RYUJO
This is an aircraft carrier. I built it to test some new technologies: formation take-off, flight and landing; auxiliary take-off system, auxiliary landing system, anti-aircraft gun aiming system.
Operation method:
VOLT: Control the forward and backward of aircraft carrier.
throttle: Control the engine of aircraft formation.
yaw: Control the direction of aircraft carrier and the yaw of flight formation.
Flight formation control method:
Only need to increase the throttle can take off automatically. When landing, it is best to accelerate the aircraft carrier to the maximum speed. Before landing, all bombs and torpedoes must be thrown away, and the engines of the flying formation must be controlled at about 8% - 10%. The aircraft in the front must pass through the orange box at the tail of the aircraft carrier to trigger the auxiliary landing system. This is that you only need to step on the brake to stop the aircraft.
Specifications
Spotlights
- chemmey 4.0 years ago
General Characteristics
- Created On Android
- Wingspan 141.0ft (43.0m)
- Length 738.3ft (225.0m)
- Height 137.1ft (41.8m)
- Empty Weight 144,270lbs (65,440kg)
- Loaded Weight 264,806lbs (120,114kg)
Performance
- Power/Weight Ratio 0.025
- Horse Power/Weight Ratio 0.047
- Wing Loading 139.5lbs/ft2 (681.1kg/m2)
- Wing Area 1,898.1ft2 (176.3m2)
- Drag Points 1072713
Parts
- Number of Parts 560
- Control Surfaces 36
- Performance Cost 2,834
@Quackie goofy ah build
How did you do this tell me
Very cool technology!
A little flaw, the ship capsized when hard turning. I suggest increase the gyro speed to keep stable.
BuT ThE RyUJo Isn'T A CarRIER.
Nice build though, I like it.
Nice!
ship
@MikeWallace np!
@chemmey Thanks
1rd