Cypher/JRDMSSInput

Setup for using a JR DMSS Tx/Rx

Always start with a reset/new transmitter model!
NOTE: If your JR transmitter is DMSS, continue here. If it is DSM2 or DSMX, follow Spektrum instructions!
NOTE: You will use the 3-Pin to 4-Pin Male to Male cable provided to connect the JR DMSS Rx to the FLEXF3. This is the same cable arrangement shown on page 15 of the manual for the Futaba connections. (Non-Telemetry)

CYPHER/Betaflight Settings

Use one of the Betaflight configuration tools to make these settings. Be sure to SAVE the configuration page after adjustments.

Configuration Page

Betaflight Serial Provider Setting

Betaflight Serial Provider Setting

Betaflight JR Map Check

Receiver Mode            ->  Serial Based Receiver (Cypher Default)
Serial Receiver Provider ->  XBUS_MODE_B           (aka JR XBUS MODE B)
Telemetry slider         ->  OFF                   (Cypher Default)

SAVE the page!

CLI Page

Channel Order            ->  AER2T134     Must be set in CLI Mode for JR DMSS!!

Go to the 'CLI' page.
Cut and paste or type the following line into the command line:
   map AER2T134

Hit ENTER on the keyboard than paste or type:
   save

Hit ENTER on the keyboard. (This is NOT the 'Save to File' button)

You can VERIFY (but not pick) the AER2T134 settings on the Receiver Page.

JR DMSS Transmitter settings:

XG14 Mode 2 transmitter and R?? Receiver used for validations (Most common models expected to work the SAME)
You can verify the completed settings using the tools using the BetaFlight Receiver page.

Model->New Model

Name:                  FV-31 Cypher
Model Type:            Aero

Bind to Rx per Jeti instructions (verify function with servo in port 2 if desired)

Model->Basic Properties

Wing type:             1 Ail, 0 Flaps       (default)
Tail type:             Normal 1 Elev 1 Rudd (default)
Throttles:             1                    (default)
The rest are defaults                       (default)

Reversing

1   Ailerons        R  (Reversed)
2   Elevator        N 
3   Rudder          R  (Reversed)
4   Throttle        N
5   Gear            N  -or as desired
6   Aux1            N  -or as desired

<br />
''<big>Model->Servo Assignment</big>''
<br />Sets output order to same as Spektrum: Links the above functions to ‘output slots’ in data stream
<pre>
1    Throttle
2    Aileron
3    Elevator
4    Rudder
5    Profile-Stab      (Angle Mode / Stability 3 -vs- 6 axis)
6    Config-Tilt       (Fan Tilt / Configuration switch)
7    Arming            (Optional)
8    Mode Rates        (Optional
9    R Slider          (Optional)
10   L Slider          (Optional)

Model->Servo Setup

All items set to defaults except as noted
ALL subtrims 0%             (defaults)
Travels                     -general
   All Max Positive  100%   -except for the Config/Tilt noted below     (defaults)
   All Max Negative -100%   -except for the Config/Tilt noted below     (defaults)
Travel for Config/Tilt      
   Max Positive      81%    -start with these and then you MUST adjust final angle w/gauges
   Max Negative     -57%
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 †     
   6  NO  †
   7  NO  †
   8  NO  †
   9  NO  †
   10 NO  †
†User can set items 5-10 per their preference

Do the command and gyro checks

Model->Timers/Sensors

Timers:    Set a free running
Timer length suggestion for first flights
     2200mAh:            2:30
     2600mAh:            3:10
     3300mAh:            4:00
Other settings for telemetry/Alarms can be introduced in Wiki

Model->Device Explorer

With system powered and bound
  Under Receiver             Example: R3 EX with ‘Check Mark’
     Serial Link:            EX Bus
     Note the JETIBOX/EX Bus Pin “Value” for plugging in Male to Male Cable.
     On the R3-EX it is “Ext” which is marked “4/EXT” on the receiver.
     The rest of settings are defaults/or as user desires
Note: Output period shows 17ms