Programming card quick guide

Firmware
update Wired Wireless
AFHDS 2A long range receiver (P274, 2019 new model) Yes Yes No
AFHDS 2A Mini (P275, 2019 new model) Yes Yes No
RTH flight stabilizer (P315, 2019 new model) Yes Yes Yes
All V3 and up PWM receivers (R620X…R1220X) Yes no Yes
AIO stabilizer 2 servo (P311, 2019 new model) Yes no Yes
AIO stabilizer 4 servo (P322, 2019 new model) Yes Yes Yes
ORX serial receiver (#189868 Orange RR12RDTS receiver) Yes no Yes
List of receivers and stabilizers working with Programming Card:
The card can act in following modes:
- as a stand-alone configurator with wireless or wired connection
RTH flight stabilizer (P315, 2019 new model) -wireless only
V3 ORX PWM receivers (R620X-R1220X) -wireless only
AIO Stabilizer 2 Servo (P311, 2019 new model) -wireless only
AIO Stabilizer 4 servo (P322, 2019 new model) -wireless only
ORX Serial Receiver (#189868 Orange RR12RDTS receiver) –wireless, bridge to PC
AFHDS 2A long range receiver (P274, 2019 new model) – wired only, bridge to PC
AFHDS 2A Mini (P275, 2019 new model) – wired only, bridge to PC
- as a bridge between target and PC for configuration from PC (using PC configurator)
- as a bridge for targets’ firmware update from PC – all devices mentioned above
Programming Card, being connected wired or wirelessly, can control outputs of the receivers. In this
mode user can set values on the each servo output. This is particularly useful for mechanical setup of
planes. Also, these servo values can be stored as Fail Safe settings.
Programming card can control different settings on receivers and flight controllers:
- Telemetry type: None, Analog, MSP, etc., depending on the receiver.
- Binding settings: auto-bind with several different time outs, manual bind
- Fail safe settings: predefined, all centers, no signal etc.
- Serial output selection of receivers – s.Bus, is.Bus, cPPM, iBus, xBus etc.
- PID-s, flight modes, channel assignment, ARM-ing settings and much more for flight controls (see
instruction manual for details)