Kinetic energy interceptor based on head deflection

Abstract

The invention relates to a kinetic energy interceptor based on head deflection. In order to overcome the defects that an existing kinetic energy interceptor is poor in hit precision and large in hit deviation for a low-altitude target, the kinetic energy interceptor providing lateral overload by means of head deflection is designed and sequentially comprises a guide cabin, an instrument cabin, a kinetic energy combat cabin and a tail section which are connected in series from front to back, and an integrated comprehensive control machine and a battery are installed in a head cone cabin. Each electrical single machine arranged in the cabin section is connected with a battery through a power supply cable, and data information is transmitted through a control cable; a head deflection mechanism is installed at the rear end of the guide cabin, the integrated comprehensive control machine rudder control module sends a deflection instruction, and the head deflection mechanism deflects in the pitching direction and the yawing direction according to the instruction and provides lateral pneumatic capacity; the kinetic-energy combat cabin is connected with the instrument cabin through a center main shaft, an electric thrust rod is installed in the center main shaft, a kinetic-energy intercepting folding rod is installed outside the center main shaft, a three-section folding mode is adopted, and the folding rod is placed on the surface of the projectile body after being folded.

Description

technical field [0001] The invention relates to the technical field of missile defense, in particular to a kinetic energy interceptor based on head deflection. Background technique [0002] The kinetic energy interceptor is a combat weapon derived from the development of rocket weapons. With the development of precision-guided weapon technology, intercepting enemy targets can also choose to use kinetic energy to intercept and directly hit the target, causing damage to the structure and performance of the enemy target, or the posture becomes unstable and the battle cannot continue. [0003] At present, the main power mode for kinetic energy interceptors is direct force or direct / air compound mode. The main weakness of the existing technology is that the hit accuracy is poor. For low-altitude targets, the hit deviation is relatively large. The hit accuracy error mainly comes from four aspects: [0004] Launching devices, traditional artillery and missile launches, due to the...

AI Technical Summary

Problems solved by technology

[0009] Aiming at the disadvantages of the existing kinetic energy interceptors, such as the poor hitting accuracy and large deviation of low-altitude targets, the present invention designs a kinetic energy interceptor that relies on head deflection to provide lateral overload

Images