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1. #Orx orange transmitter module driver#
2. #Orx orange transmitter module manual#
3. #Orx orange transmitter module software#
4. #Orx orange transmitter module code#

The menu system is very intuitive and easy to use, unlike some other transmitters on the market today that require studying of the manual to operate.

You can easily navigate through the menus with the convenient scroll wheel, or by using the menu buttons. Covering just about everything for fixed wing, helicopters and multi-rotors the T-SIX supports multiple wing types, multiple swashplate types, channel mixing, subtrim, exponential, dual rates, travel adjustment, servo monitor, graphic pitch/throttle curves, 10 model memory and so much more! This little gem even features an adjustable RF power output setting in the menu, allowing users to switch between US and EU power standards.Īll of the programming functions are displayed on the large and easy to read backlit LCD display. The OrangeRx T-SIX is a brilliant, fully programmable 6 channel 2.4GHz DSM2 compatible transmitter that is loaded with features. Now featuring a 3-pos Flap/Gyro switch offering more functionality, most notably the ability to switch between 3 flight modes on your multi-rotor aircraft! Have you been waiting for a fully programmable OrangeRx DSM2 Compatible transmitter? If so, your wish has been granted and at a price that's guaranteed to blow your socks off !! Description I would be interested in beta testing and giving input and reverse-engineering hardware, but I definitely lack the programming skill to achieve a nearly stable and usable port of openTX to this radio.OrangeRx T-Six 2.4GHz (6 channels) Radio System DSM2 compatible. This would be reason enough for me to buy the thing at least.

#Orx orange transmitter module code#

At this point the hardest part should be done (remember, I have no idea how complex all the other required changes to the code might be) and others might become interested in testing and contributing to this port.

#Orx orange transmitter module driver#

Somebody with the required motivation and skills would have to write a display driver based on the gathered information. If this would be likely to happen is up to anybody's imaginationįirst step would be to find out which display is used and how it is driven, if this information is not available one would have to probe the display with a logic analyzer and reverse engineer the protocol. If hobbyking would flash these with openTX by default if it was available for this radio, this could spark some interest. The question asked is clearly not if porting openTX to the T SIX is possible, but if it is worth the effort. This might be tricky, depending on how well if at all the display protocol is documented, e.g. However given that the processor is already supported and the integrated DSM2 module might use the original X1TXN protocol that is already implemented in openTX aswell, the main challenge remaining to get at least started on the T SIX would be to write a driver for the LCD. I DO NOT have any useful programming expertise, I'm just confident enough with Arduinos and MSP430s to run some basic sketches and to configure / tweak my MultiWii pocket quad, so my input on this is only theoretical and probably quite naive. I don't want to spend the $65 + shipping + tax at the moment, but i might have a weak moment on a late evening browsing HK in the near future IMHO definately a better TX than the DX6i assuming that hardware sustains use (there has been reports about failing LCDs) and definately not a copy or clone of the DX6i.Īnyway, It's well usable with the original firmware and apparently there is no interest for porting so there is no reason to go further.

#Orx orange transmitter module software#

Overall I was quite impressed build quality is better than I've seen on any FlySky TX but not quite level of the name brands, the LCD is by far the best I've seen on any cheap TX, roller type ecoder works nicely, the sticks were about as good as in my best 9x but not as good as Aurora or Futaba sticks and the software was ok for the foamies/small helis. I had a ORX T-Six here for a while before passing it to a local heli guy. The pin use is probably quite bit different and difficult/time consuming to reverse engineer though. Given that the ATMEGA 128 is already supported and directly related to ATMEGA 64, I don't think that porting requires as much work as was needed for completely new processor like in the case of the Sky9X/Taranis. Looking at the effort required to properly port, debug and support the firmware to the Taranus and Sky9X boards.