Trim are NOT supported with PWM connections.
* All (typically 4) PWM (servo jumper) connections MUST be present to get control of the model which is indicated by a solid green LED (valid radio signal)

=== PPM ===
'''PPM''' (Pulse Position Modulation) all Servo pulses on one wire
* Works with all aircraft type based on Receiver capability.
* PPM is input into Aura's B port (servo bus)
* Since most of these Receivers also offer SBUS, SBUS is preferred over PPM for a clean, accurate digital signal with less latency.

== Using FrSky without the latest Aura firmware (V1.12 or older) ==

Unfortunately, FrSky's implementation of Futaba's SBUS follows the defined SBUS protocol, but the default FrSky Transmitter model settings (such as channel order, travel limits, directions, and centers) differ from a default model settings of a Futaba Transmitter. This can lead to confusing transmitter setups for pilots new to FrSky and Aura. To alleviate this problem, we STRONGLY recommend downloading our pre-configured [http://resources.flexinnovations.com/aura/txModels/auraFrSky_1-0.bin FrSky Transmitter Model File]. By using our transmitter setup for an FrSky transmitter, the SBUS channel order, travel limits, directions, and centers will be configured correctly to match the conventions the Aura is expecting.

If you already have an existing FrSky Transmitter model you would like to use, additional details are provided below to update the model to work well with Aura.

=== FrSky Transmitter Files ===
The easiest way to setup a new FrSky Transmitter model to work with Aura is to download and install the following transmitter file on your FrSky Transmitter.
* We '''STRONGLY''' recommend starting fresh with our [http://resources.flexinnovations.com/aura/txModels/auraFrSky_1-0.bin FrSky Transmitter Model File].
* After downloading the FrSky Transmitter Model File, copy it to your FrSky SD Card, and use the 'Restore Model' function on a blank slot of the 'Model Selection' menu in your Transmitter.
* This will create a Transmitter model named 'aura' with the appropriate transmitter settings.

=== Modifying an existing FrSky Transmitter File ===
The Aura expects any SBUS signal to match the default configuration of a Futaba transmitter with Ail/Ele/Rud travels set to 125% and Ch5/Gear channel on a 3Pos switch. Our Custom FrSky Transmitter File sets the following (this was configured using an FrSky Taranis X9D Plus transmitter) in order to replicate the expected Futaba conventions:
* Output Channel Order becomes: Ail, Ele, Thr, Rudder, Ch5/Gear, Ch6/Aux1, Ch7/Aux2, Ch8/Aux3.
* Ch5/Gear is assigned to the Switch SE, Ch6/Aux1 is assigned to Switch SB, Ch7/Aux2 is assigned to Switch SC, and Ch8/Aux3 is assigned to knob S2.
* The travel limit on the throttle channel is reduced to the default Futaba standard of +/- 100% (1100uSec/1900uSec).
* The Elevator and Throttle Output directions are Reversed (from FrSky's default) to match the default Futaba standard.
* The "PPM Center" setting is adjusted to 1530 so the stick's centered value matches the default Futaba standard.

=== Verify your FrSky Transmitter File is setup correctly ===
You can confirm your FrSky transmitter is setup correctly using the Aura Config Tool.
* Open the Aura Config Tool, connect to the Aura over USB and turn on Live Data.
* On the "Setup Tab" of the Aura Config Tool, scroll down to the 'Input Monitor and Transmitter Verification' box.
* Confirm that the graphics move and match your transmitter movements.
* Confirm in the Input Monitor that Aura is reading "0%" with the sticks centered and +/- 125% on the Aileron/Elevator/Rudder channels.

== Installing your Aura ==
=== General information regarding [[Old/Aura/Install|Installing the Aura]]. ===
=== Additional information for [[Old/Aura/LargeAircraftInstall|Large Aircraft Installs]]. ===

Old/Aura/HitecSbusUse

2025-07-25T20:13:44Z

WikiSys: Created page with "{{DISPLAYTITLE:Hitec Use - General Notes}} == Hitec Installation Notes and Equipment Selection == '''Note: We request feedback from customers to make this page better based on..."

{{DISPLAYTITLE:Hitec Use - General Notes}}
== Hitec Installation Notes and Equipment Selection ==
'''Note: We request feedback from customers to make this page better based on your experience.'''
[mailto:aurasupport@flexinnovations.com? E-mail Aura Support]

There are two ways to connect the Aura to your Hitec Receiver:
* S.Bus (SL or Single Line is the Hitec implementation of Futaba S.Bus)
* Traditional PWM Servo Connection
:'''NOTE:''' Any recommendations are based on years of knowledge and product use and are informational only.
* We do not 'specify' radio installations. Consult your radio manufacturer for radio information.
* We test and support the use of genuine Hitec brand equipment.

=== Hitec S.Bus ===
* Preferred way to connect the Aura to select Hitec Receivers
* We tested with a A9X Transmitter and a '''Optima SL''' (Single Line) 8 Channel Receiver
* '''S.Bus''' - S.Bus is serial data on one wire (Digital). It gives the Aura knowledge of all of the available Hitec channels.
** Aura will follow the Failsafe outputs of the Hitec Receiver.
** Recommended for all aircraft types
** S.Bus from the Rx's SL port plugs into Aura Port B (Servo Bus) via one male to male servo cable
** Precise digital Data
** Availability of all 8 Aura Ports as outputs
** Hitec Receiver Ports are also active and available for use
[[File:Hitec Wiki.png|thumb|upright=0.5|right|Hitec install in Flex Cessna. Connections to the Optima SL Rx are the SL (data) Port to Aura Port B, and the Hitec receiver's Throttle Port to the ESC/BEC/Throttle Servo]]

=== Notes on using Hitec S.Bus ===
*These notes supplement (add to/modify) the normal Transmitter setup (Aura Instructions) that you should follow.
*Connect the Recievers SL Port to the Aura Servo Port B with a male to male servo type connector
:'''NOTE''': For '''Aura Professionals''', it is preferred to put the SBUS into Port A.
*Hitec has elected to use the Futaba Header Bytes ID Code, so the Aura will work and/or auto-detect as a "Futaba S.Bus"
*Hitec has duplicated some of the Futaba data format standards such as Channel Order in the data
*Hitec has chosen '''NOT to duplicate''' other Futaba data standards such as channel '''center data''' values, and default '''direction''' of travel away from center.

=== Hitec S.Bus Transmitter Programming/Changes ===
*Due to specific variations in the Hitec S.Bus conventions, you must make some additional changes to your '''Hitec Transmitter settings''' in order to match the Futaba 'standards'
**Reverse specified Transmitter Channels
***Reverse the Elevator Channel (required to meet Futaba/Aura Standard)
***Reverse the Throttle Channel (To use the Aura throttle port for an ESC, else as required)
***Reverse the Flap Channel (If needed to match Futaba, or as required)
**Subtrim Transmitter Settings (To emulate Futaba Centers, Aura expects CENTERED Data, otherwise you may see trim changes with Flight Mode change). You can Verify/Fine Tune these settings using the Aura Config Tool's "Input Monitor" on Setup Tab with 'Live Data' ON per below.
***Aileron to +7
***Elevator to -7
***Rudder to +7
***Gear to +7 typical
***Flap to +7 or as needed
***Throttle to -7 or as needed
***Check that the trim levers are centered before setup
**Adjust Transmitter EPA (Travel) Settings for flight controls to make the Tx equivalent to a Futaba at '''+-125%'''. You can Verify/Fine Tune these settings using the Aura Config Tool's "'''Input Monitor'''" on Setup Tab with 'Live Data' ON per below.
***Aileron Left and Right to 133%
***Elevator Up and Down to 133%
***Rudder Left to 140%, Right to 133% (output not symmetric in Tx's we evaluated)
***CH5/Gear to 100% in both directions (or as required)

*You can save a copy of this 'basic' Tx program in you transmitter to copy as a starting point for future Aura equipped models. All will start from the same foundation.
*Aura will be set/used/auto-detected as a '''FUTABA -> SBUS -> SERVO PORT B'''. Aura will otherwise work completely normally, you can even fly the PNP models (via Auto-Detect) with no need to change any Aura settings.
:'''NOTE''': For '''Aura Professionals''', it is preferred to put the SBUS into Port A.
 
'''You can check the data input to Aura using the Aura Config Tool''' (Windows App) with the system all connected and active using 'Live Data' feature in the Aura Config Tool
* Turn on the Config Tools Live Data, and look a the bottom of the Setup Tab
** The '''simulated sticks''' should '''track the movement of the transmitter sticks''' (direction)
** The Aura Monitor's '''Center Data of Aileron, Elevator, and Rudder''' should be '''0%''' (adjust Tx subtrim as needed)
*** If the Data is not 'Centered' (0% on Aura Input Monitor), you may see trim changes when changing Aura Flight Modes
** The '''Travel''' for Aileron, Elevator, and Rudder should be very close to '''+-125%''' (adjust EPA as needed)

=== Before you fly with Hitec S.Bus ===
*'''Make sure to run and pass the Transmitter AND Sensor tests!'''
*Perform a range test per Hitec instructions 

=== Traditional PWM Servo Connections ===
* Least preferred
* Recommended for all aircraft types
* Supports virtually all receivers
* Limits port availability.
**Typically Aura will be configured with 4 inputs and 4 outputs with PWM.
**See Aura or SPNP Aircraft instructions for Port Connections.
**Working Rx Ports other than Aileron, Elevator, Rudder, and Flight Mode (default is CH5) will be available (Receiver bus).
*See notes above, use Aura 'Input Monitor' and methods above/as required to achieve correct input direction and 0%, +-125% for Aileron, Elevator, and Rudder

== Installing your Aura ==
=== General information regarding [[Old/Aura/Install|Installing the Aura]]. ===
=== Additional information for [[Old/Aura/LargeAircraftInstall|Large Aircraft Installs]]. ===

Old/Aura/GraupnerHottUse

2025-07-25T20:13:12Z

WikiSys: Created page with "{{DISPLAYTITLE:Graupner Hott Use Notes}} =Graupner Hott Use= We welcome user contact and information. ==General Information and Tips== ===General=== We are NOT experts on..."

{{DISPLAYTITLE:Graupner Hott Use Notes}}

=Graupner Hott Use=

We welcome user contact and information.

==General Information and Tips==

===General===
We are NOT experts on the Graupner Hott system.
We did implement and thoroughly test their single wire 'digital' SRXL Protocol '''SUMD'''.
Aura can get 8, 12, or even 16 channels of data on a single wire using '''SUMD'''.

The specific equipment we have tested and flown includes an ''MX-16'' transmitter, and ''GR-16'' and other Receivers.
It seems difficult or impossible to find published data on what SUMD format all the different receivers support (or default to). At times you may need to got though the entire list on the Aura Config Tool and look for the solid green LED when connected, with 8, 12, and 16 being by far the most common SUMD outputs.

==='''Graupner SUMD Update September 2019'''===
*Tested '''GR-12L''' single antenna (no diversity)
**Firmware 2.05
**Single antenna likely good only for small close-in parkflyers.
**Puts out '''SUMDof12''' on '''Rx Port 6'''
**Connect to '''Aura B Port''' (set SUMDof12 manually in Aura Config Tool)

*Tested '''GR-12L S1051''' dual antenna diversity micro receiver.[[File:GR-12L SUMD S1051.jpg|thumb|upright=0.42|right|GR-12L - S1051 Note SUMD Output]]
**The instructions are very limited! [https://www.graupner.de/media/pdf/ab/f6/f2/S1045_S1046_S1051_SUMD_Diversity_Receiver_DE_V1sh_.pdf '''GR-12L S1051 Manual''']
**Firmware 2.04
**Puts out '''SUMDof16''' on the Ch6/SUMD male cable (Set manually in Aura Config Tool)
**Male SUMD cable can connect directly to '''Aura 8 B Port'''
**Made no connection between the telemetry cable and Aura.
**Good for planes that DO NOT require additional receiver servo ports such as throttle.

*Tested '''GR-16L'''
**Firmware 7.07
**Set '''SUMDof8''' on the '''Port 8 of the Rx''' (Usually set in Graupner Tx Telemetry menu.)
**Set '''SUMDof8''' for '''Port B of Aura'''. Connect these ports with Male to Male cable
::(Aura can also Auto-Detect SUMDof8 if Auto-Detect is enabled)

*Tested '''GR-18-3xG 3A +V'''
**Firmware 2.04
**Graupner Gyros NOT enabled.
**Puts out '''SUMDof16''' on Rx Port '''6''' (set manually in Aura Config Tool)
 
----
 
<big>'''SUMD General Notes'''</big>
*Update your transmitter to the latest firmware.
*Update your receiver to the latest firmware.
*With your receiver bound, test that the receiver can drive a servo normally (Bind Check)
*Go into your transmitter menu structure following its instructions (sometimes in Telemetry menu) and Enable SUMD (This must be done, it is '''not done/on''' automatically/by default). Note which pin/servo port the SumD is assigned to on your Rx Bus.
*Taking extra care with the polarity, connect the SumD Rx port to servo Port B of the Aura (Port A for Aura Professional) using one male-to-male cable.
*Most of our testing has been with SUMD of 8, of 12, and of 16.
**It seems the GR-16 defaults to SumD of 8 (using our MX-16)
**It seems the GR-12L Single Antenna defaults to SumD of 12 (using our MX-16) (Not Confirmed)
*The GR-16 is easiest to use on PNP aircraft like the QQ Extra and Cessna 170, or with Quick Set on the Open Stock Aura. Aura can Auto-Detect SumDof8 (unless Auto-Detect is disabled, refer to your products user guide.)
*Some Graupner transmitters or devices may allow you to re-program the SumD channel count?
*As needed, use the Aura Config tool to go in and select the correct radio settings for Aura
:''Graupner -> Graupner SumD -> On Port B -> SumD of '''8''', or '''12''', or '''16''' etc.''
Note: For '''Aura Professionals''', it is preferred to put SUMD into '''Port A'''
:Other than this, Aura is used normally. Normal methods of programming including the New Aura Config File Wizard are supported.
*Once connected successfully, Aura will have:
**Solid Orange LED - Power and Calibrated Sensor (blinking is movement during sensor calibration, using last good)
**Solid Green LED - Valid Radio Data Source (blinking is error/wrong channel count)
*Turn on the Aura ''Live Data/Input Monitor'' to see your input commands and validate functions.
**The stick motions on the screen should mimic those of the transmitter.
**Assign a 3-position switch to the Tx CH5. Used as CH5/Flight Mode change in Aura
**Assign a switch (or other) as needed to CH6 and CH7 to use for flaps, etc. as desired.
**Assign a knob (or other) as needed to CH8. This can be used as Aura master gain if desired.
**Other channels can be added if available. Aura's Channel # should match the transmitter.
*Tx Flight Control directions into Aura Input Monitor should be correct with default/normal Tx servo reversing.
*Set transmitter travel per normal Aura directions (125% Aileron, Elevator, Rudder, 100% others)

== Installing your Aura ==
=== General information regarding [[Old/Aura/Install|Installing the Aura]]. ===
=== Additional information for [[Old/Aura/LargeAircraftInstall|Large Aircraft Installs]]. ===

Old/Aura/JetiUse

2025-07-25T20:12:39Z

WikiSys: Created page with "{{DISPLAYTITLE:Jeti Use - General Notes}} == Jeti Installation Notes == If you have any issues, successes or feedback regarding using Aura with Jeti, we'd love to get your fe..."

{{DISPLAYTITLE:Jeti Use - General Notes}}
== Jeti Installation Notes ==

If you have any issues, successes or feedback regarding using Aura with Jeti, we'd love to get your feedback! Please send E-mail to [mailto:aurasupport@flexinnovations.com?subject=Aura%20Product%20Support%20Jeti&amp Aura Support]
 
== Jeti Setup Using '''EX Bus Input''' ==

'''<big>Always start with a reset/new transmitter model!</big>'''
 
:These instructions supplement the general Aura Instructions. Please read the User Guide before proceeding.
----
=== Preliminary Aura Settings for Jeti EX Bus ===
Use the Aura Config Tool to make these settings. Be sure to '''SAVE''' the settings and "Write All to Aura" after adjustments. 

==== Wizard ====
*Run the '''Flex -> New Aura Config File Wizard''' in the Aura Config Tool and fill it out as you normally would.
**Typically you would choose '''No Throttle''' in Throttle Type and use a Jeti Receiver Port.
**Choose '''Jeti''' for Transmitter Type
**Choose '''Jeti EX Bus''' for Reciever Type
**Choose '''Port A''' for Aura Port for Aura Pro, Choose '''Port B''' for Aura.
*Finish the Wizard.
*'''File -> Save''' and put the file in a know folder on your PC
*'''Connect''' and '''Write All to Aura''' to load your initial settings on the Aura

==== Setup Tab ====
*Go to the Setup tab and confirm the Transmitter and Receiver Setup as above.
----

=== JETI Transmitter and Receiver Settings: ===
:DS-16 Mode 2 transmitter and REX10 Receiver used for some of the validations
:(Most common models expected to work the SAME) 
:As always, start with a freshly '''RESET''' transmitter model.
:You can verify the completed settings using the tools using the Live Data on the Aura Config Tools Setup Tab
''<big>Model->New Model</big>''
<pre>
Name: Aura EX Bus (choose name for your model)
Model Type: Aero
</pre>
:Bind to Rx per Jeti instructions (verify function with servo in port 2 if desired)
 
''<big>Model->Basic Properties</big>''
<pre>
Name: Aura EX Bus (choose name for your model)
Wing type: 1 Flaps, 1 Ail (Choose 0 Flaps if flaps not used)
Tail type: Normal 1H1V (default, ALWAYS CHOOSE)
Engine count: 1 (default)
The rest are defaults (default)
</pre>
:'''NOTE:''' Aura always wants to see ONLY 1 Aileron, 1 Elevator, and 1 Rudder as inputs!
 
''<big>Model->Functions Assignment</big>''
<pre>
1 Ailerons -control P1 -(default)
2 Elevator -control P2 -(default)
3 Rudder -control P3 -(default)
4 Throttle -control P4 -(default)
5 Aura FMode -Sa -or 3 position switch of users choice-Aura Flight Modes
6 Flaps -Sd -or 3 position switch of users choice-or other/Flaps
7 Aux2 -Sd -optional- use as desired
8 Aux3 or MGain -P7 -optional-can use for Aura Master Gain
9 R Slider -P5 -optional
10 L Slider -P6 -optional
</pre><big>
:'''NOTE:''' '''''Do NOT''''' hit the Auto-Assign button!</big>
:'''NOTE:''' 6-10+ are considered optional and can be assigned as desired while considering the notes above.
 
''<big>Model->Servo Assignment</big>''
 
:Sets output order to standard read by Aura: Links the above functions to ‘output slots’ in data stream
<pre>
1 Throttle
2 Aileron
3 Elevator
4 Rudder
5 Aura FMode (Chooses between FM1, 2, 3)
6 Flaps (Optional Flaps data to Aura)
7 Aux2 (Optional)
8 Aux3 or MGain (Optional Aura Master Gain)
9 R Slider (Optional)
10 L Slider (Optional)
</pre> 
''<big>Model->Servo Setup</big>''
<pre>
All items set to defaults except as noted
ALL subtrims 0% (defaults DO NOT change in Ail, Elev, Rudd)

Travels -general
Ail, Elev, Rud, Max Positive 98% (defaults)
Ail, Elev, Rud, Max Negative -98% (defaults)
Aura FMode Max Positive 78%
Aura FMode Max Negative -78%
NOTE: Throttle +-78% or as calibrated. Other Channels as desired by User

Reversing 1-10 in Servo Assignment order as just above
1 NO ‡ Normal is “Reverse NO”, Reverse is “Reverse YES”
2 NO ‡
3 NO ‡
4 NO ‡
5 YES † Or as user prefers for Aura Flight Modes
6 NO †
7 NO †
8 NO †
9 NO †
10 NO †
</pre>
:'''NOTE:'''† User can set items 5-10 per their preference
:'''NOTE:'''‡ You must confirm Aileron, Elevator, Rudder 'Reversing' by viewing the direction of the Virtual Stick on the Setup tab with Live Data ON.
:'''Do the transmitter command and sensor checks in the manual'''
 
''<big>Model->Timers/Sensors</big>''
<pre>
Timers: Set a free running
Timer length suggestion for first flights
Set Timer as desired
Other settings for telemetry/Alarms can be introduced in Wiki
*Bind your receiver to your transmitter at this time. Verify your receiver can drive a servo plugged into and Rx Port.
</pre> 
''<big>Model->Device Explorer</big>''
<pre>
REX10 example:
With system powered and receiver bound
Under Device Explorer REX10 with ‘Check Mark’
Select REX10
Select Alternative Pin Config
Select OutPin E1 and set to EX Bus
Note the Male to Male Cable will go from PORT A or B (as set above) in Aura -to- E1 port in the Jeti REX10

R3RSW example: (Displays as R3-EX)
With system powered and receiver bound
Under Device Explorer R3-EX with ‘Check Mark’
Select R3-EX
Set Serial Link => EX Bus
Should show Ex Bus pin: Ext.
Note: You have the option to output channels other than Thro, Aile, Elev on pins
1-3 in the Receiver Outputs sub-menu
Note the Male to Male Cable will go from PORT A or B (as set above) in Aura -to- 4/Ext port in the Jeti R3-EX

The rest of settings are defaults/or as user desires
Note: Output period shows 17ms
</pre>
Continue setup using the Aura Config Tool for flight controls, and other controls as configured. 

<big>'''END EX BUS SECTION'''</big>
----
 

==Jeti Legacy UDI Method==
* [[Old/Aura/JetiUse/LegacyUDI|<big>'''Jeti Duplex Use - Legacy UDI Method'''</big>]]
'''NOTE:''' You can click the link just above for alternate instructions to use the UDI Method of connecting Jeti to Aura. This method is more difficult and less preferred.
 
----

== Installing your Aura ==
=== General information regarding [[Old/Aura/Install|Installing the Aura]]. ===
=== Additional information for [[Old/Aura/LargeAircraftInstall|Large Aircraft Installs]]. ===

Old/Aura/FutabaUse

2025-07-25T20:12:02Z

WikiSys: Created page with "{{DISPLAYTITLE:Futaba Use - General Notes}} == Futaba Installation Notes and Equipment Selection == There are two ways to connect the Aura to your Futaba Receiver: * Futaba S..."

{{DISPLAYTITLE:Futaba Use - General Notes}}
== Futaba Installation Notes and Equipment Selection ==

There are two ways to connect the Aura to your Futaba Receiver:
* Futaba S.Bus
* Traditional PWM Servo Connection
'''NOTE:''' Any recommendations are based on years of knowledge and product use and are informational only.
* We do not 'specify' radio installations. Consult your radio manufacturer for radio information.
* We test and support the use genuine Futaba brand equipment.

=== Futaba S.Bus ===
* Preferred way to connect the Aura to Futaba Receivers
* '''S.Bus''' - S.Bus is serial data on one wire (Digital). It gives the Aura knowledge of all of the available Futaba channels.
** Aura will follow the Failsafe outputs of the Futaba Receiver.
** Recommended for all aircraft types
** S.Bus Input plugs into standard Aura 8's Port B (Servo Bus). Port A is preferred for Aura Professionals.
** Precise digital Data
** Availability of all 8 (or 12) Aura Ports as outputs
** Receiver ports are also active and available for use
** '''Dual Receiver''' setups are possible with the '''Aura Professionals'''.

=== Traditional PWM Servo Connections ===
* Least preferred
* Recommended for all aircraft types.
* Supports virtually all receivers
* Limits port availability. Typically Aura will be configured with 4 inputs and 4 outputs (8 outputs with Aura 12 Professional) with PWM. Additionally, you may use Throttle and any other ports that are available on your Futaba Receiver.

== Installing your Aura ==
=== General information regarding [[Old/Aura/Install|Installing the Aura]]. ===
=== Additional information for [[Old/Aura/LargeAircraftInstall|Large Aircraft Installs]]. ===

Old/Aura/SpektrumUse

2025-07-25T20:11:13Z

WikiSys: Created page with "{{DISPLAYTITLE:Spektrum Use - General Notes}} = Spektrum Installation Notes and Equipment Selection = There are several ways to connect the Aura to your Spektrum Receiver: *..."

{{DISPLAYTITLE:Spektrum Use - General Notes}}
= Spektrum Installation Notes and Equipment Selection =

There are several ways to connect the Aura to your Spektrum Receiver:
* Spektrum SRXL
* Spektrum SRXL2
* Spektrum Remote Receiver 'Satellites'
* Traditional PWM Servo Connection
* PPM Connection

'''NOTE:''' Any suggestions are based on years of knowledge and product use and are informational only.
* We do not 'specify' radio installations. Consult your radio manufacturer for radio information and appropriate use.
* We test and support the use of genuine Spektrum brand equipment, and other equipment only as specifically noted.

== Spektrum SRXL ==
'''SRXL''' is modern digital serial data on one wire (similar to Futaba S.Bus). It gives the Aura precise knowledge of all of the available Spektrum channels.
* '''Currently Most Preferred, robust, and capable Spektrum connection for large and high end applications.'''
* Aura will follow the Failsafe outputs of the SPM Receiver.
* Recommended for all aircraft types and sizes.
* Receiver Ports can be used along with Aura Ports.
* SRXL is '''input''' into Aura 5 or 8's '''Port B''' (servo bus). '''Port A''' is preferred for Aura Professionals.
* Some Spektrum receivers to not pass correct throttle failsafe data to the SRXL stream. The rule is.... If your receiver (not Aura) has a working throttle port, USE IT! (Always test your systems Failsafe carefully)
* AR12120, AR12020, AR9020, and AR7700 are supported with Aura Firmware 1.3 and higher
* '''AR8010T, AR9030T''' are supported (with Aura Firmware 1.04 and higher). Great choices to pair with all Aura's including '''Aura Professionals'''. These are modestly priced and offer Telemetry, and up to 4 receiver diversity!
* Generally we recommend full range receivers for aircraft up to 49cc, and full range receivers with 3 or more receivers (antenna) for 50cc and larger aircraft
* SRXL Equipped Power Safe Receivers work very well with the standard Aura 8. See the article on Large Aircraft.
'''NOTE:''' At this time, Spektrum Powersafe SRXL Receivers: AR9130T and AR12300T and 20300T are '''NOT permitted for use with Aura''' due to the [https://www.spektrumrc.com/ProdInfo/Files/Spektrum_PowerSafe_TRX_Recall-Notice.pdf Spektrum Recall (Link)] The new updated model numbers (example AR12310T) for these are reported to be working well!

== Spektrum SRXL2 ==
===General Notes===
*Make sure your '''Spektrum Receiver is updated to the latest Firmware'''.
*'''SRXL2 Requires Aura Firmware V1.14 or newer.'''
*'''SRXL2''' is a 2020 introduction of a new serial protocol from Spektrum. In addition to channel data, it allows additional features, and '''bi-directional communication''' between a '''Transmitter <-> Receiver <-> and Device such as an ESC or AURA''', etc.
*'''SRXL2''' is a bit '''unlike SRXL''' as it is '''NOT''' guaranteed to have a port with an '''Always ON''' stream of '''channel data''' out of a Receiver. We have seen two different families of receivers so far with two very different implementations of SRXL2. For this reason, we will maintain a list of tested and supported equipment just below. '''Please make a selection from this list when using with Aura''', as there is '''no expectation that other equipment will work!'''
*Can provide '''serial data''' including '''all transmitter channels to Aura'''
*Can allow editing of many Aura parameters on supported transmitters (Airware 2 and newer?) using the '''TELEMETRY TUNE''' feature.
*Limitations in addition to those in the intro.
**Many of the receivers offered are in the one Receiver/2 Antenna Configuration (details described below). While Flex leaves radio component use specification up to the radio manufacturer, at this time we are comfortable using this configuration of Spektrum receiver in planes up to the "90" glow class or electric equivalent. (This includes appropriate Flex SPNP aircraft)
**Some products have limited Rf Capability (See detailed notes by product)
**Some ports lose function when using SRXL2 (See detailed notes by product)
**As of October 2021, the '''AR10100T''' is available for '''larger/more complex aircraft''' 

===Aura Approved SRXL2 Equipment with notes:===
===='''SPM4650/C''' and [https://www.flexinnovations.com/product/spm4651t/ '''SPM4651T''']====
*Very similar Serial Micro Receivers with the 4651T adding a plastic case and full range telemetry (as opposed to flyby telemetry)[[File:Aura_4651T_W.jpg|thumb|upright=0.4|right|SPM4651T with Cable and Aura8]]
[[File:4651T Diagram Aura.jpg|thumb|upright=0.4|right|SPM4651T with pin connections]]
*Flex uses for up to '90' class (glow or electric equivalent) aircraft
*Serial Micro Receivers do NOT have any servo ports. All ports will be in Aura
*Appropriate for all Flex SPNP aircraft '''except''' for F-100D and FlexJet TV which '''require''' additional working receiver ports for throttle and/or gear.
*Provides '''all channel data''' and '''Telemetry Tune''' functionality.
*One Receiver with Two Antenna
*Requires (FPZA1039) [https://www.flexinnovations.com/product/srxl2-to-servo-adapter/ '''SRXL2 to JR/SPM Servo Plug Cable'''] to connect to Aura (Included when purchasing SPM4651T from Flexinnovations.com)
*Can auto-detect with correct Aura FW (1.14 and higher).
*Can be selected (Aura FW 1.14 and higher) in Aura Config Tool. Aura 5LT or 8 example: ''Spektrum -> SRXL2 -> Port B''
*Bind as describe by Spektrum via Rx Bind Button.

===='''SPMAR6610T and SPMAR8020T'''====
'''NOTE:''' 8020T is essentially the same as a 6610T with two additional Servo Ports 
'''NOTE:''' An "Avian ESC" cannot be used in the Rx Port 1 (serial connection) when using an Aura via SRXL2. This is a known limitation of the Spektrum (2.35 and lower) Firmware. If your need to use an Avian with these receivers' and an Aura, use Configure and Use Port 1 of Aura for Throttle (uses PWM) and plug the Avian there (you will not get Avian telemetry)
* [https://www.flexinnovations.com/product/spektrum-ar6610t-dsmx-srxl2-receiver/ '''AR6610T Product Page''']
*6 or 8 Channel* receiver with SRXL2 capability
*Aura can connect via '''standard male to male 'servo' connector''' which Flex considers '''superior''' to the 'micro' connectors
*Flex uses for up to '90' class aircraft
*Provides '''all Tx provided channel data''' and '''Telemetry Tune''' functionality.
*Includes Spektrum XBus Telemetry Port
*Can auto-detect with correct Aura FW.
*Can be selected in Aura Config Tool. Aura 5LT or 8 example: ''Spektrum -> SRXL2 -> Port B''
*Bind per Spektrum instructions via Rx Bind Button[[File:6610T_Case1.jpg|thumb|upright=0.4|right|Case 1: Receiver and Aura8 via SRXL2 Port]][[File:6610T_Case2.jpg|thumb|upright=0.4|right|Case 2: AR6610T with Remote Receiver and Aura8 via Port 1]]
*Since the 6610T and 8020T require the Device such as AURA to Negotiate a communication protocol at startup to turn-on the channel data, you must '''REBOOT (remove all power/cold start) the flight pack after Binding''' to connect the Aura and Receiver! You will also need to '''REBOOT''' your flight pack any time you select and write a new radio type (like manually selecting SRXL2 in Setup).
*'''Serial Data Case 1'''
**Connect AURA to the receivers' '''BIND/PROG/SRXL2''' servo bus port using male to male servo style cable.
**Remote Rx via 4 pin SRXL2 Capability is '''lost''', So it works as a 2 antenna diversity receiver (The Servo Bus SRXL2 and 4-Pin SRXL2 share resources so both cannot be used at once)
**All Receiver Servo (PWM) Ports Working (1-6 or 8)
**Appropriate for all Flex SPNP aircraft '''INCLUDING''' for F-100D and FlexJet TV which require additional working PWM receiver ports such as Throttle and CH5/Gear.
*'''Serial Data Case 2'''
**Connect AURA to the receivers' ''''1'''' aka ''''THROTTLE'''' servo bus port using male to male servo style cable.
**Can use a remote (aka Satellite) receiver (9747 or 4651T Shown here) for up to 4 antenna diversity on 2 receivers
**Receiver '''loses''' it's '''Throttle''' Port function so if throttle is required, it must be placed in the Aura, NOT the receiver.
**Appropriate for all Flex SPNP aircraft '''EXCEPT''' for F-100D and FlexJet TV which require additional working receiver ports such as Throttle and CH5/Gear. 

===='''SPMAR10100T 10 Channel - Higher End Rx for Larger/More Complex Aircraft'''====

* [https://www.flexinnovations.com/product/spektrum-ar10100t-dsmx-srxl2-10ch-receiver/ '''AR10100T Product Page''']
* 10 Channel* receiver with SRXL2 capability and suitable for large/complex aircraft with added Remote Rx's.
* Though receiver selection ultimately the choice of the user in consultation with the radio manufacturer, Flex would typically configure as follows.
** '''AR10100T''' for parkflyer to '90' class aircraft and all Flex SPNP aircraft. (remote Rx Optional)
** '''AR10100T''' + one (or two) '''4651T''' for 15cc to 45cc aircraft, all ignition engined aircraft, and small turbine jets
** '''AR10100T''' + two '''4651T''' for 46cc and larger aircraft and medium to large turbine jets (3 Rx and 6 Antenna)
** Configure installation for multiple paths and orientations as recommended by radio mfg.
*AR10100T Can Function with '''Aura''' connected to BIND/'''SRXL2''' port -AND- Spektrum '''Avian''' Serial/Telemetry ESC (or conventional throttle servo or ESC) in '''Rx Port 1'''
**Can function as above with up to two Remote Receivers (Satellites)
**ESC Telemetry works as expected
**Flex prefers the [https://www.flexinnovations.com/product/spm4651t/ '''SPM4651T Remote Rx/Serial Data Receivers'''] over the SPM9747 Remote Rx for added Rf Capability in larger/more complex aircraft. (The 9747 is fully compatible should you choose it instead)
***The 4651 can function as a Serial Data Receiver and/or a Remote Receiver (satellite).
***The 4651 has '''Two Antenna''' vs One for the 9747
***The 4651 can be used/reused in smaller '''Aura''' equipped aircraft by itself (as well as with Cypher/FlexF3), and with full range Telemetry
***The 4651 is only slightly more expensive considering the added capability.
*AR10100T and Aura can connect via '''standard male to male 'servo' connector''' which Flex considers '''superior''' to the 'micro' connectors
*Flex uses AR10100T for '''ALL''' aircraft classes with Aura 5, Aura 8, and Aura Professional
*The first production Spektrum AR10100 firmware is fully compatible with Aura and as above and future firmwares are expected to be as well.
*Follow Spektrum's advise on any Rx firmware updates to assure the Rx and Remote Rx's are compatible.
*AR10100T Includes Barometer and complete Telemetry Interface.
*'''Update Aura''' with Aura Firmware '''V1.16 or higher'''
*Note pin polarity indication for main bus near Rx Port 7
*Connect Remote Rx's to Main Rx as desired.
*Bind per Spektrum instructions via main Rx Bind Button
*Connect AURA to the receivers' '''BIND/SRXL2''' servo bus port using male to male servo style cable.
*Can auto-detect with correct Aura FW.
*Can be selected in Aura Config Tool. Aura 5LT or Aura 8 or Aura Professional - example: ''Spektrum -> SRXL2 -> Port B''
*Check your Telemetry Screen on your transmitter to see that the internal and remote Rx's are online. ('''A''' - Internal Rx, '''B''' - first Remote Rx, '''L''' - second Remote Rx)
*Compatible with Aura '''Telemetry Tune'''
*Not compatible with Betaflight or Cypher.

===Aura Adjustments via Transmitter using SRXL2 and Telemetry Tune ===
'''Under construction'''{{#ev:youtube|https://www.youtube.com/watch?v=4inw07K_wt4|420|right|Flite Test SRXL2/Telemetry Tune Video. Tuning (setup) starts at about 6:15|frame}}

*Works with 2nd generation (DX18G1 and later) transmitters with recent firmware and approved SRXL2 receivers with an Aura (5, 8, Pro) with Firmware v1.14 or later.
*After you get an SRXL2 receiver connected and working (solid orange led and solid green LED and controlling servos), you can test the new SRXL2 Telemetry Tune feature.
**When connected on SRXL2, make a '''TextGen''' screen '''Active''' from the ''Function List Menu -> Telemetry'' screen on your Spektrum Transmitter
**Exit the Telemetry screen then scroll the wheel over to change screens until you see the '''Aura Live Data''' telemetry screen. As you change the '''Aura Flight Mode''' (using the transmitter switch you assigned to change Aura Flight Modes), you will see the gains change!
**To access the '''Aura Telemetry Tune''' feature, you need to have the Throttle low and sticks centered for 3 seconds with no motion, then quickly toggle the transmitters Aura Flight Mode Switch 3 or 4 times. You will see the telemetry screen change to '''Aura Tune'''.
***There you have a bunch of options you can adjust. For your first tests, you can save your existing Aura Config settings to your PC's disk drive and play with the Settings. You can go back if you want by reloading the files. It is intuitive and you can figure it out without much explanation.
***See the Flite Test Video at right for some SRXL2 Telemetry Tuning setup and tips starting at about 6:15
***Move the Elevator and Aileron Stick(s) to Navigate the menu.
****Typically Elevator moves up and down through the menu choice
****Typically Aileron selects an item or changes a value
***While in the '''Aura Tune''' mode, the servos are disabled unless you goto the '''Test''' option. This is to prevent the surfaces from moving around when using the sticks to change options.
Below are some Images to show you what to expect.
<gallery widths="320px" heights="200px" >
File:FunctionList Telemetry.png|To activated in Transmitter, access Spektrum's Telemetry Settings then Activate '''Text Gen'''
File:AuraLiveData_FM1.png|Aura Live Data (Display Aura Settings by Flight Mode) You can find this screen by scrolling right from the home screen
File:AuraTlmTuneHome.png|Aura Telemetry Tune (Edit Various Aura Settings) Navigate screen with Elevator stick. Select or change values with Aileron Stick.
File:AuraTlmTune_DualRate.png|Aura Telemetry Tune Dual Rate Edit Example
</gallery>

== Spektrum Remote Receiver 'Satellites' ==
'''Remote Receiver 'Satellites' ''' are typically used as remote receivers on other Spektrum products. This section is valid for the 3-wire pre-SRXL2 generation of products.
* The Remote Receiver is plugged directly into standard Aura Mini Port A -or- Mini Port A and Mini Port B.
* Remote Receivers are NOT supported by the Aura Professionals
* The Aura starts the Remote Receiver's Bind Process using a Bind Plug directly in Aura.
* Aura has knowledge of all available Spektrum channels
* '''DSMX is recommended''', DSM2 is also supported at this time. NOTE: There are several versions of DSM2 Firmware out there, and no real way to tell. Some do not function except with the Rx they were shipped with. This makes DSM2 a bit 'hit or miss'. DSMX is much preferred for this, and performance reasons.
* One can be used for park flyers, and two for larger electrics per recommendation.
* Works with all known Spektrum Brand Receivers outputting the 'Remote Receiver Signal'. This now includes several types of single antenna and diversity (dual) antenna remote receivers.
* Recommended for Electric aircraft up to 120 size
* While it is the users discretion, we '''do not recommend their use on ignition engines'''. With the broad availability SRXL and SRXL2 Full Receivers (including low cost ones), we feel it is more conservative and appropriate to use them as they offer the benefits of additional buffer between the ignition and the Aura, and receiver ports for the throttle, choke, and ignition and the receiver's direct failsafe as well. Many also offer Telemetry options as well. The full receiver method can also better mitigate the risk of Remote Receiver cable/micro connector fatigue, wear, corrosion, or failure which anecdotally seems more common in piston power or higher vibration applications.

== Serial Telemetry Receiver (SPM4649T) ==
* SPM4649T is '''not supported''' and will not be supported in future since Spektrum has discontinued it and is moving to SRXL2
* The 4649T used a one-off interim serial protocol that supported bi-directional coms and telemetry sometimes referred to as “SRXLbdr” or similar.


== Traditional PWM Servo Connection ==
'''PWM''' (Pulse Width Modulation via multiple Servo Leads) connect the each channel on your Receiver directly to each Servo Port on the Aura in order to pass a channels servo PWM pulse.
* Recommended for all aircraft types.
* Supports virtually every receiver
* NOT supported by Aura 5 (lack of ports).
* Limits port availability. Typically Aura will be configured with 4 inputs and 4 outputs with PWM. (8 outputs with Aura 12 Professional)
* Some features such as QuickSetup and QuickTrim are NOT supported with PWM connections.
* '''All''' (typically 4) PWM (servo jumper) '''connections MUST be present''' to get control of the model which is indicated by a solid green Aura LED (valid radio signal)

==PPM Connection==
'''PPM''' (Pulse Position Modulation) all Servo pulses on one wire
* Works with all aircraft type based on Receiver capability.
* Limited Spektrum Receivers usage (AR7700)
* Limited number of channels included (typically 8)
* PPM is input into Aura's B port (servo bus)
* Since most of these Receivers also offer SRXL, SRXL is preferred

Old/Aura/ConfigFiles

2025-07-25T20:10:32Z

WikiSys: Created page with "{{DISPLAYTITLE:Aura Config File Library}} ==Aura Config Files by the Flex Innovations Team== Aura Config Files can be downloaded and saved to your PC. Use the Aura Config Tool..."

{{DISPLAYTITLE:Aura Config File Library}}
==Aura Config Files by the Flex Innovations Team==
Aura Config Files can be downloaded and saved to your PC. Use the Aura Config Tool to open the file. Each file can be reviewed, modified, and saved as needed.

For additional information, check [[Old/Aura/Install|Installing your Aura]] and [[Old/Aura/Configure|Configuring your Aura]]. We currently support Spektrum (DSM2/X), Futaba, Graupner, Jeti, and JR DMSS Transmitters. We also have tested the Hitec "SL" (s.bus) connection to Aura and have a page on that. For FR Sky, we recommend using our [http://www.resources.flexinnovations.com/aura/txModels/auraFrSky_1-0.bin Custom FR Sky Transmitter File] for easiest setup. All Transmitters are supported via PWM/Custom setup.

Do NOT fly any model without carefully checking the sensor and transmitter response. Servo Ports are labeled/named on the Servo Port Tab of the Aura Config Tool Application.

==Flex Innovations Premier Aircraft Config Files==

===QQ Extra 300: Factory Aura Config File with Rx Auto Detect===
*3 Flight modes on CH5/Gear (0:Low Rate/Gain Off, 1:Low Rate/Low Gain/Precision, 2:High Rate/High Gain/3D)
*Master Gain is not enabled.
*Downloads:
**[http://www.resources.flexinnovations.com/aura/auraConfigFiles/QQExtra300ConfigSpektrumAuto.acf Spektrum Transmitter with Receiver Auto-Detect]
**[http://www.resources.flexinnovations.com/aura/auraConfigFiles/QQExtra300ConfigFutabaAuto.acf Futaba Transmitter with Receiver Auto-Detect]
**[http://www.resources.flexinnovations.com/aura/auraConfigFiles/QQExtra300ConfigGraupnerAuto.acf Graupner Transmitter with Receiver Auto-Detect]
**[http://www.resources.flexinnovations.com/aura/auraConfigFiles/QQExtra300ConfigJRAuto.acf JR Transmitter with Receiver Auto-Detect]
**[http://www.resources.flexinnovations.com/aura/auraConfigFiles/QQExtra300ConfigFrSkyAuto.acf FrSky X9D+ Transmitter with Receiver Auto-Detect]

===QQ Extra 300 Pro: Aura Config File with Rx Auto Detect and Master Gain===
*3 Flight modes on CH5/Gear (0:Low Rate/Gain Off, 1:Low Rate/Low Gain/Precision, 2:High Rate/High Gain/3D)
*Master Gain enabled on Ch8/Aux3 (Do not use if you are not controlling Ch8/Aux3).
*Center 3D Flight Mode gains are slightly higher than Factory Aura Config File
*Downloads:
**[http://www.resources.flexinnovations.com/aura/auraConfigFiles/QQExtra300ProConfigSpektrumAuto.acf Spektrum Transmitter with Receiver Auto-Detect]
**[http://www.resources.flexinnovations.com/aura/auraConfigFiles/QQExtra300ProConfigFutabaAuto.acf Futaba Transmitter with Receiver Auto-Detect]
**[http://www.resources.flexinnovations.com/aura/auraConfigFiles/QQExtra300ProConfigGraupnerAuto.acf Graupner Transmitter with Receiver Auto-Detect]
**[http://www.resources.flexinnovations.com/aura/auraConfigFiles/QQExtra300ProConfigJRAuto.acf JR Transmitter with Receiver Auto-Detect]
**[http://www.resources.flexinnovations.com/aura/auraConfigFiles/QQExtra300ProConfigFrSkyAuto.acf FrSky X9D+ Transmitter with Receiver Auto-Detect]

===Ventique 60e Aura Config Files with Rx Auto Detect===
*3 Flight modes on CH5/Gear (0:Low Rate/Gain Off, 1:Low Rate/Low Gain/Precision, 2:High Rate/High Gain/3D)
*Master Gain is not enabled. (It is easy to assign in the Aura Config Tool)
*Quick Trim via Bind Plug in S3: Enabled
*Quick Setup via Bind Plug in S2: Disabled
*Downloads:
**[http://www.resources.flexinnovations.com/aura/auraConfigFiles/VentiqueConfigSpektrumAuto.acf Spektrum Transmitter with Receiver Auto-Detect]
**[http://www.resources.flexinnovations.com/aura/auraConfigFiles/VentiqueConfigFutabaAuto.acf Futaba Transmitter with Receiver Auto-Detect]
**[http://www.resources.flexinnovations.com/aura/auraConfigFiles/VentiqueConfigGraupnerAuto.acf Graupner Transmitter with Receiver Auto-Detect]
**[http://www.resources.flexinnovations.com/aura/auraConfigFiles/VentiqueConfigJRAuto.acf JR Transmitter with Receiver Auto-Detect]
**[http://www.resources.flexinnovations.com/aura/auraConfigFiles/VentiqueConfigFrSkyAuto.acf FrSky X9D+ Transmitter with Receiver Auto-Detect]

===Mamba 70cc Biplane with Crow (FM Activation)===

This is a relatively advanced example of a 4 servo biplane with Crow Enabled. It does NOT require an extra channel for Crow, Crow is driven only by selection of FM1, with Aura Mixes from throttle into a 'proxy Channel (21)' to split the ailerons using Custom settings in the Servo Ports Tab. Gyro's are able to be in the loop at all times, and at optimum stick priority gain mapping.
*If not using Futaba S.bus, it Requires an other Digital or 8 PPM N Input to be selected by the USER
*3 flight modes (FM1:Med Rate/High Gain/Crow, FM2:Low Rate/Low Gain/No crow, FM3:High Rate/High Gain/No Crow) switched by CH5/Gear
*Quick Set: Disabled
*Quick Trim: Enabled
*Master Gain: Enabled on CH6/Aux1 **
*Mixes (Aura Mix 1) to Aura Channel 21 (a Proxy or Phantom channel in Aura) from Throttle Data.... Crow increases from Mid Throttle to Low Throttle in FM1
*Ch 21 added as Source 2 in each Aileron Servo Port to allow inclusion of Crow Data.
*Aura Port S8 passes the transmitter channel 7/aux2
*Download: (Done as Futaba S.Bus but you can easily change in Config Tool Setup Tab for other brands/connections)
**[http://www.resources.flexinnovations.com/aura/auraConfigFiles/Mamba_CROW_in_Aura_D.acf Mamba with Aura Crow Example (Fut) v.D]

Note: 3D Gains are relatively high. High speed flight may cause oscillations with these settings.
This model is in a base to be customized. You are expected to adjust in Aura as needed, Servo Port Direction, Servo Port Sub-Trim, Servo Port Output Scale, Mix Rates, etc to match your model. Perform and pass all transmitter command and sensor checks before flying! If you are near the 'limit' of your servo or linkage travel, use Aura Servo Port Min/Max Servo Pulse Width to set a protection limit (ex. Aileron Servo Ports).

Note: Follow the normal [[Old/Aura/Install#2._Transmitter_Setup|Aura Transmitter set-up instructions]] (A freshly reset transmitter model while making the few changes per the instructions. Maintain normal wing and tail type with single Aileron, Elevator, and Rudder channels)

Note: You can see the control surface Port assignments in the Servo Ports Tab.

You can easily 'build' on this model and customize it. If you want 'crow' driven by transmitter data, instead of a 'proxy', simply disable Aura Mix 1 and use a transmitter channel (ex: CH7) instead of Ch 21 as Source 2 on the Servo Ports Tab (all Ailerons).

::Tips: Focus on the normal aileron setup first getting them centered (Aura Sub-Trim), and with equal (or as desired with Aura Output Scale) travel on each surface using a ruler and the Output Scale adjustments for each Servo/Port. After setting the Transmitter Throttle settings as required, next add/deploy the crow, and use the Ailerons Servo Port Source 2 Mix values (and/or Aura Mix 1 value) and the ruler to put equal (or as desired) Crow into each Aileron.

:* This program was flown with a Futaba T8J Transmitter. Since all 3 Flight Modes (switched by CH5/Gear) are 'Gyro Enabled', for safety/test a 2-position switch is used to on the Master Gain to turn the Gyro action on/off with CH6. Perform the take-off and climb to safe altitude with the gyro off.

Relevant CH6 settings in the T8J are: Switch E set to change CH6 Data, CH6 Direction=Reversed, CH6/FLP Travel=0/100. (The Zero will give Centered CH6 output which is Gyro Gain (ON) values as Set in the Aura Config Tool, and the '100' will give CH6 Low output which is Gyro Gain OFF, you can check this in your Transmitter Monitor and with Live Data in the Aura Config Tool.)

'''When using a switch for master gain, be sure that the ON setting has the channel data CENTERED, and the OFF setting has the data 100% in direction as needed to turn the gyro inputs OFF. (Having the ON setting at 100% instead of CENTERED will ''double'' the gain and cause dangerous oscillations!)'''

You can easily change the 'Master Gain' to another channel as desired by changing the Master Gain source on each and every Control Mode that is used in the Control Mode Tab.

Pay attention to the Crow Aura Mix 1 vs Tx Reversing of the throttle Channel. If the throttle servo direction or geometry is opposite ours, the Aura Throttle to Ch21 Mix will likely need to be 'flipped' to the 'other side'.

===Mamba 70cc Biplane without Crow===

This is a Mamba file without Crow.
*If not using Futaba S.bus, it Requires an other Digital or 8 PPM N Input to be selected by the USER
*3 flight modes (FM1:Med Rate/High Gain/Crow, FM2:Low Rate/Low Gain/No crow, FM3:High Rate/High Gain/No Crow)
*Quick Set: Disabled
*Quick Trim: Enabled
*Master Gain: Enabled on CH8/Aux3. You may disable or alter as desired.
*Aura Port S8 passes the transmitter channel 6/aux1
*Download: (Done as Futaba S.Bus but you can easily change in Config Tool Setup Tab for other brands/connections)
**[http://www.resources.flexinnovations.com/aura/auraConfigFiles/Mamba_Basic_NO_Crow_D.acf Mamba No Crow Example (Fut) v.D]

Note: 3D Gains are relatively high. High speed flight may cause oscillations with these settings.
This model is in a base to be customized. You are expected to adjust in Aura as needed, Servo Port Direction, Servo Port Sub-Trim, Servo Port Output Scale, etc to match your model. Perform and pass all transmitter command and sensor checks before flying!

Note: Follow the normal [[Old/Aura/Install#2._Transmitter_Setup|Aura Transmitter set-up instructions]] (A freshly reset transmitter model while making the few changes per the instructions. Maintain normal wing and tail type with single Aileron, Elevator, and Rudder channels)

::Tips: Focus on the aileron setup first getting them centered (using Aura Sub-Trim), and with equal (or as desired with Aura Output Scale) travel on each surface using a ruler and the Output Scale adjustments for each Servo/Port.

:* This program was flown with a Futaba T8J Transmitter. Change settings on setup tab as required.

Take off and climb to a save altitude in FM1/Gyro off and trim. If more than a few clicks of trim is needed, land and perform a Quick Trim. Explore the gyro enabled flight modes at a save altitude and return to FM1 if any issues arise.

Assign a rotary knob or similar to CH8/Aux3 for master gain. Alternately, you may disable master gain in each Control Mode.

==BVM Config File==

===Yak 130 (P160 Turbine): Aura Config File with Powersafe SRXL Receiver===
*Used with DX18 and AR12120 Rx using SRXL Data and a second power jumper to Aura.
*Set to Auto-Detect if SRXL data is not found.
*Flight Modes selected with CH11/XPlus1 assigned in Tx to the same switch as FLAPS.
*Master Gain is enabled with a rotary knob assigned to CH15/XPlus3.
*Gains increase as flaps are lowered
*Nose wheel steering uses inputs from Rudder (steering) with gain enabled and CH8/Aux3 (assigned to LTrmA) for trimming nose wheel (during taxi) while maintaining optimum gain.
*Aura subtrims (If you utilize this model, zero out the subtrim values in the Servo Ports Tab then apply new values as needed)
*Servo Port S8 is available as a 'channel expander' servo output with Ch17/XPlus5 data currently output
*Quick Trim via BP S3: Disabled Quick Setup via BP S2: Disabled
*Downloads: (presented as Spektrum, can easily change to Futaba S.Bus)
**[http://www.resources.flexinnovations.com/aura/auraConfigFiles/BVMYak130SpektrumSRXL_C.acf Spektrum Transmitter with AR12120 SRXL]

 

==Flex Innovations generated files - Additional Models==

===ParkZone Habu (foamie): Auto-Detects Digital Input===
*Will auto-detect digital inputs or can be manually changed to other inputs such as diversity.
*Use Standard Aura Transmitter settings (per manual)
*Servo Ports: AilL, AilR, Elev, Rudd
**Can use Aileron Y-harness, or a port for each Aileron as desired
*Includes an Aura mix: Rudder->Elevator for knife edge correction. Adjust as needed for your airframe.
*Flight Modes are switched with Ch5/Gear
*FM0: Uses CM-D. Middle Rates, Middle Gains. Uses Rate COMMAND control for Aileron instead of traditional Rate Dampener. Roll rate is sought with full gain throughout the stick range and seeks the commanded rate. The roll rate will be more consistent with changing airspeed.
**You can assign Control Mode A (CM-A - no gyro) for test flying or as alternate
*FM1: Uses CM-B. Mid-Low Rates, Mid-Low Gains. All axis use traditional Rate Dampener controls
*FM2: Uses CM-C. Mid-High Rates, Mid-High Gains. All axis use traditional Rate Dampener controls
*Master gain is active on Ch8/Aux3 (can be disabled in App)
*Check subtrims on the Servo Port tab in the app and adjust as needed. Quick Trims can be used after test flight.
*For this type of flying, you can add in some transmitter Low Rates if desired to have more options available.
*'''Custom Aura Orientation''' is used in Model/Config Tool. Adjust as needed.
*Quick Setup via Bind Plug in S2: Disabled
*Quick Trim via Bind Plug in S3: Enabled
*Downloads:
**[http://www.resources.flexinnovations.com/aura/auraConfigFiles/PKZ_Habu_Foamie_FLEX_B.acf ParkZone Habu Aura File]

Old/Aura/AuraVideos

2025-07-25T20:09:25Z

WikiSys: Created page with "{{DISPLAYTITLE:Aura Videos}} == Aura Video Playlists == Each of these playlists contain one or MORE videos to assist you in setting up your Aura === General Aura Setup Tips ==..."

{{DISPLAYTITLE:Aura Videos}}
== Aura Video Playlists ==
Each of these playlists contain one or MORE videos to assist you in setting up your Aura
=== General Aura Setup Tips ===
*[https://www.youtube.com/playlist?list=PLjzPDZP1oDHYxC3NubPygFJ4wzXW-HmTg Aura Basics - Getting Started]
*[https://www.youtube.com/playlist?list=PLjzPDZP1oDHaiXI241dL8x5J1KnwjesY- Aura Rx Connections and Spektrum Binding]
*[https://www.youtube.com/playlist?list=PLjzPDZP1oDHb8uUG5O1Q96jD2-E4iBX-K Aura Intermediate Topics]

----

=== Aura Professional Playlists ===
*[https://www.youtube.com/playlist?list=PLjzPDZP1oDHbp7O3jHGMDm10lMh99H7Hi Aura Professional - General]

----

=== All Flex Innovations Playslists & Videos ===
*[https://www.youtube.com/FlexInnovations/Playlists/ All Flex Innovations Playlists]
*[https://www.youtube.com/FlexInnovations/ All Flex Innovations Videos]

<noinclude>[[Category:Aura|Aura]]</noinclude>

Old/Aura/Configure

2025-07-25T20:08:49Z

WikiSys: Created page with "{{DISPLAYTITLE:Configure Aura}} ==Configuration Overview== '''Warning:''' Remove the propeller or unplug the motor or take other action as needed to disable the power system b..."

{{DISPLAYTITLE:Configure Aura}}
==Configuration Overview==
'''Warning:''' Remove the propeller or unplug the motor or take other action as needed to disable the power system before adjusting Aura settings or making other adjustments to your model.

===There are two major steps in installing your Aura and preparing it for flight.===
#'''Initial Aura Config File Setup'''
#'''Aura Verification and Fine Tuning'''
----
===1. Initial Aura Config File Setup Overview===
There several ways to do the initial setup of your Aura's firmware:
*'''A: Quick Setup''' Method via Transmitter (available Aura 8 Standard only)
*'''B: New Config File Wizard''' Setup via the Aura Config Tool - '''''Highly Recommended'''''
*'''C: Download''' an Existing Aura Configuration File
'''Choose ONE method and proceed to it below.''' 
'''NOTE: To Connect the Aura Professional to the Aura Config Tool, the Switch must be ON or Removed. (It does not need to be powered with batteries)'''
 
----
<blockquote>
====A: Quick Setup Method====

The '''Quick Setup''' method is only available with the '''standard Aura 8''', not the Aura 8 or 12 Professionals.

The '''Quick Setup''' method is intended for fast setup of conventional models (up to 2 Ailerons, 2 Elevators, 1 Rudder) while using a ''''digital'''' data connection (not PWM or PPM) and does '''NOT''' require the use of a '''Aura Config Tool''' PC application.

The Quick Setup method is detailed in the Quick Start Guide
*[http://resources.flexinnovations.com/files/Aura8_Quick_Start_EN_v1.4.0.pdf Aura Quick Start Guide - English (Latest Firmware v1.4+)] Shipping in US in Open Stock since September 2017
**[http://resources.flexinnovations.com/files/aura_8_Quick_Start-EN_R4.pdf Aura Quick Start Guide - English (Older Firmware v1.1 - v1.3)]

Be sure to review the
[http://www.flexinnovations.com/files/Aura_8_Instruction_Manual_Addendum-v2_Single.pdf Aura Addendum] for additional safety tips.

[https://youtu.be/OJa6Ji9kj9g Click for Quick Setup Video] which shows the FW 1.3 and earlier method. It is similar to the 1.4 procedure and good for familiarity, but you need to follow the 1.4 written instructions with 1.4.

Centering of the controls should be accomplished with a combination of mechanical adjustments and Quick Trim.

'''''if Quick Setup is completed, Continue to Step 2 - Aura Verification and Adjustments'''''
</blockquote>
----
<blockquote>

====B: New Config File Wizard Method - The PREFERRED configuration technique====
If you have not already, follow the instructions to [http://wiki.flexinnovations.com/wiki/Old/Aura/AuraConfigToolInstall Download and Install] the Aura Config Tool PC application.
Using the Aura Config Tool PC application, you can easily setup up a new Aura Config File for virtually any aircraft. It is suitable for ALL transmitter types, all receiver connections, and all aircraft model types. It can easily setup simple models, but is also flexible to allow a lot of advanced features if desired. 
The Application is designed to be largely self explanatory as it '''includes built-in help and explanations that 'pop up' when hovering the mouse cursor over items'''. You can build your initial configuration with or without an Aura connected.

*Launch the Aura Config Tool from the Start Menu.
*From the top drop down menu, ''Choose File -> New Aura Config File Wizard''
*If prompted for type of Aura, choose Open Stock if setting up a custom aircraft (not one of our Super PNPs).
*The ''New Aura Config File'' ''Wizard'' screen will open (see example below). Simply work through the screen filling out each box for your specific model's needs.
**Aura Config Name: Give a meaningful name to your model file. Example: ''Turbine Yak 130''
**Aura Config Type: Some models such as Flex Innovations products will be 'pre-loaded' here. If you do not see your model, choose ''Custom''.
**Control Template: This gives you the choice to start with some preset control settings (Flight Mode settings including Dual Rate, Expo, Control Mode settings including Control Types and Gains and Stick priorities), or to start with blank settings and make your own. Typically, you should choose the ''Generic Sport/Scale'', or ''Generic 3D'' types as nearly all models will fit under these two types.
**Throttle Type:
***If your receiver has a working throttle port, '''use it'''. Choose ''No Throttle (Use Receiver'')!
***If you are using DSM Satellites or JR Mode B, you will require a throttle port (or two) on the Aura Servo Bus. Example: ''Single Throttle''.
***PWM users should use the Receiver's throttle port. Other Rx types may choose to drive their throttle(s) from the conventional Rx throttle port or through Aura based on their needs... and considering the number of flight control servo ports needed in Aura. Choose ''No Throttle (Use Receiver's'')!
**Gyro Kill Switch is normally set to '''OFF'''. If turned on, you will need to assign a matching switch. This switch will turn off Gyro gains in '''ALL''' flight/control modes on/off independent of other settings.
**Wing Type: Like a modern transmitter, the Aura supports many wing types via the pull down. Choose the one that matches your model type. Example: ''2 Ailerons''
***Wing type is set in '''AURA only'''. Your ''Transmitter'' should be set in a ''default fashion with Single Aileron, Rudder, and Elevator.'' (see below for normal flaps)
***For more complex models, and depending on the number of ports available and radio type, you will need to decide if normal wing flaps are plugged into the Aura (and included in Aura wing type), or plugged into the conventional Rx and 'disregarded' in Aura. See the [[Old/Aura/AuraFAQ| Aura FAQ]] for more information.
***Spoilerons are essentially Flaperons with the Flap (defaults to CH6/Aux1) data reversed. Choose ''Flaperons''.
**Change Orientation: Click on this and use the Roll, Pitch, and Yaw buttons to set Aura orientation to match how it is mounted in the model. Click Finish. '''note: This is IMPORTANT!'''
**Transmitter Type: Select the Transmitter type that best describes your Transmitter. Example: ''Futaba''
**Receiver Type: Select the Receiver type that describes your Receiver's Communication Method. Example: ''S.Bus'' (remember, more information is available by hovering the mouse over keywords in the App)
**Aura Port: Select the Port(s) (from the context sensitive list) that Aura will receive the Tx/Rx data from.
***Example: ''Port B'' for serial data on and Aura 8 standard
***Example: ''Port A'' for a single serial data on Aura 8 or 12 Professional
**Tail Type: Select via the pull-down list, the type that matches your model. Example: ''2 Elevators, 1 Rudder''
***As with Wing Type, Tail Type should only be set in Aura. The transmitter should be configured conventionally with the default 1 elevator and 1 rudder as it would be on a NEW or Reset model space.

[[File:NewConfigFileWizard.jpg|framed|center|New Aura Config File Wizard Example]]

Once all of the choices are made, the Wizard will assign functions to Servo ports S1-S8 (or S12). Notice that non-required Aura ports may be defined to use other input channels automatically. Ex: S8:Ch6/Aux1. If you want to change this, you may do so now. They can also be reviewed or changed later in the "Servo Ports" tab in the App.
*Make a NOTE of the S1-S8 (or S12) Servo Port assignments for future reference.
*Click Finish to exit the Wizard and save your settings to your windows device with a name similar to your model name. Example: ''Turbine_YAK_130_V1'' (it will save with a .acf extension)
*Now that the Wizard is finished, you will be placed in the Aura Config Tool with the new model file you just created loaded.
**We recommend you create your own folder in your Documents and use it as a location for all your Aura .acf files.
'''Note:''' We recommend Aura Config Tool users always '''''DISABLE'' Allow Quick Set via bind Plug''' on the Setup Tab as it is of no further use once the Aura Config Tool programming method is chosen.
*You can review your settings and make adjustments as desired. When you are satisfied with the initial settings, follow these steps to Write the settings to your Aura:
**Connect the Aura to the PC using the supplied USB Cable. Allow a bit of time for the drivers to detect the Aura.
**Press the ''Connect'' button in the Aura Config Tool (bottom right).
**Press the ''Write All'' to Aura button to write the settings to the Aura. 

'''NOTE: To Connect the Aura Professional to the Aura Config Tool, the Switch must be ON or Removed. (It does not need to be powered with batteries)''' 

'''''If Config via Wizard is complete, continue to Step 2 - Aura Verification and Adjustments'''''
</blockquote>
----
<blockquote>

====C: Download an Existing Aura Configuration File====

Aura Configuration Files (.acf) can be saved, and shared via e-mail or website, etc.
You may obtain a Configuration File from a friend, or by downloading from the Flex Innovations [[Old/Aura/ConfigFiles|Aura Config Files Library]].
*Save your file to a convenient directory on your PC.
*Launch The Aura Config Tool from the Start Menu.
*From the top drop down menu, choose ''File -> Open Aura Config File'' to load the settings into the App.
*Review and modify the settings as desired.
*From the top drop down menu, chose ''File -> Save Config File'' or File -> ''Save Config File As'' to save the Aura Config File changes.
*Connect the Aura to the PC using the supplied USB Cable. Allow a bit of time for the drivers to detect the Aura.
*Press the ''Connect'' button in the Aura Config Tool (bottom right).
*Press the ''Write All'' to Aura button to write the settings to the Aura.

Follow the Aura Verification steps as shown below before flight.
</blockquote>
----

===2. Aura Verification and Adjustments===

The primary thing you will do in this section is to '''match your servos output''' (brand and linkage geometry) '''to the rest of you system'''. When using a 'known/pre-defined' transmitter as instructed, the control inputs, sensor inputs (orientation is set), and processing should already be correct!

Be sure to run and '''pass''' the ''Transmitter Command'' and ''Aircraft Movement/Sensor'' tests shown in the manual and below before attempting flight! There are many variables, such as servo brands that travel in opposite directions, variance in linkage geometries, sensor orientation that can cause improper servo movement and cause a crash.

====Servo Connections====
For models configured using the Aura Config Tool (not the Quick Setup method), connect your servos as defined on the Servo Ports Tab (ports S1 to S8 (or 12)) of the Aura Config Tool. When using the New Aura Config File Wizard, you can also see the channel assignment at the completion stage of the wizard.

If you configured your Aura using the Quick Setup method, connect your servos as shown in the Quick Start Guide.

'''NOTE:''' When connecting your servos. Depending on the complexity of your model, you may choose to connect them all at once, or connect and verify them in small batches.

====Aura Servo Verification====
Now that you have configured and programmed your Aura, it is time to verify the program and make final adjustments.
(Quick Setup users refer to the Quick Setup Instructions, App users use the following) 
'''CAUTION:''' Always remove the prop and disable the motor on electric or self starting models.

'''NOTE:''' You may need to change the Aura Config Tool ''View'' to ''Normal'' or ''Advanced'' to see all the proper parameters for adjustment.
*Power the Transmitter On
*Power the Aura/Receiver/Servos On
**If your receiver is NOT bound do your transmitter, bind it now by following your manufacture's instructions 
'''NOTE:''' The ONLY case that Aura is an integral part of binding is when using Spektrum Remote Receivers directly plugged into and Aura 5 standard Aura 8.
*Verify that Aura is On and the Sensors are Active (Solid Orange Power/Sensor LED), and that it is receiving valid Radio Data (Solid Green Status LED).
*Servo Adjustments via Aura Config Tool: (You must click '''Write All to Aura''' to put the changes in effect and save frequently to your PC)
**Check each Aura servo/control to verify if it is moving in the correct direction starting with the ''Transmitter Command'' test. If it is NOT, reverse it on the Aura Config Tool ''Servo Ports'' tab by changing the ''Direction'' on the lower half of the page (Normal/Reverse).
**Check each Aura control for Centering. Use mechanical adjustments or use the ''Aura Sub-trim'' setting on the ''Servo Ports'' tab to center the controls.
**Select the highest Rate/Gain setting via transmitter Fight Mode (typically Ch 5) switch (usually Flight Mode 3). On the ''Servo Ports'' tab, adjust the highest travel desired for each control surface/servo using the ''Output Scale'' sliders.
: '''Tip:''' Enable ''Live Data'' on the various Config Tool tabs to track transmitter commands, servo outputs, flight mode selection, etc in the Config Tool.
*Perform the following tests here to verify the controls are correct!
[[File:ControlTests.jpg|framed|center|Diagrams for Transmitter Control and Sensor Command Tests. Both tests must be performed and passed. Sensor movements are exaggerated for clarity. For the sensor test, the control surfaces only deflect while the aircraft is rotating.]]

In the Aura Config Tool drop down menu, use the ''Quick Actions -> Quick Check'' method that exaggerates/holds the sensor commanded control movements. This feature can make the Sensor/Aircraft movement test easier to perform. To exit the Quick Check mode before flying, the Aura must be restarted/re-powered.

: '''NOTE:''' If the Pre-defined Transmitter Input Direction is default/correct, and the Aura Orientation is correct, and the Servo Direction is set so the model passes the Transmitter Command test, the model is EXPECTED to pass the Sensor Test. If it does not, check the items mentioned here, and refer to the [[Old/Aura/Troubleshooting|Trouble Shooting Guide]] or [mailto:aurasupport@flexinnovations.com?subject=Aura%20Product%20Support Aura Support].
: When using Transmitters NOT pre-defined in the Aura config tool, it may be necessary to do some of the following (use the ''Aura Input Monitor'' with ''Live Data'' to assist you): Define a Custom Transmitter and/or reverse some channels in the transmitter so the virtual sticks move correctly and/or sub-trim some channels in the transmitter to achieve 0% (at center) on the ''Aura Input Monitor'' and/or adjust the travel in the transmitter to achieve 125% for Aileron/Elevator/Rudder input travel (100% for others) in the ''Aura Input Monitor''.

Review the other settings and tabs and make changes as desired.
For Example, you may want to fine tune your Dual Rates and Exponential values in each Flight Mode on the Flight Mode Tab.
Make sure you have Written to Aura and Saved your settings to your PC!

'''Setup is now complete!'''

: '''IMPORTANT:''' It is always recommended to have a '''GYRO OFF''' mode available for first/early flights to assure that all is well. Take off and climb to a safe altitude should be done in the GYRO OFF mode. Test the other modes carefully, and return the switch to GYRO OFF if any trouble is encountered, then land and make adjustments as needed.

[[Aura|Aura Wiki Main]]
<noinclude>[[Category:Aura|Aura]]</noinclude>

Old/Aura/Install

2025-07-25T20:07:48Z

WikiSys: Created page with "{{DISPLAYTITLE:Install Aura}} ==Installation Overview== <blockquote> '''Warning:''' Remove the propeller or unplug the motor or take other action as needed to disable the powe..."

{{DISPLAYTITLE:Install Aura}}
==Installation Overview==
<blockquote>
'''Warning:''' Remove the propeller or unplug the motor or take other action as needed to disable the power system before adjusting Aura settings or making other adjustments to your model.

There are three major steps while installing your Aura.
#Physical Mounting and Installation in Airframe
#Transmitter Setup
#Wiring Connections

After completing the installation steps, you must [[Old/Aura/Configure|Configure the Aura]].

</blockquote>

===1. Physical Mounting and Installation in Airframe===
*Mount a standard '''Aura 8''' to the airframe using the included double-sided foam tape. (Never use hook-and-loop tape to mount an Aura!) 
*Mount an '''Aura Professional 8 or 12''' using the included grommets and screws. It is a good practice to remove the screws and put a small amount of CA glue into the holes to strengthen the screw interface. (you may also use bolts and lock-nuts of your choice for high vibration environments)

Please observe the following rules for properly mounting your Aura. Any deviation from these explicit conditions could cause improper function of the device and may result in a crash.
*The Aura may be installed in any convenient location in the fuselage, noting:
**The unit may be mounted upright or inverted as required in your installation.
**The unit may be mounted in the longitudinal or lateral axis in any orthogonal orientation.
*You will later use the Aura app to properly configure the orientation. (''Note:'' Standard Aura 8 users should refer to the Quick Start Guide for the two orientations supported by Quick Setup if you choose to use that setup process)
*Thoroughly clean the area to which the Aura will be mounted. Any surface dirt, dust, grease, or oil will severely marginalize any foam tape’s strength.
*Ensure that the mounting surface is solid and not susceptible to flexing or movement. The movement of a poorly mounted Aura can cause a self-exiting feedback-loop with the servos. Mount the Aura securely on a '''stiff''' platform.
*If installing in a high-performance airplane (larger than a typical park flyer), place a Hook-and-Loop strap around the unit (all Auras) to prevent it from becoming dislodged during high-energy maneuvering.

===2. Transmitter Setup===

The Aura has presets for Spektrum, Futaba, Graupner, JR, FRSky, and Jeti Transmitters.
*FRSky users should refer to the section on [[Old/Aura/FrSkyUse|FR Sky Use]]
*Spektrum users should refer to the section on [[Old/Aura/SpektrumUse|Spektrum Use]]
*Futaba users should refer to the section on [[Old/Aura/FutabaUse|Futaba Use]]
*Jeti‡ users should refer to the section on [[Old/Aura/JetiUse|Jeti Duplex Use]]
*Hitec users should refer to the section on [[Old/Aura/HitecSbusUse| Hitec Use]]
*Graupner users should refer to the section on [[Old/Aura/GraupnerHottUse|Graupner Hott Use]]
*JR DMSS users should refer to the section on [[Old/Aura/JRDMSSUse|JR DMSS Use]]

*If your transmitter brand is not Listed, you may configure the Aura to use a 'Custom' transmitter and then 'Learn the Transmitter' in the Aura Config Tool on the Setup tab.

 
For best results when using the Aura, apply ''these'' transmitter settings to a '''FRESHLY RESET''' airplane model.
Your transmitter should include '''conventional wing and tail types''' with '''exactly 1 aileron, 1 elevator, and 1 rudder'''. 
[[File:Aura_Tx_Chart_Generic_1_14.png|framed|center|Common Transmitter Settings for Aura5, Aura 8, and Aura Professionals starting with a freshly reset transmitter and maintaining normal wing and tail types. NOTES: 
1. JR Mode A is preferred as of Aura FW v1.14. For JR Mode B, see the Aura Wiki 
2. If you are using a Futaba transmitter, please note that some Futaba transmitters have the throttle set to reversed by default. Leave reversing set to defaults to start, and reverse as needed. 
3. Aileron, Elevator, and Rudder should NOT be Reversed, other channels may be reversed at users preference 
4. If Flight Modes are set to a channel other than CH5/Gear, set a 3-position switch to that channel and set CH5/Gear as needed. 
5. See the Wiki for further details and latest information, and for Hitec use, etc.
]]

<blockquote>
Transmitter '''Flaps''' in the transmitter Wing Type could be 0, 1, or 2 depending on your needs. Examples: 
* 0 if no flaps.
* 1 if one flap servo via Rx or Aura ports, or if you will use flaperons in Aura, or if you will have Aura output 2 flap servo ports while using 1 flap input. (ex. Cessna 170 stock setup)
* 2 if you will use Rx or Aura to output 2 servo ports that are configured and adjusted inside the transmitter and sent to the Rx and onward.
</blockquote>
The Aura Config Tool allows the Flight Modes to be switched by nearly any Transmitter/Receiver channel. The Gear/Ch5 is a 'default' that is commonly used. For best results, setup your transmitter so your Gear/Ch5 channel is controlled by a 3-Position switch.

If '''Retrofitting''' an existing flying model with '''''normal'' wing and tail types''', it is possible to proceed with the existing transmitter program, however, the Aileron, Elevator, and Rudder Reversing in the transmitter should be set to ''NORMAL'' before proceeding. (Dual Rates, Expos, and other transmitter settings should also be considered as they will likely be 'duplicated' in Aura) 

When configuring via the Quick Setup method, refer to the Quick Setup instructions regarding trim/sub-trim. 

When configuring though the Aura Config Tool Application (retrofit or new model), '''you should NOT use transmitter sub-trim or trim''' during model setup. You should use Aura's sub-trim, Aura's Quick Trim feature, and/or mechanical linkage adjustments to eliminate the need for sub-trim/trim in your transmitter.
*Transmitter trim (not transmitter sub-trim) can be used if you follow the Quick Trim procedure to 'Zero it Out' before subsequent flights.

===3. Wiring Connections===
Depending on the complexity of the model and 'radio source' used, there are many ways to connect the Aura. Many 'typical' setups are shown below. Additional information on more advanced setups can be found at the [[Old/Aura/AuraFAQ|Aura FAQ]].

Always remove the propeller, unplug the motor, or take other action as needed to disable the power system before applying power and adjusting Aura settings. This is especially important for the initial setup and power of the Aura and your aircraft.

===Receiver Connections (Aura Receiver Input)===
Start by connecting your Receiver to the Aura. Refer to the images below and '''choose ONLY ONE input''' method from the ones shown, and make the required connections. Depending on your transmitter/receiver pair, you may need to consult your transmitter manual to enable certain outputs from your receiver including Futaba, Graupner SumD, JR Mode A or B, FRSky S.Bus, or Jeti EX Bus or UDI.
For Futaba, Use the S.Bus option, do NOT use S.Bus2. 
For the '''Aura 8''' Open Stock products, PPM and PWM connections require the Aura Config Tool to configure. These connection methods are not supported by Quick Setup or Auto-Detect. 
'''Aura Professionals''' also do not Auto-Detect of PPM and PWM connections and do not have the Quick Setup feature.
In the case of PWM connections, '''ALL''' (typically '''4''') PWM signals must be present to get control of the model at start-up.

<blockquote>
----
==== Aura 8 Receiver Connection Diagrams ====
(Click on images to expand) 
If your Receiver has a working throttle port, use it for throttle. '''Choose ONE of these methods.'''
<gallery widths="270px" heights="190px" >
File:WireSPMRemote.jpg|Aura 8 with Spektrum Remote Receiver(s)
File:WireDigitalSerial.jpg|Aura 8 with Serial Data Receiver
File:WireAnalogPWM.jpg|Aura 8 Servo/PWM Receiver Connections
</gallery>
----
</blockquote>

<blockquote>

==== Aura Professional 8 and 12 Receiver Connection Diagrams ====
(Click on images to expand) 
If your Receiver has a working throttle port, use it for throttle. '''Choose one of these Methods.'''
<gallery widths="270px" heights="190px" >
File:Pro_One_Rx.png|Aura Professional with One Input showing compatible protocols. JR Mode A uses same input.
File:Pro_Two_Rx.png|Aura Professional with Two Serial Inputs with guidelines
File:Pro_PWM_Rx.png|Aura Professional Servo/PWM Connections for non-serial capable Receivers
File:Aura_Pro_Rx_Typical.png|Aura Professional Serial In with Servo Port Count. Most brands are similar.
File:Aura_Pro_Rx_SRXL.png|Aura Professional SRXL In-and-Out with Servo Port Count
File:Aura_Pro_Rx_SBus_IO.png|Aura Professional S.Bus In-and-Out with Servo Port Count
File:Aura_Pro_Rx_SBus_2IO.png|Aura Professional Dual S.Bus In and S.bus Out with Servo Port Count

</gallery>
----
</blockquote>

===Power Connections===
Always make sure your model is supplied with sufficient electrical power for the on-board electronics. Modern digital servos for example can draw large current spikes which can 're-boot' modern microprocessor controlled electronic devices. 
:'''NOTE: Always check the wire/connector polarity carefully when installing a cable that can provide or draw power. The electronics can be damaged or destroyed with reverse connections.'''
<blockquote>
----
'''Standard Aura 8''' 

Power your Aura 8 by plugging one or more 4V-9V DC power sources into any open Aura servo port. The Servo Ports S1-S8 and the Servo Port B are all connected on a common bus, so make sure any servos connected to the bus can handle the input power voltage. The Aura can accept a range of power sources including a flight battery, a BEC (Battery Eliminator Circuit), and power from a receiver such as a "Spektrum PowerSafe".

See the [[Old/Aura/AuraFAQ|Aura FAQ]] for more information on advanced power setups.
See also [[Old/Aura/General_Connections_and_Power|this page for additional power and connecting techniques]]
and [[Old/Aura/LargeAircraftInstall|this page for information on large aircraft power techniques]]

'''Note:''' See manual for warnings about power connections. The ports (particularly port B) can be damaged if power is applied with the connector 'reversed'.
----
 
'''Aura 8 and 12 Professional''' 
[[File:Pro Power and Features.png|thumb|upright=0.5|right|Power for Aura 8 and 12 Professional]]
Power your Aura 8 or 12 Professional by plugging one or two (two for flight) 5V to 9V DC power sources into the EC3 battery input connectors. Identical 2 cell LiPo or LiFe batteries are good choices. Make sure all of your servos and devices are capable of handling the voltage of your chosen power source. 
[[Old/Aura/Professional#Battery_Choices|More '''Battery Choice Information''' can be found here.]]
 The provided '''switch''' may optionally be installed in the "'''SW'''" port. With the switch removed, the unit will be switched ON. 
Lit White LED's in the upper right window indicate a battery connection when the unit is ON. (If one power source has a lower voltage than the other, its White LED will be unlit until the batteries come into balance.) The small Red LEDs (next to the White ones) can be programmed using the Config Tool to give a low battery voltage indication. 
'''Important:''' The professional unit draws a small amount of electrical power even when switched OFF. '''Un-Plug''' the batteries when not in use for more than several hours. 
'''Note:''' The receiver(s) will receive power from the Aura Professional via the A and/or B Port (or servo ports when using PWM) when the Aura power is ON. '''Be very careful to make sure the polarity of all connectors is correct.''' If you are putting a large load such as larger servos on your Receivers Bus, you can use and extra male to male connector with the signal wire removed to connect the Aura Bus (any empty servo port) to the Receiver Bus (any empty port) 
'''Note:''' Do '''not''' use any type of '''BEC''' (Battery Eliminator Circuit) that will SUPPLY power to the Aura Professional's servo bus. If a chosen ESC for example includes a BEC, disable it by removing the "+" pin from the connector and taping it back. In this case, connect only the "-" and "signal" pins.
----
</blockquote>

===Servo Connections===
Aura port connected servos are connected to the S1 to S8 (or S12) ports. It is suggested that you connect them in small batches during your ''Aura Configuration'' that follows. 
Receiver port connected servos can be plugged in and adjusted via the Transmitter in the usual fashion at the time of your choosing.
 
<big>After completing these Installation steps, you must [[Old/Aura/Configure|Configure the Aura]].</big>

Old/Aura/UserGuide

2025-07-25T20:04:19Z

WikiSys: /* See the Aura FAQ for more in-depth information on some topics. */

= Aura Expanded Online User Guide =
<blockquote>


===Product Pages===
*[http://www.flexinnovations.com/product-p/fpzaura08.htm Aura 8 Open Stock]
*[https://www.flexinnovations.com/product-p/fpzaura08pro.htm Aura 8 Professional Open Stock]
*[https://www.flexinnovations.com/product-p/fpzaura12pro.htm Aura 12 Professional Open Stock]

</blockquote>


== High Level Aura Concepts ==
====See the [[Old/Aura/AuraFAQ|Aura FAQ]] for more in-depth information on some topics.====

===Aura Configurations (Product ID)===
The Aura is currently available for sale in 2 broad configurations: as an Aura 8 for a specific Super PNP model. For example, as an '''[http://www.flexinnovations.com/product-p/fpzaura08zzz.htm Aura for the QQ Extra 300 PNP]''' and as an '''[http://www.flexinnovations.com/product-p/fpzaura08.htm "Open Stock" Aura 8]'''.

The '''Aura 8 QQ Extra 300''' configuration comes installed in our Premier Aircraft QQ Extra 300. It is also available as a replacement part. In both cases, it comes programmed/configured for optimal flight with dual rates, expo, gains specifically designed for the [http://www.flexinnovations.com/product-p/fpm3070.htm PNP QQ Extra 300]. Other Aura versions for PNP models include the Cessna 170 and the Mamba 10, etc. For reasons including those below, it is absolutely NOT recommended to reuse SPNP Aura in other applications. Instead, you should convert the Aura to Open Stock and generate a file with the Wizard.

The '''Aura 8, Aura 8 Professional and Aura 12 Professional Open Stock''' (boxed Auras sold by themselves) configurations comes with a blank configuration that can be configured to virtually any fixed wing aircraft. These ''' Open Stock Auras''' must be configured for your aircraft. The standard Aura 8 has a built-in feature called '''Quick Setup''' to allow common aircraft (up to 2 Aileron, 2 Elevator, and 1 Rudder) to be initially setup quickly with only a "digital data" receiver connection (Spektrum DSM2/DSMX Remote Receivers, Spektrum SRXL, Futaba or Hitec S.Bus, Graupner SumD, JR Mode B, Jeti UDI) and a transmitter. All Auras can be setup using the PC Config Tool.

===On-board Configuration===
The Aura Advanced Flight Control System (AFCS) is designed to offer an optimum flying experience when installed properly. For optimal flying experience, the Aura does a few things '''different''' than a traditional gyro or flight controller and handles some duties that are traditionally handled by the transmitter. The concept of an ''on-board configuration'' means the best flying experience is achieved when many parameters are set on the Aura, rather than in the transmitter.

For best results, the following items are best configured in Aura:
*Wing and Tail types
*Servo Reversing
*Servo Output Scales (Travels)
*Sub-trims
*Trims
*Dual Rates
*Exponential Settings.

An additional benefit of ''on-board configuration'' is that it allows simpler radios (DX6, etc) to have many of the features of more advanced/expensive transmitters.

===Transmitters/Receiver Types===
Aura AFCS was designed to communicate easily with major transmitter/receiver brands.
*'''A''' - Aura currently supports "digital/serial" data connections such as Spektrum DSM2/DSMX, Spektrum SRXL, Futaba or Hitec or FrSky S.Bus, Graupner SumD, JR Mode A and B, Jeti EX-Bus and Jeti UDI.
*'''B''' - Aura also supports "analog" connections such as traditional PWM (servo ports) and PPM (pulses streamed on one wire).

For ease of use, precision and robustness, we encourage use the "Digital" data connections (option A, listed above). Digital data connections are easier to connect, make more Aura Ports available, and may offer additional features/robustness.

===Auto-Detect===
Auto-Detect is a feature that will scan any supported and connected 'digital' data connection and setup the correct sign conventions (input direction) and channel order. For example, if the Aura detects a Futaba S.Bus receiver connected to Servo Port B, the channel order and directions will be configured to match a '''default''' Futaba transmitter model.

*The Aura 8 QQ Extra 300 will attempt to Auto-Detect the signal out of the box, or if it is powered on and no signal is detected for 15 seconds. Be aware that changing radios, and/or allowing Auto-Detect to re-run may overwrite (reset to default) custom programming changes inside Aura including Channel inputs and outputs assignment, servo reversing, etc. See the QQ Extra 300 Manual for additional details.

*The Open Stock Auras will attempt to Auto-Detect the until the first receiver is found. By default, the Auto-Detect feature will '''not''' be started in subsequent power-ups even if no signal is seen for 15 seconds (this behavior can be changed using the Aura Config Tool). This is done to prevent the Aura from unintentionally changing any custom programming and settings the pilot may have made in an Aura Open Stock.

===Flight Modes===
The Aura AFCS uses a ''Flight Mode'' concept to tune the aircraft. A '''Transmitter/Receiver Channel''' (CH5/Gear by default) '''is assigned as the "Flight Mode Switch"''' (a 3-position switch is ideal). Each Aura ''Flight Mode'' is configured to control the ''Dual Rates'', ''Exponential'', and select a specific ''Control Mode algorithm'' (gyro parameter set which includes things like ''Gain'' and ''Stick Priority'').

'''Using Flight Modes on the Aura allows changes the configuration of the aircraft to have it fly differently by only flipping a single switch.''' A typical example of 3 flight modes is:
:Flight Mode 1: Gyro Off/Low Rate/Middle Expo (Cruising/test)
:Flight Mode 2: Gyro Moderate/Low Rates/Low Expo (Precision Aerobatics)
:Flight Mode 3: Gyro High/High Rates/High Expo (High Rates -or- 3D Aerobatics)

The presence of these Aura Flight Modes means that you should not set-up Dual Rates and Expos in your transmitter in the normal way. The [[Old/Aura/FAQ|Aura FAQ]] has additional insights on this topic.

===Control Modes===
A ''Control Mode'' sets specific gyro settings (such as Gyro Off, Rate Dampener, Rate Command, Stabilization, etc) and sets the specific gyro parameters for them (such as Gain or Stick Priority values). Control modes are typically set within Flight Modes and can be configured to each Flight Mode as desired.

Because a variety of control algorithms are used now and in the future, it is important that the Flight Controller know true transmitter 'Stick Center'. A traditional transmitter combines the pilot's stick position with trim and subtrim in each channel. Since the Aura has no way to differentiate transmitter trim or transmitter sub-trim from transmitter stick input, transmitter trim and sub-trim should be avoided. Any needed trim/sub-trim offsets should be made in the Aura Servo Ports (or with Quick Trim, or mechanically). Aura contains special routines such as Quick Trim to allow you to easily set your trim/sub-trim in the Aura at the field without a PC application.

Similarly, Control algorithms such as ''Rate Dampener'', which has ''Stick Priority'' settings that interact with the stick position, are best optimized for each flight mode if ''Dual Rates'' are done in Aura, not the transmitter.

===Wing and Tail Types===
In general, Aura combines gyro data and ''transmitter commands'' to calculate servo positions. For wing/tail types that mix multiple axis together (Elevons, V-Tail, etc), or that make significant offsets to the primary flight controls (Flaperons, Spoilerons, etc.) it is far better (and therefore required) to have the Aura 'mix' the transmitter commands with the gyro data directly inside the Aura for each control surface (or servo). This allows each axis of transmitter commands and gyro data to be centered, to be mixed cleanly and provides the best flight experience for nearly any type of aircraft. '''Because ''Aura'' handles the wing and tail types, you should ''NOT'' setup wing and tail types in your transmitter!'''. Wing and tail type settings are easy to accomplish using the selections in the ''Aura Config Tool -> New Aura Config File Wizard''.
You should always choose a conventional transmitter wing and tail types with 1 aileron, 1 elevator, and 1 rudder. Flaps could be set to 0 flaps, or 1 servo flaps, or 2 servo flaps depending on your needs.


== [[Old/Aura/Install|Installing your Aura]] ==
====Information for [[Old/Aura/Install|Installing your Aura]].====

== [[Old/Aura/Configure|Configure your Aura]] ==
====Information for [[Old/Aura/Configure|Configuring your Aura]].====

== [[Old/Aura/ConfigFiles|Config Files for Aura]] ==
====View Library of [[Old/Aura/ConfigFiles|Config Files for Aura]].====

Old/Aura/Support

2025-07-25T20:03:09Z

WikiSys: Created page with "{{DISPLAYTITLE:Aura Support}} ===Review the various Online Resources=== * Aura Troubleshooting * Aura FAQ * Old/Aura/User..."

{{DISPLAYTITLE:Aura Support}}

===Review the various Online Resources===

* [[Old/Aura/Troubleshooting|Aura Troubleshooting]]
* [[Old/Aura/AuraFAQ|Aura FAQ]]
* [[Old/Aura/UserGuide|Aura User Guide]]
* [[Old/Aura/AuraVideos|Aura Helpful Videos]]

===Contact Flex Innovations===

Due to the Flexible nature of the Aura, when seeking support, it will likely go faster and smoother if you advise:
*Aura Type: Extra or Open Stock
*Brand and Model of Transmitter in use
*Brand and Model of Receiver(s) in use
*Type of Receiver connection and port (PWM, Xbus, Sbus, Remote, SRXL, SumD, PPM, etc)
*Configuration method in use? Factory set Extra? Quick Set? New Model Wizard in Config Tool?
*Description of issue, etc
*For many questions we will want to know the LED states of the various devices around the issue.
*Your name and phone number

[mailto:support@flexinnovations.com?subject=Aura%20Product%20Support&body=Due%20to%20the%20Flexible%20nature%20of%20the%20Aura%2C%20when%20seeking%20support%2C%20it%20will%20likely%20go%20faster%20and%20smoother%20if%20you%20advise%3A%0A-Aura%20Type%3A%20Extra%20or%20Open%20Stock%0A-Brand%20and%20Model%20of%20Transmitter%20in%20use%0A-Brand%20and%20Model%20of%20Receiver(s)%20in%20use%0A-Type%20of%20Reciever%20connection%20and%20port%20(PWM%2C%20Xbus%2C%20Sbus%2C%20Remote%2C%20SRXL%2C%20SumD%2C%20PPM%2C%20etc)%0A-Configuration%20method%20in%20use%3F%20Quick%20Set%3F%20New%20Model%20Wizard%20in%20Config%20Tool%3F%0A-Description%20of%20issue%2C%20etc%0A-For%20many%20questions%20we%20will%20want%20to%20know%20the%20LED%20states%20of%20the%20various%20devices%20around%20the%20issue.%0A%0AName%3A%0APhone%20Number%3A E-mail Support]

Old/Aura/Troubleshooting

2025-07-25T20:01:15Z

WikiSys: Created page with "{{DISPLAYTITLE:Aura Troubleshooting}} == Aura AFCS Troubleshooting== === Overview === If you cannot find the answer to your issue, make sure to review the Aura/FAQ|Aura FAQ..."

{{DISPLAYTITLE:Aura Troubleshooting}}
== Aura AFCS Troubleshooting==

=== Overview ===
If you cannot find the answer to your issue, make sure to review the [[Aura/FAQ|Aura FAQ]], manuals, and videos.

''Make sure to remove the Propeller and/or safe the engine before making changes to Aura!''

=== Transmitter/Receiver Setup ===

==== Issue: I am using a DSM2/DSMX Remote Receiver and it will not bind ====
The Remote Receiver LED Light is the best diagnostic tool. With the transmitter powered on, the Remote Receiver Link Light (Orange LED) is solid if you are linked/bound. If not, the remote receiver is not bound correctly. Most binding issues result from trying to bind a DSM2 Remote Receiver as a DSMX Remote Receiver.

# Make sure your transmitter, receiver and Aura are powered off.
#Setup Aura to start the Remote Receiver binding process:
#*For a DSMX Remote, put a bind plug in Aura Port S8
#*For a DSM2 Remote, put a bind plug in Aura Port S1 and S8
#Power the remote receiver.
#*Remote receivers are powered by powering the Aura via Battery or USB.
#*Confirm bind mode by observing a fast blinking LED on the remote receiver.
#::::NOTE: there are some 'Hidden X' remotes out there. They are a DSMX remote in DSM2 packing/labels and were shipped with certain DX8 transmitters and AR8000 receivers. If your DSM2 labeled remote does not enter bind mode with the bind plugs in S1 & S8, try S8 only. If it works, it is actually a DSMX remote (hidden X), and you should label and use it as such.
#Binding
#*With the Remote Receiver LED flashing quickly, power on your transmitter in 'BIND' mode per the Transmitter instructions.
#*Binding is complete when the transmitter confirms it and the Remote Receiver LED goes solid orange.
#::::NOTE: Some SPM systems are picky, and like to be bound at different Tx/Rx distances.... try 2 feet, 6 feet, 10 feet of separation.
#After the Remote Receiver Link Light is solid, the transmitter and Remote Receiver are bound. Remove the bind plug to prevent starting the Bind process upon the next Aura power cycle.

==== Issue: During initial setup, I do not have transmitter control of the aircraft. ====
*Make sure the correct wiring connections are made from Aura to your receiver and servos.
*Make sure Transmitter is ON and Receiver and Aura have Power. Correct as needed.
*Make sure there are NO bind plugs installed in Aura or Receiver.
*Make sure your Transmitter and Receiver/Remote Receiver are bound and have the correct LEDs. Consult Radio manufacturer's binding instructions (and Aura binding instructions for DSM2/DSMX Remote Reciever as shown above).
::NOTE: Some DSM2/DSMX Rx's will 'Link' even if the transmitter has been bound to a different DSM2/DSMX Rx with a different protocol. If you have trouble with a DSM Reciever, perform a fresh bind. Do not fly multiple models from the same 'Tx model memory', as this will increase the chance of this serious issue.
*Make sure the Aura has a solid Orange LED light. This indicates the Aura has power and the sensor is calibrated.
**If the Orange Aura LED is blinking, excessive motion was detected at power-up. It is best to cycle power and keep the Aura still during power-up.
**If the Orange Aura LED is off, check power supply and power connection polarities. Contact support if the problem persists.
*Make sure Aura also has a solid Green LED light. This indicates a valid radio signal from the Receiver.
**If the Green Aura LED is not on, the Aura is not receiving a valid signal or is configured incorrectly.
*'''If NO Solid Green LED:'''
**''If using radio Auto-Detect'', make sure your radio has a Supported Digital data feed. (The retail Aura 8 supports Spektrum brand DSM2/X Remote Recievers, Spektrum SRXL capable Receivers, Futaba S.Bus/2, Graupner SumD of 8, JR X.Bus Mode B, Jeti Standard UDI12*). Make sure your radio is configured to provide the data.
***Spektrum and Futaba digital feed capable equipment typically has the feed 'always on'.
***JR, Graupner, and Jeti typically require special settings (and potentially correct firmware versions). Consult your radio manuals or support.
***Note: If Auto-detect is enabled, a 'sweeping back and forth' display of Aura's 4 LED's indicates it is searching for a valid signal, and if it persists, it cannot find one. Check the items in this section and provide a proper signal, or use the Aura Config Tool to manually select one if yours is not supported by Auto-Detect.
**''If '''NOT''' using radio Auto-Detect'', make sure you have configured Aura to read the correct Data feed/type. See the Setup Tab in the Aura Config Tool PC Application. Make sure your radio is configured to provide the data.
***Spektrum and Futaba digital feed equipment typically has the feed always on.
***JR, Graupner, and Jeti typically require special settings (and potentially correct firmware versions). Consult your radio manuals or support.
**Double check that you have the data feed cable connected to the CORRECT PORT and correct polarity. Receiver labeling can be confusing, study it closely and consult the equipment's instructions.
**Check if Aura has a solid Blue LED light. Blue On is a Failsafe indication. Check Rx/Tx Bind/Re-Bind. Check/Replace cable connecting Aura to Rx/Remote Rx.
**If using '''4 PWM (servo leads)''' Check the following:
***Make sure your Rx is Linked (or Bound) to your Tx, and each Rx port needed can drive a normal servo.
***'''Make sure ALL of the expected inputs are present.''' (Typically 4, Receiver ''Ail, Ele, Rud, CH5'' -to- Aura ''S1, S2, S3, S4''). Connection WILL NOT be recognized unless all expected are present.
***Make sure the polarity is correct. Signal to Signal. Ground to Ground
***Make sure the settings are correct in the Aura Config Tool (Brand -> PWM -> Servo Ports)
***Make sure you are Connected, and are Writing your settings to Aura and can Read the same settings back from Aura.
***Check for correct Aura Power and Sensor (Solid Orange LED) and Valid Radio Source (Solid Green LED)

==== Issue: I have control, but the sticks are moving the wrong control surfaces. ====
*Check that the servos are connected to the correct Aura Ports (S1-S8). You can double check the assignments in the Aura Config Tool -> Servo Ports tab.
*For Digital Receiver Connections, this is typically caused by having a "non-default" Wing or Tail Type selected in the transmitter. Use a FRESHLY RESET model memory in your transmitter, or reset your wing and tail types to the default type (single Aileron, single Elevator, single Rudder)
*For more advanced radios, use your monitor to compare your 'channel order' to a blank freshly reset model memory. Make sure the channels are in the same slot/order. Make sure you have not used channel assignments to change from the 'default' on the channels Aura is using, including, but not limited to: Aileron, Elevator, Rudder, and often Ch5/Gear for flight mode, and Ch8/Aux3 for master gain.
*For PWM Links, check the order of the male to male PWM cables and make sure they are connected to the correct ports at each end.

==== Issue: I am passing the Transmitter Command Test, but Failing the Aircraft Movement/Sensor Test, or vice-versa. ====
This is typically caused by: Wrong Sensor Orientation or use of Transmitter Servo Reversing:
*Check the sensor orientation is correct in the Aura Config Tool. Verify Aura Config Tool -> Setup tab -> Orientation setting matches the Orientation of the Aura in the aircraft. Correct as needed.
*Check if a transmitter servo reversing setting on Aileron, Elevator, or Rudder, is set to a non-default (reversed) setting. Correct it by setting the transmitter reversing to default/normal, and then use the the "Aura Config Tool-> Servo Ports Tab -> DIRECTION" setting for each affected servo to correct the transmitter command response. Re-run the Transmitter Command and Aircraft Movement (Sensor) checks and pass before attempting flight.
For supported radios, if the Orientation is correct, and the transmitter Reversing for Aileron, Elevator, and Rudder are all set to normal, it is expected to pass the tests (after setting Direction in the Servo Ports tab in the Aura Config Tool).

:::For radios not specifically supported showing this condition. Reverse the direction for servo reversing on the affected axis (ex. Aileron) in the transmitter, then use the Aura Config Tool -> Servo Port Tab -> Direction setting to make the affected servos respond to the transmitter correctly. Re-run the Transmitter and Sensor checks and pass before attempting flight.

==== Issue: I am trying to run the Sensor/Aircraft Movement test, but the surfaces don't move, or the movement is too small to verify. ====
*Make sure your Flight Mode Switch (Ch5/Gear channel or other channel if it was changed from default) is in the highest gain-gyro active Flight Mode position.
*Make sure your Master Gain dial (if enabled) is set high (sweep the gain control to different positions and test to verify it is not Reversed.)
*Use your transmitters 'Monitor/Servo' screen to confirm that the Flight Mode switch is enabled and changing the assigned channel's data correctly as expected. Also check that the Master Gain channel data is moving with the assigned dial (if enabled). Correct as needed.
*Power on your Tx/Rx/Aura and connect the USB Cable to your Aura and PC. Launch the Aura Config Tool and Connect to your Aura. Go to the Flight Mode Tab in the App. At the top right, toggle the Live Data slider to ON. Move the assigned Flight Mode switch on your transmitter. the Flight Mode screen in the App should change to track the transmitter's Flight Mode switch position (if it does not, check the items above). Set the Flight Mode switch to the position that shows the highest Rate Gain in the Primary Control Mode box on the Flight Mode Tab.
*Check again for correct control movement and direction.
*If you have a MASTER GAIN enabled, sweep it and test. Make sure it is Temporarily set to the highest gain setting for the test.
**If the control surface movement is very small, your gain may be very low.
**You may want to go to the Control Mode Tab in the app, select the control mode assigned to the flight mode showing the highest gain (ex. Control Mode D or C) (same one reviewed above), and Temporarily adjust the gain on the needed axis to a much higher number in order to make the check more obvious. Then return to previous value.
***Note 1: The control response is seen WHILE the model is rotating at a rate around an axis.
***Note 2: Remember that you must Write All to Aura for App changes to take affect.
:::Tip: "Save As" the model data file to the PC from time to time while changing a portion of the file name (ex. v1, v2, v3). This will allow you to go back to a previous version if you make a mistake, and also let you know which is the most recent file.
:There is a Aura Config Tool enabled feature that provides clear feedback to aircraft motion. Connect Aura to the PC with Aura Config Tool Running, and select Quick Actions->Quick Sensor Check and perform the transmitter and sensor test with this enabled. Be sure to cycle the power off and on BEFORE ATTEMPTING FLIGHT.

=== Flight Performance ===

==== Issue: The model Oscillates on one or more axis in flight as the speed gets higher. ====
*Reduce speed and switch to a Flight/Control Mode with lower or no gain. Reduce Master Gain if enabled.
*This is an indication the programmed gain is too high. Reduce the gain on the affected control mode and axis using the Aura Config Tool or by reducing the Master Gain (if enabled).

==== Issue: My control surfaces move (or 'change trim') when changing Flight Modes ====
The most common cause of this is the presence of 'non-zero' values in the Subtrim or Trim systems of the transmitter. This 'offset' from stick center will be 'scaled' by Aura when changing an Aura flight mode Dual Rate, and the surfaces will move. The solution is to use the 'Quick Trim' feature (via bind plug in Aura Port S3 -or- via Aura Config Tool->Quick Actions->Quick Trim) to transfer these offsets into Aura, or to apply the offsets manually, either by using the Aura Config Tools Subtrim feature, or by adjusting the linkages manually to remove the transmitter Subtrim/Trim.

It is also possible that the transmitter may not be properly calibrated and sending the wrong data at stick center. Presently the only solution (other than calibrating the Tx correctly) is to use the Live Data in the Aura Config Tool -> Setup -Aura Input Monitor and change the sub-trim inside the Tx to Zero out the Flight Control Stick values at Stick Center.

==== Issue: I used Quick Trim then used the Config Tool again, and my trim changes are lost. ====
The Quick Trim features stores the trim changes inside Aura in the 'Sub-trim' memory. These are NOT saved to the Aura Config Tool's PC File automatically. After performing a Quick Trim on your Aura, you must first read from the Aura in the Aura Config Tool then save the settings on to a .acf file your PC. Further editing/changes can then me made on the Config Tool and Saved, and Written to Aura.

Old/Aura/Glossary

2025-07-25T20:00:41Z

WikiSys: Created page with "{{DISPLAYTITLE:Aura Definitions}} '''This page is a work in progress. Additional terms will continue to be added in the future.''' ===Control Modes=== A Control Mode is a set..."

{{DISPLAYTITLE:Aura Definitions}}
'''This page is a work in progress. Additional terms will continue to be added in the future.'''

===Control Modes===
A Control Mode is a set of gyro settings that define how the gyro interprets data from the transmitter and the gyro's sensors. Settings can include things like gain and stick priority.
===Flight Modes===
A Flight Mode is a combination of Control Modes, Dual Rates and Expos that can be selected by a transmitter switch in flight.
===Gain===
A variable used to adjust how much correction the gyro system will apply for a given movement. The higher the value, the more correction is applied. A zero gain value is no gyro correction.
:;Bounceback Gain
:A variable used to reduce control bounce upon sharp stick movements or quick, rotational stops. The higher the value, the more the Aura will try to eliminate this bounce. This does affect the Rate P-Gain and may allow you to run slightly higher Rate P-Gain with higher Bounceback Gain values.
:;Live Scaled Gain
:Live Scaled Gain is a calculated value that shows the actual Rate P-Gain that is applied based on the calculations of different variables like current transmitter inputs, Master Gain settings and individual axis Gain Scaling settings. This is particularly useful when using Master Gain on the initial flights of a new aircraft or new Aura install. You can simply use the Master Gain on a knob or slider to find the optimum Rate P-Gain in flight, then land and copy the values shown in this field to the Rate P-Gain field. From there, you can disable master gain to avoid accidentally changing the gain in the future.
:;Master Gain
:A way to proportionally adjust or scale the gain up or down via a transmitter channel.
:;Rate P-Gain
:The most commonly used gain in Aura. Rate P-Gain is the amount of change to a servo (or output) for the aircraft's rotation rate (deg/sec). If the Rate P-Gain is very low, the gyro will have little effect on the servo or output. If the gain is too high, the gyro can cause oscillations at higher airspeeds or in windy conditions. It is recommended to start with low gain values and slowly scale them up using then Master Gain Scaling feature.

===Launch Assist===
This feature helps with hand launching aircraft. It keeps the wings level and commands a brisk climb for you until you apply an aileron or elevator input, which exits Launch Assist.
:;Aura Assist Roll/Pitch Gain
:This is a setting within the Launch Assist menu of the Aura Config Tool that controls how much correction the Aura applies to return the aircraft to the desired angle. The higher the value, the more it tries to correct to the angle set in the Roll/Pitch Angle Command setting.
:;Roll/Pitch Angle Command
:This is a setting within the Launch Assist menu of the Aura Config Tool that controls the angle that the Aura tries to hold during Launch Assist. By default, roll angle is set to 0, meaning wings level, and pitch is set to +30, meaning 30º nose up.

===Level Assist===
This feature helps bring the aircraft back to a level position when the pilot is not actively giving input. This may also sometimes be called "6-Axis".
:;Angle Command
:Sometimes displayed as "Angle Cmd", this value controls the maximum allowed bank or pitch angles, as well as the desired 'center' angle with the stick in its center position. The default for roll is set to -65º, 0 and +65º, meaning a maximum bank of 65º left and right, with a center position of 0º bank when the stick is centered.
:;Feed Forward
:This controls the portion of the Pilot's command that is directly applied to the output channel. A higher value means more of the pilot's input is directly applied to the surface, where a lower value means less of the pilot's input is directly applied to the surface. For most applications, the default values set in the Aura Config File Wizard is a great starting point, and most will not need to change this value.
:;Max Rate
:This value defines the rotation rate (degrees per second) the aircraft attempts to meet at 100% stick deflection. A lower value will result in a slower roll rate, while a higher value will result in a faster roll rate.

===Output Scale===
Also known as travel adjust, ATV, or servo end points in some radio systems, this variable sets the maximum travel of a servo output port from a stick command.
===Stick Priority===
Stick Priority is how the gain is linearly reduced as the Pilot's command (typically, the transmitter stick) moves away from center. If the command is greater than the Stick Priority setting, the gain is decayed to 0. '''See the [[Aura/FAQ#What_is_Stick_Priority_and_how_is_it_set.3F|Stick Priority FAQ]] for more information on Stick Priority.'''
:;Stick Priority Type
:With Aura firmware V1.13 (or newer), we've simplified how Stick Priority is implemented. In the past, the stick priority has been relative to the dual rate. In other words, if you set your dual rate to 50%, your stick priority also had to be set to 50% to have zero gain at full stick deflection. If you set your dual rate to 50%, but left your stick priority at 100%, your gyro was actually at 50% of your set gain value at full stick deflection. For the new type of stick priority, the Aura automatically takes the dual rate value into account, and applies the stick priority based on the stick position. In example, if you want the gyro off at full stick, use 100% stick priority. If you want the gain off at 10% stick movement, use 10% stick priority.

::;Heritage
::The original stick priority method used for the Aura that is based on dual rate. Stick priority is directly related to the dual rate.

::;Stick Relative
::The new stick priority method as of early 2020. Aura automatically takes the dual rate into account and applies the stick priority based on the stick position. If you have 10% stick priority set, the gyro will be off for that axis at 10% stick movement, regardless of the dual rate value. This is assuming you are using Aura Dual Rates. We only recommend customers use transmitter dual rates if they are an Advanced Aura user and have a great understanding of Aura.

===Sub-Trim===
Allows you to make a minor adjustment to the servo center position. This is typically used to achieve proper linkage geometry.

Old/Aura/AuraFAQ

2025-07-25T19:59:50Z

WikiSys: Created page with "{{DISPLAYTITLE:Aura FAQ}} == Frequently Asked Questions == === General === ==== Is Aura hard to use? ==== No, while it is very powerful and flexible, it is has been designed..."

{{DISPLAYTITLE:Aura FAQ}}
== Frequently Asked Questions ==

=== General ===

==== Is Aura hard to use? ====
No, while it is very powerful and flexible, it is has been designed to be easy to use. Aura can come preinstalled in a Flex Innovations aircraft (such as the [http://store.flexinnovations.com/premier-aircraft/qq-extra-300 Premier Aircraft QQ Extra 300]) or be as the stand-alone [http://store.flexinnovations.com/aura-afcs/aura-8-open-stock Aura 8 Open Stock].
When an Aura is preinstalled in an aircraft, it comes tuned for a great out-of-the-box experience! Aura has an advanced 'Auto-Detect' mode that searches for an attached receiver and configures itself for flight without additional programming.
The Aura 8 Open Stock also ships with 'Auto-Detect' mode, but has an additional 'Quick-Set' procedure to configure more conventional models straight from a Transmitter and without additional programming.

The Aura Config Tool PC Application has been developed with to allow the pilot to create, edit, tune, or tweak the features and performance of their Aura. The Aura Config Tool can easily create New Aura Config Files while guiding you step-by-step through the setup of a wide variety of models using the Aura Config File Wizard. Aura Config Files can also be downloaded, shared, and updated.

==== What type of model can I fly with Aura? ====
The Aura 8 is developed for practically any type of fixed wing aircraft. Gliders, electrics, gas, glow, turbine, and all popular wing and tail types are available. Custom wing and tail types (such as 4 ailerons with split crow speed brakes) can also be created.

==== Why is Aura called an Advanced Flight Control System instead of a Gyro? ====
While Aura can operate as a high performance, state of the art, 3-axis rate gyro, it is can also be much more. It can configure multiple flight modes, while each flight mode can execute one or more distinct control modes. It can operate with Satellite/Remote Receivers and act as a 'hub' handling controls like throttle, retracts, and flaps without a conventional receiver present. It has the ability to be a 'XPlus Channel Expander' or a Futaba S.Bus hub for conventional servos. Its six axis sensor, powerful 32-bit processor, and firmware update capability allow it to have controls that are well beyond the scope of a 'Gyro'.

==== How many Channels does Aura 8 have? ====
It has 24 Internal Channels in the system. As of today 18 Input Channels are demonstrated (DSM Satellite or SRXL, Futaba S.Bus). Additional Channel can be used as Proxies (or duplicates) for Mixes, secondary Control Modes, and so forth. All of these channels can be used as desired internally (mixes, flight mode change, gains) or assigned as servo outputs.

==== How does the Aura communicate with my transmitter? ====
Aura is very flexible in communicating with most major transmitter brands. In general, digital formats communicate the most complete and accurate data. Spektrum Satellite/Remote Receivers can plug plugged directly into the Aura Mini A Port and/or Mini B Port, while Spektrum SRXL data can be connected to the Port B via a Male-to-Male servo extension. Other supported formats digital formats such as Futaba S.Bus, FrSky S.Bus, Graupner SumD, JR Mode B can also connected to the Port B via a Male-to-Male servo extension. Additional formats will be supported in future firmware upgrades.

The Servo Ports (S1-S8) can also be configured to receive traditional analog PWM data, while Port B can also be configured to receive analog PPM data.

==== What is Auto-Detect? ====
Auto-Detect is custom software feature that helps get a model flying quickly and conveniently without special software or programming. For example, a pilot can take their QQ Extra 300 directly to the field and plug in his supported radio type of choice. Upon powering the model, the Aura will search for a valid receiver signal and automatically configure the channel order, travels, reversing and tailor the inputs to make the Extra or Open Stock Aura behave and fly as intended... regardless of transmitter brand.

==== How many Servos can the Aura 8 operate? ====
The Aura 8 has 8 Servo Ports (S1-S8) that can each output a unique signal. Each Servo Port output can include mixes or 'gyro data' as desired. More servos can be used if Y-harnesses or Matchboxes are utilized.

==== Can I turn Aura 'Controls' Off? ====
Yes, the sensor input can be turned off and Aura can be configured to directly pass the transmitter data to the Servo Ports. Each Aura Flight Mode has Dual Rates/Expo capability, however these can be turned off as well. During initial test flights, we typically we keep one flight mode as 'Gyro Off' to allow us to land safely and make adjustments if there were any errors in setup, sensor orientation, directions, or gain, etc. Unlike some other systems, Aura can have distinct control modes (including gyros) enabled or disabled in any flight mode.

==== What are Aura Flight Modes? ====
Aura Flight Modes are used to define a profile of Dual Rates, Expo, and Control Mode that all work together for a specific flight style or behavior. Flight modes are typically assigned to a 3-Position switch and can be changed anytime during flight. Typically flight modes might be Gyro Off, Precision Flight, and 3D. Each flight mode could have different Dual Rates and Expo and gyro parameters that are all changed together by a flip of a switch.

While Dual Rates and Expo are typically associated with a Flight Mode, the ability to assign one or more distinct Control Modes to each Flight Mode makes the Aura very flexible and powerful! For example, the Precision Flight Mode could select a Control Mode with Low Gains for fast forward flight, while the 3D Flight Mode could select a Control Mode with High Gains for more stable harriers and hovers.

Consider an Aura 8 Open Stock in a model with traditional aileron/elevator/rudder control surfaces and a separate thrust vector controller (TVC). Flight Mode #1 could select a Low Gain Control mode for the control surfaces with a fixed TVC. Flight Mode #2 could select the same Low Gain Control Mode for the control surfaces while selecting a separate High Gain TVC Control Mode. Flight Mode #3 could select a High Gain Control Mode for the control surfaces while selecting a separate High Gain TVC Control Mode.

==== What are Aura Control Modes? ====
Aura Control Modes specifically define how the sensor data is processed and applied to the servo outputs. Control Modes are assignable to Flight Modes and define the Control Type and Control Settings. Currently the Control Types are 'Manual - Gyro Off' and 'Rate Mode'. Depending on the Control Type, various Control Settings (such as Gain) can be tuned for the model. Each Control Mode is set individually so Control Mode A could be Gyro Off, Control Mode B could be a Low Gain, and Control Mode C could be High Gain.

=== Programming Hardware/Software ===

==== What Aura Config Tool platforms are supported? ====
At this time the Aura Config Tool runs on Windows XP, Windows 7 and Windows 8. It requires .NET 4.0 which is freely available and installed on most PCs. Many users now have the App running on Windows 10 with no issues, though it is not yet 'officially' supported.

==== Are tablets supported? ====
At this time, we test and verify the Aura Config Tool on an HP Stream 7 Windows 8.1/Windows 10 tablet. It is has proven to be a handy tool for field program changes. It is available (and with a separate Micro USB to USB OTG Adapter) for under $100 on Amazon.com and other retailers. The Aura Config Tool has not been developed for Android or iOS yet.

=== Flight Control Related ===

==== Why are Dual Rates set in Aura Flight modes instead of the Transmitter? ====
The optimum use of control algorithms such as Rate Dampener with Stick Priority dictates that the Aura must know the 'Stick Position' (not the stick position scaled by a transmitter dual rate, or offset by trims for that matter). This allows the system to properly decay the gain as desired to allow snap rolls and other maneuvers on significantly different rate settings.
By using Aura Flight Modes, the Dual Rates and Expo settings can be quickly changed and provide the desired flight behavior with the flip of a switch.

==== Why is Subtrimming and Trimming done in Aura, instead of the Transmitter? ====
Many control algorithms such as Rate Dampener, Heading Hold, and Six Axis Wing Levelers require knowledge of the actual 'Stick Center' to do their job well. The control algorithms work best when they know if the Control Sticks are truly centered. (A few clicks of trim will not have noticeable effects when only 'off' or 'rate dampener' controls are used.)

Also, if trimming is used in the transmitter, and large differences in Dual Rates are used in Aura (such as in 3D flying), The trim will change when flight modes (Aura rates) are changed. It is a good idea to '''check your transmitter outputs in its 'Monitor' screen''' to make sure the control surface outputs are very close to '''Zero at stick center'''.

==== I test flew my model and it needed some trim in the transmitter, what should I do? ====
There are a couple of methods that can be used to accomplish the goal of centering the transmitter trims.
The simplest, most straight forward way is to adjust the clevises mechanically with the needed trim offset, then center the Tx trims.

When using 'digital/serial inputs', the Quick Trim feature is also a fast and precise way to transfer the offsets to Aura so the transmitter trims/subtrims can be centered. (not available with PWM (Servo Lead) Input Connections)

To optimize the geometry (such as perpendicular servo arms at center or with difficult to access or adjust linkages) or to manually 'electrically' adjust your control surfaces, you can use the Aura Subtrim feature on the associated Servo Ports Tab of the Aura Config Tool to apply the needed offset, while centering the Tx trims.

The Aura's Quick Trim feature will allow you to quickly ZERO out any transmitter flight control trim.

==== Why do you recommend setting Aileron, Elevator, and Rudder to 125% travel? ====
Modern digital radios use small 'steps' of resolution. At 125% the transmitter and receiver make more steps available to the Aura, so trimming and control inputs can be finer.
==== Why are Control Modes (CM) Separate from Flight Modes (FM)? ====
Several reasons: 
For one, an Aura Config Tool user can create several control modes and save it in the file, and the next user can easily select which ones he wants to use in a flight mode. Example: Pick 3 from: Gain Off Precision Flight, Gain Off 3D Flight, Precision Flight w/Gain, 3D Flight w/Gain, 3D Flight B w/Gain, Six Axis Trainer, etc.

Also, the Aura has the powerful ability to apply a ''Second Control Mode'' to a flight mode with it's own algorithm and gains, etc. Examples include one set of control mode settings for the control surfaces, and another for thrust vectoring nozzles -or- a custom control mode for a steerable nose wheel that is different from the rudder and includes a separate channel for trimming. Another use could be one set of control algorythms for Elevons, and a second for a Canard control.

==== What is Stick Priority and how is it set? ====
Stick priority is a technique used in the Rate Dampener control mode to reduce the Gyro Gain as the control Stick is moved away from center. The full 'Gain' value will be applied at stick center. If the stick priority is equal to the Aura dual rate value associated with the modes, the gain will be zero when the stick reaches the end of it's travel. If the stick priority value is higher than the dual rate value, you will have gain remaining at full stick deflection. If the stick priority value is lower, the gain will be zero at a place proportionately less then full stick travel.
For most applications, simply match the stick priority value to the value of dual rate used in the associated flight mode. (If Dual Rate is 80, make Stick Priority 80)
 
If you would like to make the aircraft 'looser' for advanced tumbling Acrobatics for example, make the Stick Priority value Lower compared to the corresponding Dual Rate. (example in '''''Stick Priority is 75% of Rate''''' below)
 
If you would like to make the aircraft 'tighter/more stable' such as a flaps down takeoff/landing mode in a scale model, make the Stick Priority Value Higher compared to Dual Rate (ex. Rate=100, Stick Priority=150). You would not expect to 'snap roll' or 'tumble' with these settings, but you will have more stability, even when applying pilot inputs.
 
[[File:Stick Priority FAQ.png|framed|center|Aura FAQ - Stick Priority]]

==== What is a Master Gain, and how is it used? ====
A Master Gain 'scales' all 3 axis of gain with one proportional channel. Ch8/Aux3 is a popular channel to use, and is often assigned to a Transmitter rotary knob or other proportional input.

At -100% travel (confirmed by Aura Config Tool Input Monitor) the Gain will be 0x the set value for each axis.
At 0% (center) travel, the gain will be 1x (or the same as) the set value for each axis.
At +100% travel the gain will be 2x (or twice) the set value for each axis.

Be aware that Aux Channel Polarity, Sign Convention, and Switch Direction can vary between Transmitter brands (and even between different models in the same brand). Be sure to test your Gain Scaling switch before flight so you know which direction increases gain and which decreases gain!

:Tip 1: You can use travel adjust in your transmitter to 'reduce' the range of gain adjustment once you have your model tuned.
:Tip 2: If you no longer want a Master gain, look at the value of the data in the Aura Config Tool Input Monitor screen (ex. -8%), then un-assign the input (ex 'rotary knob') from the Tx Channel and use Tx 'subtrim' of the channel used for master gain to set the value to the desired value (ex. -8%)
:Tip 3: Master gain can be handy for changing conditions, especially for systems tuned for high gains 'near the edge' of oscillation. Example: If the weather turns cold, the gains may need a slight reduction, and the master gain can make this fast and easy.

==== Can I use and Expo in my transmitter? ====
While we consider it convenient to make all control feel adjustments in Aura (and these are easy to share with others), it is possible to use transmitter Expo settings when any Aura Dual Rates used make only 'small' adjustments. (example 80%, 90%,100%). Greater changes in Aura Dual Rates with Transmitter Expos will 'clip' the Expo curve and result in less travel than expected.
Significant Expo values in the Transmitter AND Aura should be avoided. The curves could interact with each other in undesirable ways. Use of one or the other is recommended, though quick minor Tx adjustments could be made for personal taste.

==== Can I use transmitter Dual Rate in my transmitter in addition to Aura Flight modes? ====
Yes, there are times when this is desirable, just consider that if the stick priority values are optimized for the transmitter high rates, the gain values will still be slightly active when on the transmitter low rate, so snap rolls and similar maneuvers will be affected. This is not much of an issue in aircraft and/or modes that are not expected to 'snap roll', 'spin', or 'tumble'.
An example of using this is on a jet, with the Flight Modes linked to the Flaps. with flaps up being a lower gain cruise mode, transmitter rates can be used in addition to flight modes to lower the rates as desired for certain types of flying or maneuvers. (Large Tx Rate differences (ex 50% and 100%) in Rate Dampener control modes should be used only with care and consideration.)

==== I am looking at the sample files, why are the Expo values usually lower when gyro gain is used? ====
The rate dampener gain has the effect of limiting the aircraft movement. Since the gain is higher near the center, and decays away from center due to stick priority, this resistance of movement lessens as the stick moves away from center. This automatically generates and Expo feeling.
As a general example... if you are using 30% Expo with 0% Gain (no gyro), we suggest starting with 20% Expo with 30% Gain. (reduce your expected Expo value about 3.3% for each 10% of Gain)

=== Model Setup and Install ===

==== Any tips on mounting my Aura in the plane? ====
Yes, to start, it should be in an orthogonal or 90 degree orientation. The diagrams in the Aura Config Tool show proper mounting orientations. The orientation in the Aura Config File must match the installed orientation or the sensors will not function as intended!
The mounting surface should be clean, flat, stiff, and firmly attached to structure of the aircraft to minimize vibration.
A high quality mounting tape is supplied and will hold the Aura very well as long as the surface is appropriate. In a larger, high energy model (or in any model were the tape is not completely secure), use a hook and loop strap to wrap around the Aura for further security.
Always use 2-sided mounting tape between the Aura and it's platform, do NOT use Hook and Loop material here. It is not stable enough for the highly sensitive gyros.

==== Should I control my wing Flaps from Aura or my Receiver? ====
On smaller, simpler models using less than 8 Servo Ports, it is convenient to create an Aura Config File with the appropriate Flaps Wing Type and plug the Flap servos directly in to into Aura.
On larger, more complex models needing more 'flight control' servos, it is appropriate to plug your flaps into your receiver and create an Aura Config File without any Flaps. Use the Transmitter and Reciever to drive the flaps conventionally.
Note: Flaperons should be driven by Aura since they have the Gyro/Control data in the loop. Spoilerons are the same as Flaperons, they are just supplied 'opposite direction' data from the transmitter.

====What settings do I use for Flaperons and Spoilerons? ====
In your transmitter, use a normal wing type (one aileron, one flap, do '''NOT''' program flaperons in the transmitter!). The usual one channel for aileron, and one channel for 'flap data'. By default, Aura will look for the flap data on the CH6/Aux1 channel. Program the transmitter as you usually would (Flap system and/or Travel and/or Reversing and/or Programmable Mixes, etc) to provide the Flap movement data as desired to Aura.

Your transmitters 'servo monitor' is a great tool to verify the correct channel is moving (ex: CH6/Aux1), and to visualize the result of travel/mixes etc.

Aura is simply set as Flaperon wing type using the New Aura Config File Wizard. '''Aura will mix the two channels together ''after'' proper gyro processing of the aileron data!''' The Aura Wizard will assign a servo port for each flaperon servo.

If desired, you can even apply '''differential''' travel to each flaperon (this works for dual ailerons too) in Aura by applying an appropriate 'different' ''Output Scale'' (Travel) to the right/left directions of each flaperon ''Servo Port''. (ex. More Right output scale on the right flaperon, more Left output scale on the left flaperon.)

''Note:'' '''Spoilerons''' are the same as Flaperons, they are just supplied 'opposite direction' flap data from the transmitter.

==== Does Aura need to be mounted on the Center of Gravity? ====
No. Aura uses MEMS sensors that (for typical gyro applications) do not need to be very close to the CG. You should provide a stable solid orthogonal location for mounting Aura.

==== Why are there TWO "B" ports? ====
The A and B ports are typically used for signal input. The 'Mini Port B' and the 'Servo Port B' (or just 'Port B') both use the same signal internal pin. The Mini Port B "+" voltage is 3.3 volts regulated for a DSM Satellite/Remote Receiver. The Servo Port B (Port B) "+" voltage is at 'bus voltage' often referred to as 'VBatt'. VBatt is common between all the Servo Ports and can share power with a normal receiver.
You should only make a connection to ONE of the B ports at the same time. Only use Mini Port B OR Servo Port B at any given time.

=== Power Related ===

'''Caution: When plugging in devices that can supply power, or potentially short the power bus (+/- pins), make sure that the power is disconnected or switched off. Fully plug-in and check polarity carefully before powering up the system.''' Use extra care with the polarity when connecting to the 'B' Port, do not apply reverse power.

==== What Voltage can Aura 8 use? ====
It has a Servo Port Bus voltage has a range of 4 to 10V DC. Typical RC power systems can be utilized including batteries and BEC's. It is fully 'HV' (2S LiPo) capable.

==== How much power can Aura handle? ====
The Servo Port Bus (including Servo Port B) is a common bus that runs on the supplied voltage. The current (Amps) capability is limited by the 'servo' connector itself, so it has the same capability of other systems using the servo connector. On large models with many servos, power input can be increased by adding male to male servo jumpers to any open bus port. Turbine jets and 70cc class models typically use 2 cables to supply power to the Servo Port Bus. Y-harnesses can be used to add power in the case that all ports are used. Remember to add them with power sources unplugged and check polarity carefully before applying power.
Note: When adding jumpers for "Power" only, remove the signal pins from one of the connectors in the male to male jumper.

==== Do I provide the power to Aura, or to my Receiver? ====
The answer is really up to you. While it depends on the receiver type, when the Receiver and Aura are connected via a Male-to-Male servo extension both 'servo buses' will be at a common voltage.
On models where the receiver is primarily a data source with the servos are primarily plugged into Aura, it is suggested that the power is applied directly to the Aura. The Aura can then power the Receiver via the "Male to Male Data Cable"
On regulated or 'power safe' type receiver, it is suggested that power is applied to Receiver. One or more (depending on power draw) Male-to-Male servo extensions are then used to feed power to the Aura.
More than one connector can be used to provide the Aura servo bus power. If male to male jumpers are used to provide only power, remove the signal wire from the connector. This technique can be used with Y-harnesses (Servo and Power) if all the ports are needed.
It is possible that you may want to apply one (or more) power leads to the Receiver and one (or more) power leads to the Aura. (While treating it as ONE common Bus)

==== Can I use the USB Cable while the model is powered? ====
Yes, the circuits are designed to allow this. The Aura can be connected via USB and programmed with or without the servo bus powered.
The USB port can directly power Aura and DSM Satellites/Remotes (mini-ports), but it will not power any devices connected to the Servo Bus (including Servo Port B).

=== Radio and Failsafe Related ===

==== I am using PWM male to male servo connectors, and I turn off my transmitter so the reciever is in failsafe, but the Aura LED does not turn blue (failsafe). Why is that? ====
Many modern recievers have there own failsafe and continue to put out valid servo (PWM) pulses in failsafe. Aura cannot distinguish these from valid commands. You are getting failsafe via the Rx reciever data, and Aura will 'mirror' this failsafe data. If the pulses are lost from the receiver, Aura will engage failsafe and display the blue light.

Old/Aura/Overview

2025-07-25T19:59:00Z

WikiSys: Created page with "{{DISPLAYTITLE:What is Aura?}} == Aura AFCS == === Overview === The Aura is an Advanced Flight Control System (AFCS) for fixed wing aircraft. It is very lightweight and compa..."

{{DISPLAYTITLE:What is Aura?}}
== Aura AFCS ==

=== Overview ===
The Aura is an Advanced Flight Control System (AFCS) for fixed wing aircraft. It is very lightweight and compatible with all major radio brands. You no longer need to spend a fortune, nor be restricted to specific radio brands to experience state of the art control.

The Aura is designed to enhance the pilot's experience, while not interfering with the pilot's control. Your aircraft will feel bigger and flying in less wind, while being as agile and responsive.

The powerful 32-bit processor makes it virtually future proof. The micro USB port makes updates easy, not complex. The firmware can even be updated as new features become available. Today, the Aura 8 offers various three axis rate gyro stabilization modes (and yes, you can turn it off from the transmitter if you choose), but it's new generation six axis sensor means it is ready for the future!

=== Features ===
* Enhanced Stability and Control for all types of Fixed Wing Aircraft
* 24 Channel internal architecture makes Aura powerful and allows the user to setup an incredible variety of control solutions
* The Aura Config Tool PC Application includes a New Config File Wizard that quickly and easily guides the user through the setup process
* Connects easily to receivers or satellites from all major radio brands
* Micro USB Port allows loading model configurations, user programming, and firmware updates. It uses a standard Micro USB Cable with NO 'special adapters' needed
* Custom tuning through intuitive PC Application
* 3+ Flight Modes allow precise or aggressive settings to be selected in the same flight
* Any flight mode can be setup as "Gyro Off" if desired
* Unlike many other systems, ALL flight modes can include control loops such as Gyros
* 3 Axis Rate Gyro modes for optimum Precision and 3D Aerobatics
* 6 Axis Sensor and powerful 32-bit processor allows for continuous expansion and feature updates
* Lightweight design allows flexible and clean installations without expensive add-ons required
* Includes Aura 8, Micro USB Cable, 4 male-male 'Servo' Interconnect Leads, a 'Bind Plug', and Mounting Tape

=== Aura 8 - Receiver Connections ===
* Eight Servo Ports can be individually configured as (PWM) Inputs or Outputs
* Two dedicated mini-ports for DSM® Satellites in single or diversity configurations
* Dedicated input port for single wire digital connection via S.Bus® (Futaba®) or SRXL (SPM) or JR® XBus (mode B) or Graupner (SUMD of 8) or analog PPM stream (Fr Sky, Spektrum AR7700)
* Supports traditional receivers via male to male 'Servo' Interconnect Leads