Unmanned air cushion platform of aircraft carrier free with no flight deck

Abstract

The invention discloses an unmanned air cushion platform of an aircraft carrier with no flight deck. The unmanned air cushion platform comprise a hovercraft, a fighter launching and recovering platform, a fighter arrester, fighter fixators and fighter guide positioners. The fighter launching and recovering platform is fixed to the top of the hovercraft. The fighter arrester and the fighter guide positioners are mounted on the fighter launching and recovering platform. The fighter fixators are mounted in the hovercraft. The tops of the fighter fixators penetrate through the fighter launching and recovering platform. The three fighter guide positioners separately correspond to the positions of three undercarriages of a fighter. The two fighter fixators are separately located on one sides of the two fighter guide positioners corresponding to the two longitudinal double-wheel bridge-shaped rear undercarriages of the fighter. By adoption of the unmanned air cushion platform, the fighter take-off and landing problems are thoroughly solved so that the aircraft carrier can omit the flight deck and can simultaneously launch or recover fighters in a large batch mode, and the combat capacity of the aircraft carrier is greatly improved.

Description

technical field [0001] The invention relates to an unmanned air cushion platform of an aircraft carrier without a flight deck. Background technique [0002] The aircraft carrier is the weapon platform with the most deterrent force and the highest combat effectiveness in the modern navy, and its main combat weapon is the fighter jet. Traditional aircraft carriers rely on flight decks to take off and land fighter jets. Due to the limited number and length of takeoff and landing runways, it is very difficult to take off and land aircraft. Even with the most modern electromagnetic ejection technology, the number of dispatched and recovered aircraft in a short period of time is still limited. Nor can a large number of self-defense weapons be installed, and the aircraft carrier itself has weak anti-attack capabilities. Only one or two small ship islands can be set above the deck, and a large number of facilities and personnel can only live in the lower warehouse. [0003] The ap...

AI Technical Summary

Problems solved by technology

Traditional aircraft carriers rely on flight decks to take off and land fighter jets. Due to the limited number and length of takeoff and landing runways, it is very difficult to take off and land aircraft. Even with the most modern electromagnetic ejection technology, the number of dispatched and recovered aircraft in a short period of time is still limited. It is also not possible to install a large number of self-defense weapons, and the aircraft carrier itself has weak anti-attack capabilities

Only one or two small ship islands can be set up above the deck, and a large number of facilities and personnel can only live in the lower warehouse

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