Not myself Dave
I think Kinmel has
I think we have set our radios up in a completely different way but achieving similar outcome
Andy has every channel on it's own control and combines them on the fly to make things happen. I can never remember which control does what and so crash when I shut the throttle to stop. My grandchildren want to sail it too, so it has to do most of the work itself.
I want my Shannon to be exactly the same as my other models when sailing around the lake, left stick up is forward - left stick down is slow, or stop and right stick left or right is steering. I want the buckets to move when they need to without any special input from me. Trims the same. At the same time I want 3 speed ranges- fast on an empty lake, medium when others don't want the wash ruining their sail and a lower speed for accurate manoeuvring.My radio is now programmed to achieve all of that and next I will try to put sideways docking on a 3 way switch. Up is Port, centre is zero positioning and down is starboard.
OpenTx is so versatile that there is no correct way, there are many routes to the same outcome.
I am more than happy to discuss the project and accept advice and comment.
Download the files below and you can use OpenTX companion to simulate my radio scheme as it is now. Use empty channels to play around with programming
OpenTx Companion - manual and software.....
https://www.open-tx.org/downloadsHamilton Jets issue guidance on on controlling the jets.....
https://www.dropbox.com/s/rhvvl506br2ttt2/HJ362%20R1%20A37.pdf?dl=0 ( Click the down arrow next to "Sign In" and select "Direct Download )
Once you have installed Companion you can get this file and double click it. Companion will open and you can run the simulation.......
https://www.dropbox.com/s/0ej1ow4ehfwph3j/Shannon.otx?dl=0A print out of the .otx file is here.....
https://www.dropbox.com/s/p45938pxftonbe6/Shannon_otx.pdf?dl=0you can use up a lot of time and paper solving each section.
If there is enough interest we can ask martin to create a separate thread.