Fly your Toy Quadcopter (Cheerson CX-10, Eachine H8 Mini, ...) with your Taranis!

In this video I show you how to fly your toy quadcopter with your Taranis radio. This works for the Cheerson CX-10, Eachine H8 mini, Syma X5C-1, ... and many more toy quadcopters.
This is possible thanks to the nRF24 Multipro transmitter module, which connects to the PPM output of the Taranis.
The person who made this possible is Goebish, who reverse engineered and implemented the protocols of these toy copters, designed the nRF24 Multipro module and makes his implementation available as open source from GitHub.
Goebish does sell a limited amount of these modules "ready to fly", you can contact him through RCGroups:
You can also reach Goebish directly through e-mail for buying these modules or parts of them: goebish at gmail.com (replace the " at " by @ - this is to avoid spam bots).
There is a great thread on RCGroups about this module, where Goebish is also very active, and where you can learn a lot about how it works or how you can build your own:
The actual implementation of this module and the full list of supported toy quadcopters is available here:
If you love tinkering or if Goebish is out of RTF modules, you can actually build your own module. I will provide you with basic instructions for this here.
You will need:
- Arduino Pro Mini:
- 2.4 GHz transmitter module:
- USB flasher:
- nRF24 Multipro PCB: from Goebish (see contact info above)
You will need to flash your Arduino with the nRF24 Multipro source code from above using the USB flasher. You will then need to solder the 2.4 GHz transmitter module and the Arduino to the Multipro PCB from Goebish, which can then directly connect to your Taranis, and you are done.
If you *really* love tinkering, you can even build a replacement module for Goebish's PCB yourself. His PCB basically downsteps the Taranis PPM signal (which comes at 7.2V+) to the 3.3V which the Arduino is expecting using a MOSFET. It also downsteps the actual voltage provided by the Taranis (again 7.2V+) to that needed by the Arduino (3.3V) and the 2.4 GHz transmitter (3.3V). If you love electronics you can build this your own, or just buy one of Goebish's PCBs.
Much more detailed information on this can be found in this RCGroups thread: