Base for Hovercraft
Detaching the hovers from the base is fairly easy, just pull on the red plate on the motors themselves!
When creating the engines, I was inspired by the "Icarus Vll" hovers from the "crossout" game, or rather the old models of this wonderful chassis! The controls are pretty simple:
Forward-W (Pitch Forward)
Back-S (Pitch back)
Turn Right-D (Roll Left)
Roll Left-A (Roll Left)
Strafe Right-E (Yaw Right)
Strafe Left-Q (Yaw Left)
Air brakes that work in all directions - a gap (Brake)
Hovers have a speed limit of 80 kmh (49.68 mph) as in the crossout itself.
There are certainly disadvantages in the form of inertia, but in the near future this will be corrected.
Attention! (Operating Tips)
1. The use of these hovers without a gyroscope has not been considered and will not be considered! Be sure to place the gyroscope in order to avoid roll and any other troubles (it is advisable to use the gyroscope that comes with the hovers)!
2. Don't build huge plates! The engines may float above the surface, but they work as follows: the height is measured from the cabin and not from the engines themselves!
3. Air brakes coming in a set work in all directions and just give speed limits! So it is advisable to install them on craft too.
The hovers version is not final, so mistakes in their work are possible! If you find bugs, please contact their creator (me).
Specifications
General Characteristics
- Created On Android
- Wingspan 22.7ft (6.9m)
- Length 23.4ft (7.1m)
- Height 7.2ft (2.2m)
- Empty Weight 10,782lbs (4,890kg)
- Loaded Weight 11,197lbs (5,079kg)
Performance
- Power/Weight Ratio 1.204
- Wing Loading 439,839.3lbs/ft2 (2,147,483.6kg/m2)
- Wing Area 0.0ft2 (0.0m2)
- Drag Points 10929
Parts
- Number of Parts 284
- Control Surfaces 0
- Performance Cost 1,004