A method for landing and landing of a v-shaped chute with directional speed control for an aircraft
An aircraft and chute technology, applied in the field of aircraft, can solve the problems that the front wheels cannot control the direction at the first time, the landing gear is prone to failure, etc., and achieve the effect of avoiding danger
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Embodiment 1
[0057] Space Shuttle:
[0058] 1. Two landing shuttles with a small included angle are installed at the bottom of the space shuttle.
[0059] 2. It is equipped with two small-angle aircraft take-off and landing shuttles at the bottom of the space shuttle, and two V-shaped chutes for directional and speed-controlled aircraft special take-off are laid on the runway.
[0060] 3. Install the aircraft start chute at the bottom of the directional speed control V chute of the aircraft.
[0061] 4. Set up a fuel supply point near the aircraft start chute.
[0062] 5. Build a V-shaped chute platform with 0 buoyancy force landing aircraft on the sea for directional speed control.
[0063] 6. The fuel needed for the space shuttle to prepare for takeoff is supplied by the fuel supply point.
[0064] 7. Start the space shuttle at full speed.
[0065] 8. Disconnect the fuel supply interface, and at the same time control the jack-up aircraft to start the chute.
[0066] 9. The space shu...
Embodiment 2
[0071] Jet carrier aircraft:
[0072] 1. Two landing shuttles with a small included angle are installed at the bottom of the jet carrier aircraft.
[0073] 2. Lay a V-shaped chute for directional speed control of small-angle aircraft on the runway of the aircraft carrier.
[0074] 3. Install the aircraft start slider at the bottom of the front and rear center of gravity of the jet carrier aircraft.
[0075] 4. When the jet carrier-based aircraft lands, the first landing point of the fuselage is installed with a high-strength aircraft landing shock absorber.
[0076] 5. When the jet carrier-based aircraft takes off, the pilot first turns on the full horsepower, and then turns on the aircraft start slider.
[0077] 6. The jet carrier-based aircraft can lift off safely in the shorter aircraft directional speed control V-shaped chute.
[0078] 7. The jet carrier-based aircraft is ready to land, and the high-strength aircraft landing shock absorber is turned on.
[0079] 8. The...
Embodiment 3
[0081] Large airliner:
[0082] 1. Three large-angle aircraft landing and landing shuttles are installed at the bottom of the large passenger aircraft.
[0083] 2. Cover the existing runway with a V-shaped chute for directional speed control of aircraft with a large angle.
[0084] 3. At the bottom of the center of gravity of the front and rear of the large passenger aircraft, install the aircraft start skateboard.
[0085] 4. When a large passenger plane lands, a suitable position is selected on the abscissa of the fuselage at the first landing point of the aircraft shuttle, and a high-strength aircraft landing shock absorber is installed.
[0086] 5. Before the large passenger plane takes off, turn on the aircraft and start the skateboard, so that the taxiing is more stable and comfortable, and it takes off smoothly.
[0087] 6. When a large passenger plane lands, the landing damping plate of the aircraft is opened immediately. Because of the large angle and inertia, it is...
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