Water surface/underwater dual-mode vehicle

Abstract

The invention discloses a water surface/underwater dual-mode vehicle comprising a vehicle body, a water jet propulsion system is arranged at the tail in the vehicle body, the tail of the vehicle bodyis connected with two vertical fin rudders opposite in position in the vertical direction, the tail of the vehicle body is connected with two horizontal fin rudders opposite in position in the horizontal direction, control mechanisms are arranged in the vertical fin rudders and the horizontal fin rudders, and the front portion of the vehicle body is further connected with a hydrofoil structure. Rapid distribution can be realized, and the throwing capacity facing a severe environment is enhanced. The water skiing sailing resistance of the vehicle is obviously smaller than that of underwater sailing, the combat radius of the vehicle can be increased, and the combat effectiveness is enhanced. The hydrofoil structure directly surrounds the vehicle body through the fragment-free explosive bolts, when the tail end of the vehicle attacks, the hydrofoil structure is separated and discarded through the control bolts to achieve underwater high-speed navigation, underwater defense blind areas ofenemies are fully utilized, and effective killing of surface ships of the enemies is achieved. When the vehicle slides on the water surface, the two ends of the main hydrofoil warp upwards, and good stability is achieved.

Description

technical field [0001] The invention belongs to the technical field of aircraft, and in particular relates to a water surface / underwater dual-mode aircraft. Background technique [0002] As the main combat equipment of our navy's underwater attack and defense, torpedoes have become an important force in building a powerful navy because of their strong underwater strike power and good concealment. However, due to the high resistance of underwater navigation and weight restrictions, traditional torpedoes have a relatively small voyage and cannot effectively break through the enemy's defense circle. Air missiles have the advantages of long range, low resistance, and strong lethality. However, as countries improve the level of air interception, air missiles are easily locked by the enemy and will be destroyed before they miss the target. The sea conditions in low-altitude areas on the sea surface are more complicated. When missiles skim the water near the water surface or slide...

AI Technical Summary

Problems solved by technology

However, due to the high resistance of underwater navigation and weight restrictions, traditional torpedoes have a small range and cannot effectively break through the enemy's defense circle.

Air missiles have the adv

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