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Auto Credit Based on Suubk27's 1993 Toyota Supra
The EasyDrift system works really well on this build, wanted to share it cuz it's really fun to drive around, to drift, keep in mind you have to use yaw to steer, to enter the drift you have many ways:
First slight turn on one side, then decise turn to the other.
Sharp turn at high speed.
Braking while turning.
Specifications
General Characteristics
- Predecessor 1993 Toyota Supra
- Successors 2 airplane(s) +90 bonus
- Created On Android
- Wingspan 6.5ft (2.0m)
- Length 14.7ft (4.5m)
- Height 4.5ft (1.4m)
- Empty Weight 3,135lbs (1,422kg)
- Loaded Weight 3,268lbs (1,482kg)
Performance
- Wing Loading N/A
- Wing Area 0.0ft2 (0.0m2)
- Drag Points 818
Parts
- Number of Parts 564
- Control Surfaces 0
- Performance Cost 2,469
@AtomicCyclone Okay, I'll definetly tag you when i do. Right now, im working on a RWD/4WD Drift truck, and progress is looking good
@KSB24 I'm sorry, WHAT?!
How??
Maybe just let it cool down, then do this.
@Lwills it's make my device TOO HOT 🔥. It makes even the test impossible
@KSB24 can you please turn this into a AI racer?
@BNKAB sorry for the late reply, it uses the slip angle from funky trees to autocorrect the the steering input, by adding to steering input value a "corrected slip angle", which is just the slip angle multiplied with a constant divided by speed. If you don't want to recreate it (I know it's a bit messy), you can publish the build and then I can add it, consider that I had to modify constants of the code, grip on wheels, and weight distribution of some builds to make it work. But I encourage you to just copy, experiment on it and modify it if you need to, you might end up finding a way to improve it.
How does the EasyDrift system work? I wanna try to recreate it on one of my creations
@AtomicCyclone Best of luck!
@MintLynx I managed to somewhat solve it with a short steering arm, but I will still try to use the rotator, and see if I can get better results.
@AtomicCyclone Based on my own attempts, I think it might be better to just remove the piston steering and set the floppy rotator to steer it, mechanically increasing the steering causes one side to droop for some reason, which would likely cause problems.
@AtomicCyclone I suspect it might be possible, you could look up diagrams of real life angle kits. The piston steering is based on rack and pinion systems so perhaps emulating the designs of angle kits might help.
@AliceArisuShimada HELL YEAH ISSA SOOPRÆ
@MintLynx And I also tried your AE86, but the low steering angle makes it a real challenge, even by giving pistons a higher range, it is limited at about 35°, not enough to drift with the sp grip system, still trying to somehow make it work, but I was wondering if you were able to modify it and give it more steering angle, keeping the piston steering.
@MintLynx I know, unfortunately due to how grip works in simpleplanes, wheels at low speed slide a lot, and the FT code goes crazy, that's why I had to "lock" the steering at low speeds, I'll try to isolate the manual steering from it and see if it works
@AtomicCyclone I had a lot of fun driving this car too! One suggestion though is to perhaps find a way to make the steering work at very low speeds in the code.
Yo iz dat a sopraa
@MintLynx Thank you! I'll try to tweak your AE86, I'm having so much fun with this simple FT code that I really don't get how no one made something like it before :D
If you want another build to give a drift makeover, you have my blessing to tweak my AE86. If you'd like that is.
You've really improved on the easydrift system and the supra, possibly the best drifter on the site!