Auto Credit Based on AtomicCyclone's GP2 Stradale
Please UPVOTE AND SPOTLIGHT
I want this way to make bikes to be known by as many people as possible.
I've been experimenting for a while, trying to make a self stabilizing bike, this bike still retains a gyro, but uses it only to lean, the steering input depends both from speed and lean angle and as you will notice, the front wheel is free to turn!
Yaw to lean, Pitch=throttle, Brake to.... guess what? VTOL to do wheelies/stoppies
Specifications
Spotlights
- Kangy 4.3 years ago
- ThomasRoderick 3.8 years ago
- MintLynx 3.8 years ago
- Skyler101 3.8 years ago
- ayou2005 3.8 years ago
- TWDDerSharkmarine 4.3 years ago
- captainhall 4.3 years ago
General Characteristics
- Predecessor GP2 Stradale
- Created On Android
- Wingspan 3.6ft (1.1m)
- Length 15.9ft (4.8m)
- Height 9.5ft (2.9m)
- Empty Weight 727lbs (330kg)
- Loaded Weight 727lbs (330kg)
Performance
- Wing Loading 439,839.3lbs/ft2 (2,147,483.6kg/m2)
- Wing Area 0.0ft2 (0.0m2)
- Drag Points 762
Parts
- Number of Parts 155
- Control Surfaces 0
- Performance Cost 509
Thanks to everyone who upvotes and spotlights, I really just want as many people to see how I made this bike, so that everyone can make a realistic handling bike, so feel free to modify and experiment with it!
@MintLynx thank you! Spent a lot of time into this "self adjusting" steering system, its main problem was that it ended up being either too janky, or too stable, with some trial and error, I ended up with something I find acceptable.
This thing handles quite well, it feels a little jank at low speeds but once up to speed it works flawlessly. Clever ideas in this build!
This is very good! I’ll help spread the word
@DafaARK hope you found what you were looking for
@Noobybits123567 thank you very much :D
Nice work! This is awesome!
@WarshipDude thank you!
@AtomicCyclone ahh, very understandable, good work bro!
@WarshipDude yes, even if in SP wheels do not generate any gyroscopic stabilization, the steering assembly (front fork, wheel and suspension) has a limited rotation of 30°, but it's free to move in its range. Resulting in a speed and roll angle relative steering input.
What an interesting experiment that you did, so it should work like a real bike?