Flygard

Sorry about the delayed response - seems to be working perfectly! Thank you very much. I'm seeing very precise values (1.08132562, for instance) up to +/- ~1.35. No big problem for me personally - I need to do scale conversions anyway and will use a sensible max value. By the way: It has always puzzled me why I can't move the nosewheel when the plane stands still. But I guess that's a P3D thing. Thanks again!

Excellent. Thanks very much. I will be working on this project early next week so will report back as soon as I've got some test results.

Nothing at the moment, to be honest. Whilst I (mostly) have the prototype hardware ready and working, I'm still investigating the best approach in terms of integrating it with the sim. I was under the impression that I could do this using FSUIPC as well? I was basically planning to integrate the "setting" part the same way everyone else does with their tillers. However since I'm using Arduino AND (preferably) want to do it over the network rather than USB I'll probably run into a bunch of issues. 😁 Thanks for offering to add that. That sounds like exactly the thing I'm looking for. Like you, I'm unsure whether Prosim populates that. Would there be an easy way for me to test it before bothering you with adding something which might not ever be used? Apologies again if I'm asking n00b questions here - I come from the X-Plane world where things are done a little (a lot) differently. Literally starting experimenting with P3D/Prosim/FSUIPC a few weeks ago and learning curve for hardware integration seems to be rather steep! Happy new year!

Hi, I'm a little new to the P3D/Prosim/FSUIPC world, so apologies in advance for use of wrong terminology or misunderstandings. I'm making a motorised, force-feedback tiller for the 737 (Prosim's model). To make it work I need to both set and read the nosewheel position. The former seems straight forward, but the latter makes me scratch my head. 🤔 So the first question is if it's possible to read the actual nosewheel position. This is important because I use the difference in tiller position and actual nosewheel position to increase force feedback (the bigger the difference the harder the force feedback, with ff increasing exponentially). I'm using Arduino and prefer interfacing over network/IP. FSUIPC6 and latest versions of P3D and Prosim. Any tips? 😀