Bugs 3 mini

Channel are the same for any transmitter, you've to setup the mixer to map switches to channels.

Cool
If you need more trim for yaw go to the trim dialog then increase step for channel 4.
Acro/Angle mode can be changed anytime on the transmitter side, a reset is not required but I'm not sure the quad will register it as the manual says the position should be set before applying power. Just try ...
I'll reverse rudder & aileron.
Please give your .ini for 7e to DPyro

Note that it's still not completely cracked until the spreadsheet is required for initial bind
(and maybe that prevents porting it to the Multi project ... or perhaps the address could be entered via an lua script on Taranis and sent to the module via smartport ...)
I'm not very good at crunching numbers, but the algorithm is probably somewhat similar to the one of the Bugs3, maybe hexfet or mmakai can see something familiar in the data set?
bit.ly/bugs3mini_rxid

I also have to add telemetry, it has RSSI & low battery voltage alarm.

Yes, we "only" need to find a way to compute the last 2 bytes of the address given an arbitrary rx id ...

I've updated the test build, channels shouldn't have to be reversed anymore:
www.dropbox.com/sh/nrc4oppo121887l/AABQ_...IEn8A7BYvH5BpGa?dl=0
(just ask if your transmitter isn't in the list)

Instructions:
- start with no battery in the quad
- select Bugs3Mini protocol then press bind
- connect a battery to the quad
- wait for the bind dialog to exit then disconnect the battery for now
- go to the protocol options dialog then write down the "RX Id" value
- switch off transmitter
- go to bit.ly/bugs3mini_rxid
- find your RX Id in the green column (rxid s16)
- write down the corresponding value from the blue column (address[3:4] s16)
- connect your transmitter as an USB drive
- open the models/modelsxx.ini file in a text editor (under Windows, use notepad++ for exemple, not the builtin notepad, it does corrupt end of lines ...)
- under the [protocol_opts] section, fill the Address= field with the value from the blue column
- save and disconnect USB

Channel mapping:
Channel 5: Arm
Channel 6: Leds on/off
Channel 7: Flip mode
Channel 8: Snapshot (requires mjx wifi camera module)
Channel 9: Record video (requires mjx wifi camera module)
Channel 10: Angle / Acro mode

source: github.com/goebish/deviation/blob/protoc...bugs3mini_nrf24l01.c

No, that's Ch10, make sure your model is set to 10 channels (model menu), I suppose it's set to 8 if it was created with a previous version of the protocol ...

I'll check that tonight, I've no esc/motors connected to my FC but I can see when it is armed thanks to the leds.

@C0ckpitvue 777: you're correct, it doesn't arm if Ch10 is > 0, Ill check what's wrong.

@Pascal, awesome! Feel free to do it if you understand how it works, no hurry.