I am trying to figure out ways to have independent spring X and Y forces in DCS per aircraft. From my cursory reading of the code, so far TelemFFB have two man effects, periodic and constant, but no spring effect. Is it possible to get the spring effect implemented in the future?
Does the telemetry export what angle your stick is at? I'm wondering if it's possible to put a 100 percent force endstop at like 80 percent of the pitch axis. This would allow the m2000 to have the feel of the elastic limit
TypeError: float() argument must be a string or a number, not 'list' Traceback (most recent call last): File "main.py", line 193, in run File "aircrafts.py", line 182, in on_telemetry File "aircrafts.py", line 200, in _update_engine_rumble
20-24V, 180-350W. Meanwell LRS-350-24 is good one for the price. The USB board only does the power distribution, the main power delivery is inbuilt inside the motors.
All good I just started up in a Huey and flipped that old "force trim" toggle switch I've always had in my pit but for the first time the stick came alive when I did! And both trim and trim reset now change the centre point as (I imagine) they'd do in a real one.
Yeah I had to come back to correct something... what happens now when I hit trim: the stick DOESN*T move. The centering force just disappears. And it's amazing.
Does anyone notice how far the F-14 default stick position is in DCS? I read that this is a function of the stick curvature of the real airplane that they modeled. I love all the other FFB features of this module, but I need to somehow make an adjustment for the Rhino default position. Any tips? Thanks
It's not a function of stick curvature, but rather a function of how the stick in a real aircraft works, with the stick "center" not actually being in the physical center of the pitch axis
I ran TelemFFB while trying the Huey. Am I correct that Huey doesn't have any translational lift effects yet? Can I just add my own lines to config.ini under these and try? [UH-1H] type=Helicopter