——————————Intro——————————
Low Poly style tank made as an experiment for a single hinge stabilisation system using only the code on part, hence why it has a primitive pitch stabilisation hinge that I was playing around with.
—————————Notes———————————
The code I came up with reads:
clamp(sum(Pitch)-PitchAngle/x ,-.4375,.5)
With the x being a value that I can change depending on the hinge range to make the movement a bit smoother and more stable.
For those who don’t know, the “clamp()” is basically a way of limiting the range of what’s inside the brackets and the “sum()” is what stops the rotor/hinge from returning to neutral. At least I think so...
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If anyone has any suggestions to improve it or a version for horizontal stabilisation then I’d love to hear it!
I’ve seen Some that use the physics of fast spinning masses and gyros but I want to try to make a system that just works off one hinge/rotor for low part stability.
—————————Controls—————————
Trim is for throttle
AG7 is the machine gun
AG8 is the main cannon
Specifications
General Characteristics
- Successors 1 airplane(s)
- Created On iOS
- Wingspan 10.7ft (3.3m)
- Length 24.9ft (7.6m)
- Height 7.9ft (2.4m)
- Empty Weight 7,932lbs (3,597kg)
- Loaded Weight 9,527lbs (4,321kg)
Performance
- Wing Loading 439,839.3lbs/ft2 (2,147,483.6kg/m2)
- Wing Area 0.0ft2 (0.0m2)
- Drag Points 3931
Parts
- Number of Parts 77
- Control Surfaces 0
- Performance Cost 656
@PolyIsGone Np, Hope My Formation Light Be Helpful For You
@MrCOPTY Thanks for all the upvotes. I’ve a few things in the pipeline with FT features so found your post on formation lights via text label very interesting … I’ll have to use that trick sometime.
@PolyIsGone as i thought
@DonateMaster Cheers, only did it as a base to test the system :)
Good Tank