@DeejeX Paste the code i put into the ailerons, elevators, and rudder respectively. The 100 and 50 are arbitrary and if you want more stabilization, make the number smaller and vice versa
Smaller control surfaces should help, but it will make your plane less maneuverable. Or you can try giving stabilized control surfaces a try if you don't want to sacrifice maneuverability. (Roll)+(RollRate/100*((-abs(Roll)+1)/1)) (Pitch)-(PitchRate/100*((-abs(Pitch)+1)/1)) (Yaw)-(YawRate/50*((-abs(Yaw)+1)/1))
@ReinMcDeer
I looked but couldn’t find Input controllers.
Please send me pics
@DeejeX via XML overload, look for inputController in the wings/rotators
@ReinMcDeer but where in the ailerons etc.
@DeejeX Paste the code i put into the ailerons, elevators, and rudder respectively. The 100 and 50 are arbitrary and if you want more stabilization, make the number smaller and vice versa
@ReinMcDeer
How do I do the stabilised control surfaces
Smaller control surfaces should help, but it will make your plane less maneuverable. Or you can try giving stabilized control surfaces a try if you don't want to sacrifice maneuverability.
(Roll)+(RollRate/100*((-abs(Roll)+1)/1))(Pitch)-(PitchRate/100*((-abs(Pitch)+1)/1))(Yaw)-(YawRate/50*((-abs(Yaw)+1)/1))