Aircraft system based on missile power propulsion

Abstract

The invention discloses an aircraft system based on missile power propulsion. A missile power propulsion aircraft is composed of an aircraft body, wings, an aircraft flight control system, a missile power system, a missile flight control system and a switcher, wherein the aircraft flight control system, the missile power system, the missile flight control system and the switcher are arranged in the aircraft body. When an aircraft flight power control network of the aircraft flight control system is connected with the missile power system, and when the aircraft flight power control network of the aircraft flight control system is connected to the missile power system, the whole system works in a missile power propulsion state; the aircraft flight control system controls the power of the missile, the power of the missile is used for helping the aircraft to take off quickly, and when the power of the aircraft breaks down, the power of the missile can help the aircraft to keep the flight height emergently. Through reuse of the thrust of the missile, the aircraft is helped to achieve power backup, and when the main engine of the aircraft breaks down, the aircraft is helped to break awayfrom a dangerous stall state, and the thought of reuse of missile power is achieved.

Description

technical field [0001] The invention relates to the technical field of missile propulsion, in particular to an aircraft system based on missile power propulsion. Background technique [0002] Aircraft with strike capability have missiles hung on the wings or belly, and the missiles are generally powered. But at present, the power of the missile is generally only activated when the missile is launched, which does not help the take-off and flight of the aircraft. For aircraft, missiles affect aerodynamic resistance, which has a negative impact on aircraft endurance and speed improvement. In addition, there are aircraft that use rocket-assisted technology to take off. A rocket engine is attached to the fuselage of the aircraft. When the aircraft takes off, the rocket engine is started at the same time. Accelerate, thereby shortening the takeoff roll distance. But these booster rockets are dedicated rockets that will be jettisoned after takeoff. The technology of using the p...

AI Technical Summary

Problems solved by technology

The technology of using the power on the missile to boost the flight of the aircraft has not yet been applied

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