An anti-intercept missile capable of bouncing on the water surface

Abstract

The invention discloses an anti-interception missile capable of bouncing on the water surface, which comprises a missile body, a distance measuring sensor and a movable springboard. One end of the movable springboard is hinged to the bottom of the missile body, and the other end is connected to a drive system. The drive system includes energy storage. The accumulator is connected with the signal of the distance measuring sensor. During the initial flight of the missile body, the movable springboard is closed, and when it approaches the target water surface, the movable springboard is opened, and the strong impact force of the missile falling into the water makes the movable springboard retract, and the accumulator absorbs part of the kinetic energy of the missile to drive the activity through the drive assembly The springboard stretches out again to slap the water surface to realize a jump of the missile body. When the missile body approaches the target water surface again, the above jumping process is repeated to realize that the missile body jumps forward on the water surface like a spring, and then forms a complex missile trajectory. The effect of anti-interception, avoiding being detected by radar, has strong practicability.

Description

technical field [0001] The invention relates to the field of military missiles, in particular to an anti-intercept missile capable of bouncing on the water surface. Background technique [0002] At present, the interception capabilities of the missile defense systems of the navies of various countries are rapidly improving, and the missiles fly according to the traditional trajectory, and the interception rate is greatly increased. defense ability. [0003] The technology of using missiles to bounce on the water surface to break through the enemy's defense and achieve strikes was first applied in the United Kingdom. It used the principle of missiles floating on the water surface to achieve long-distance penetration, and achieved little effect. In recent years, our country has invented a missile that makes the head of the missile cut into the atmosphere at a certain angle, and the height is raised again with the help of the lift effect of the atmosphere, so that the atmosphe...

AI Technical Summary

Problems solved by technology

[0004] So far, although the principle of floating in the water has been widely used in the military, the missiles at this stage are all passive, similar to the principle of floating in the water to penetrate forward on the water surface, and use a spring-like device to make the missile active on the water surface. Bounce technology doesn't exist yet

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