Unmanned aerial vehicle guided missile attack system

Abstract

The invention discloses an unmanned aerial vehicle guided missile attack system which comprises an unmanned aerial vehicle and a ground command and control center. A fire control subsystem, a weapon hanger, a guided missile, a data chain, a reconnaissance pod and a distribution box are arranged on the unmanned aerial vehicle; the fire control subsystem calculates the attack attitude and time according to the target information acquired by the reconnaissance pod, the carrier platform information of the unmanned aerial vehicle and the command and control information of the ground command and control center, and controls the guided missile to launch; the guided missile is mounted on the weapon hanger, so that the information interaction between the fire control subsystem and the guided missile is realized; the guided missile realizes a target attack; the data chain realizes the remote wireless information interaction between the unmanned aerial vehicle and the ground command and control center; the reconnaissance pod obtains the target information in real time; the distribution box is used for power supply management; and the ground command and control center is used for remote control. According to the present invention, the remote command and control and program launching can be achieved, a helicopter, a bomber and a fighter do not need to be used when an attack task is executed, and the system has the advantages of being low in cost, free of casualties, long in distance, high in precision and flexible in launching.

Description

technical field [0001] The invention belongs to the technical field of unmanned aerial vehicles and guided missiles, and in particular relates to an attack system for unmanned aerial vehicles guided missiles. Background technique [0002] UAVs are mainly used for extreme sports, and are gradually being used to perform air patrol tasks. There is no research on the use of UAVs to achieve guided missile attack tasks. [0003] At present, the air-guided missile attack system mainly uses helicopters, bombers and fighter jets to achieve the attack tasks on ground stationary targets, ground moving targets, and low-altitude moving targets, which requires high funds and technology. When a UAV performs an attack mission, it needs to actively obtain the attributes, position, and state of the target. It needs to combine the flight attitude of the UAV and use the fire control subsystem to calculate and control the aiming of the intelligent missile. Only by launching under the control of...

AI Technical Summary

Problems solved by technology

[0003] At present, the air-guided missile attack system mainly uses helicopters, bombers and fighter jets to achieve the attack tasks on ground stationary targets, ground moving targets, and low-altitude moving targets, which requires high funds and technology.

When a UAV performs an attack mission, it needs to actively obtain the attributes, position, and state of the target. It needs to combine the flight attitude of the UAV and use the fire control subsystem to calculate and control the aiming of the intelligent missile. Only by launching under the control of the drone can an effective attack on the target be achieved. Therefore, the guided missile attack system of the UAV has not yet been used.

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