Difference between revisions of "Aura/Install"

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{{DISPLAYTITLE:Install Aura}}
 
==Installation Overview==
 
==Installation Overview==
−
There are five major steps in installing your Aura and preparing it for flight which are usually done in this order:
+
<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.
+
'''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
 
#Physical Mounting and Installation in Airframe
 
#Transmitter Setup
 
#Transmitter Setup
 
#Wiring Connections
 
#Wiring Connections
−
#Firmware Setup
+
 
−
#Aura Verification and Fine Tuning
+
After completing the installation steps, you must [[Aura/Configure|Configure the Aura]].
 +
 
 +
</blockquote>
  
 
===1. Physical Mounting and Installation in Airframe===
 
===1. Physical Mounting and Installation in Airframe===
−
(Also covered in the Aura English and German Manuals)
+
*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!)<br />
−
Mount the Aura 8 to the airframe using the included double-sided foam tape. Please observe the following rules for properly mounting your Aura. Any deviation from these explicit conditions could cause improper function the device and may result in a crash.
+
*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)
−
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.
+
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 unit may be mounted in the longitudinal or lateral axis in any orthogonal orientation.  
+
*The Aura may be installed in any convenient location in the fuselage, noting:
−
You will later use the Aura app to properly configure the orientation. (note: Refer to the Quick Start Guide for the two orientations supported by Quick Setup if you choose to use that setup process)
+
**The unit may be mounted upright or inverted as required in your installation.
−
Thoroughly clean the area to which the Aura will be mounted. Any surface dirt, dust, grease, or oil will severely marginalize the foam tape’s strength.
+
**The unit may be mounted in the longitudinal or lateral axis in any orthogonal orientation.  
−
Ensure that the mounting surface is solid and not susceptible to flexing or movement. Mount the Aura.
+
*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)
−
If installing in a high-performance airplane (larger than a typical park �flyer), place a Velcro strap around the unit to prevent it from becoming dislodged during high-energy maneuvering.
+
*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===
 
===2. Transmitter Setup===
−
If Retrofitting an existing flying model with 'normal' wing and tail types, it is possible to proceed with the existing transmitter program, but reset Aileron, Elevator, and Rudder Reversing in the transmitter 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/subtrim.
 
−
When configuring though the Aura Config Tool Application (retrofit or new model), you should NOT use transmitter subtrim or trim* during model setup. You should use Aura's subtrim or quick trim feature or mechanical linkage adjustments per below.
 
−
*Trim (not sub-trim) can be used if you use the Quick Trim proceedure to 'Zero it Out' before flight
 
−
For best Results when using the Aura Config tool, apply these transmitter settings to a FRESHLY RESET airplane model.
 
−
If your transmitter brand is not Listed, you may need to make a 'custom' transmitter and adjust it manually, or 'learn' it. These selections are on the Setup Tab in the Aura Config Tool.
 
  
−
Note: The Aura Config Tool allows the Flight Modes to be switched by nearly any Tx/Rx channel. Channel 5 is a 'default' that is commonly used.
+
The Aura has presets for Spektrum, Futaba, Graupner, JR, FRSky, and Jeti Transmitters. 
 +
*FRSky users should refer to the section on [[Aura/FrSkyUse|FR Sky Use]]
 +
*Spektrum users should refer to the section on [[Aura/SpektrumUse|Spektrum Use]]
 +
*Futaba users should refer to the section on [[Aura/FutabaUse|Futaba Use]]
 +
*Jeti‡ users should refer to the section on [[Aura/JetiUse|Jeti Duplex Use]]
 +
*Hitec users should refer to the section on [[Aura/HitecSbusUse| Hitec Use]]
 +
*Graupner users should refer to the section on [[Aura/GraupnerHottUse|Graupner Hott Use]]
 +
*JR DMSS users should refer to the section on [[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.
 +
 
 +
<br />
 +
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'''.<br />
 +
[[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:<br />
 +
1. JR Mode A is preferred as of Aura FW v1.14. For JR Mode B, see the Aura Wiki<br />
 +
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.<br />
 +
3. Aileron, Elevator, and Rudder should NOT be Reversed, other channels may be reversed at users preference<br />
 +
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.<br />
 +
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: <br />
 +
* 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)<br />
 +
 
 +
When configuring via the Quick Setup method, refer to the Quick Setup instructions regarding trim/sub-trim.<br />
 +
 
 +
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===
 
===3. Wiring Connections===
−
(Also covered in the Aura English and German Manuals)
+
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 [[Aura/FAQ|Aura FAQ]].
−
Depending on the complexity of the model and 'radio source' used, there are many ways to connect the Aura. A 'typical' setups are shown here. For more information on more advanced setups, read the 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.
−
Start by Connecting your Receiver (control data source). Refer to the images below and make the required connections. Also refer to your radios manual to see if settings are required there to enable your chosen data feed (JR and Graupner radios typically require special settings for example. Futaba and Spektrum typically do not).
+
 
 +
===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.<br /><br />
 +
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. <br /><br />
 +
'''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)<br />
 +
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>
  
−
Note: For the Retail Aura product, PPM and PWM connections require the Aura Config Tool to configure. They are not supported by Quick Setup or Auto-Detect.
+
==== Aura Professional 8 and 12 Receiver Connection Diagrams ====
−
Power your Aura by plugging the power source into any open Aura servo port. 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 "SPM PowerSafe". 'Common" Power can be appied to any port on the servo bus. See the Aura FAQ for more information on advanced power setups.
+
(Click on images to expand)<br />
−
Note: on many models, especially those of middle to high complexity, and not using the Quick Setup Method, you will likely want to jump to the next step (Firmware Setup), and plug in the servos after the 'Servo Ports' are assigned.
+
If your Receiver has a working throttle port, use it for throttle. '''Choose one of these Methods.'''
−
Next connect 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.
+
<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
  
−
===4. Firmware Setup===
+
</gallery>
−
There several ways to do the initial setup of your Aura's firmware: Choose one of these and proceed.
+
----
−
A) Quick Setup Method
+
</blockquote>
−
B) New Model "Wizard" Setup via the Aura Config Tool Application
+
−
C) Download and Modification of an existing same or similar model program
+
−
A) Quick Setup Method
+
  
−
The quick setup method is intended for fast setup of conventional models while using a 'digital' (not PWM or PPM) control source and does NOT require the use of a PC or Application. It can be accomplished with the model and transmitter.
+
===Power Connections===
−
CLICK HERE to download and review the Quick Start Guide which includes detailed Quick Setup and Quick Trim instructions. Also be sure to review the Aura Addendum.
+
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.<br />
−
B) New Model "Wizard" Method
+
:'''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'''<br />
  
−
This method uses a PC and the ACTA (Aura Config Tool Application) to guide you through the process of setting up a new model. It is suitable for ALL transmitter types, all control data types, and all complexities of models. It can easily setup simple models, but is also very flexible to allow a lot of advanced features if desired.
+
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".
−
Start by Downloading and Installing the PC Application by clicking Install Aura Config Tool.
+
−
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 ACTA.
+
−
From the pull down menus, Choose  File -> New Aura Config File
+
−
If prompted for type of Aura, choose Aura 8 Open Stock
+
−
The New Aura Config File Wizard screen will open (see example below). Simply work through the screen filling out each box.
+
−
Aura Config Name: Give a meaningful name to your model file. Ex. BVM Yak 130
+
−
Aura Config Type: Some models such as Flex Innovations products will be 'preloaded' 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. Often, you will want to choose the Generic Sport/Scale, or Generic 3D types as many models will fit under these two types.
+
−
Throttle Type: If you are using DSM Satellites or JR Mode B, you will require a throttle port (or two) on the Aura Servo Bus. PWM users should use the Receivers 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... including the number of flight control servo ports needed in Aura.  Ex: Single Throttle
+
−
Wing Type: Like a modern transmitter, the Aura supports many wing types via the pull down. Choose the one that matches your model type. Ex: 2 Ailerons
+
−
Note 1: Wing type is set in AURA only. Your Tx should be set in a default fashion with Single Aileron, Rudder, and Elevator. (see below for normal flaps)
+
−
Note 2: 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 Aura FAQ for more information.
+
−
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. Ex: Futaba
+
−
Receiver Type: Select the Receiver type that describes your Receiver's Communication Method.  Ex: 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 recieve the Tx/Rx data from. Ex: Port B
+
−
Tail Type: Select via the pull-down list, the type that matches your model. Ex: 2 Elevators, 1 Rudder
+
−
Note: 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.
+
−
Once all of the choices are made, the Wizard will assign functions to Servo ports S1-8. 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.
+
  
−
Make a NOTE of the S1-S8 Servo Port assignments for future reference. They can also be reviewed or changed later in the "Servo Ports" tab in the App.
+
See the [[Aura/FAQ|Aura FAQ]] for more information on advanced power setups.
−
Click Finish to exit the Wizard and save your settings to a name similar to your model name. Ex: BVM_YAK_130_V1 (it will save with a .acf extension)
+
See also [[Aura/General_Connections_and_Power|this page for additional power and connecting techniques]]
−
Now that the Wizard is finished, you will be placed in the Aura Config Tool with the new model file you just created loaded.
+
and [[Aura/LargeAircraftInstall|this page for information on large aircraft power techniques]]
−
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.
+
−
C) Download and Use/Modify an Existing Model Configuration File
+
  
−
Aura Configuration Files (.acf) can be saved, and shared via e-mail or website, etc.  
+
'''Note:''' See manual for warnings about power connections. The ports (particularly port B) can be damaged if power is applied with the connector 'reversed'.
−
You may obtain a Configuration File from a friend, or by downloading from the Flex Innovations Website HERE.
+
----
−
Save your file to a convenient directory on your PC.
+
<br />
−
Launch The Aura Config Tool
+
'''Aura 8 and 12 Professional'''<br />
−
Choose File -> Open Aura Config File to load the settings into the App.
+
[[File:Pro Power and Features.png|thumb|upright=0.5|right|Power for Aura 8 and 12 Professional]]
−
Review and modify the settings as desired
+
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.<br />
−
Save the settings to a modified file name of your choice.
+
[[Aura/Professional#Battery_Choices|More '''Battery Choice Information''' can be found here.]]
−
Connect the Aura to the PC using the supplied USB Cable. Allow a bit of time for the drivers to detect the Aura.
+
<br /><br />The provided '''switch''' may optionally be installed in the "'''SW'''" port. With the switch removed, the unit will be switched ON.<br /><br />
−
Press the Connect button in the Aura Config Tool (bottom right).
+
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.<br /><br />
−
Press the Write All to Aura button to write the settings to the Aura.
+
'''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.<br /><br />
−
Note: Be sure to run and pass the Transmitter Command and Aircraft Movement/Sensor tests before attempting flight. There are many variables, such as servo brands that travel in opposite directions, and variance in linkage geometries that could be different.
+
'''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)<br /><br />
−
+
'''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.
−
===5. Aura Verification and Adjustments===
+
----
−
Now that you have configured and programmed your Aura, it is time to verify the program and make final adjustments.
+
</blockquote>
−
(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.
+
−
Power the Transmitter On
+
−
Power the Aura/Rx/Servos On
+
−
Verify that Aura is On and the Sensors are Active (Solid Orange LED), and that it is receiving valid Radio Data (Solid Green LED).
+
−
Check the servos one by one to confirm that the correct Tx control is moving the correct Model control/servo.
+
−
Servo Adjustments via Aura Config Tool: (Click Write All to Aura to put the changes in effect and save frequently to your PC)
+
−
Check each Aura control to verify if it is moving in the correct direction. 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 "Subtrim" setting on the "Servo Ports" tab to center the controls.
+
−
Select the highest Rate setting via transmitter Ch 5 switch (usually Flight Mode 3)
+
−
Tip: Enable LIVE DATA on the various app tabs to track transmitter commands in the APP.
+
−
On the "Servo Ports" tab, adjust the maximum travel desired of each control using the "Output Scale' sliders.
+
−
Do the tests here to VERIFY the controls are correct!
+
−
Note: In the Apps Pull Down menu Quick Actions, there is a Quick Sensor Check feature that Exaggerates/Holds the control movements. This feature can make the Sensor/Aircraft movement test easier to perform. Be sure to Cycle the POWER before flying to exit the feature.
+
  
−
Review the other settings and tabs and make changes as desired.
+
===Servo Connections===
−
For Example, you may want to fine tune your Dual Rates and Exponential values in each Flight Mode on the Flight Mode Tab.
+
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.<br />
−
Make sure you have Written to Aura and Saved your settings to your PC!
+
Receiver port connected servos can be plugged in and adjusted via the Transmitter in the usual fashion at the time of your choosing.
−
+
<br /><br />
−
Setup is now complete!
+
<strong><big>After completing these Installation steps, you must [[Aura/Configure|Configure the Aura]].</big></strong>
−
+
<br />
−
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.
+
<noinclude>[[Category:Aura|Aura]]</noinclude>

Latest revision as of 18:42, 29 December 2020

Installation 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 three major steps while installing your Aura.

  1. Physical Mounting and Installation in Airframe
  2. Transmitter Setup
  3. Wiring Connections

After completing the installation steps, you must Configure the Aura.

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.

  • 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.

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.

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.

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 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.

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.

  • Aura 8 with Spektrum Remote Receiver(s)

  • Aura 8 with Serial Data Receiver

  • Aura 8 Servo/PWM Receiver Connections

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.

  • Aura Professional with One Input showing compatible protocols. JR Mode A uses same input.

  • Aura Professional with Two Serial Inputs with guidelines

  • Aura Professional Servo/PWM Connections for non-serial capable Receivers

  • Aura Professional Serial In with Servo Port Count. Most brands are similar.

  • Aura Professional SRXL In-and-Out with Servo Port Count

  • Aura Professional S.Bus In-and-Out with Servo Port Count

  • Aura Professional Dual S.Bus In and S.bus Out with Servo Port Count

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.

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 Aura FAQ for more information on advanced power setups. See also this page for additional power and connecting techniques and 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

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.
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.

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.

After completing these Installation steps, you must Configure the Aura.

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