@DeveloperKorzalerke
Well... Landing gear.

yes

I don't think anything will work considering the only thing you can change on floppy rotators is the range, why exactly does it need to be floppy? Wouldn't a rotator with a input counter to whatever the floppy one moves along to work well enough? I could test the plane to try to find a solution if you want, just tag me on the post.

Hmm... I don't know if it's possible to limit the movement of a floppy rotator. The min and max are for the input, so if there's no input, they obviously won't do anything.

Actually, I just thought of a potential solution (depending on how you're trying to do this). If the rotator needs to be able to go, say, 60deg backwards (and nothing at all forwards), you might be able to get away with turning the rotator 30deg backwards and letting it move 30deg in either direction. Don't know if this will work for what you're doing, though.

@ZeroWithSlashedO Try making the input of 'min' to '0' or 'max' to '0'

@DeveloperKorzalerke
I just did. I said I'll try it again. Not right now though, I'm a bit busy.

@ZeroWithSlashedO check my second comment

@HuskyDynamics01
I have tried that. It failed.
Problem #1:
This is a floppy rotator. Not a rotator with speed set to anything above 0.
@DeveloperKorzalerke
Problem #2:
I don't use any inputs.

Might try it out again, see if it works. I'll inform you two after the testing.

Oh wait i just noticed you said floppy rotators, for those go into overload, inputcontroller and change min to 0 and max to 1 (or min to -1 and max to 0, depending on the direction.)

You can also set the max or min to 0 (instead of 1/-1, respectively), and then invert the input if necessary.

clamp01(inputhere) or clamp(inputhere, -1, 0) depending on the side it rotates to.