The invention discloses a rocket gun unmanned aerial vehicle and a working method thereof, and belongs to the technical field of aviation, the rocket gun unmanned aerial vehicle comprises a fuselage, a front wing, a rear wing, an empennage, a photoelectric system and a power system, the photoelectric system is installed at the front end of the fuselage, the front wing is located above the fuselage after being folded, and the rear wing is located below the fuselage after being folded; the front wings and the rear wings are in tandem wing layout on the fuselage after being unfolded, the empennages are located on the two sides of the tail end of the fuselage after being folded, the power system is installed at the tail end of the fuselage, a separation ring is arranged outside the power system, and the fuselage is connected with a rocket engine through the separation ring. According to the method, the attack of the rocket launcher does not depend on a reconnaissance satellite any more, the unmanned aerial vehicle launched from an independent launching vehicle or a rear airport can be launched only by occupying a conventional 300-mm rocket launcher launching tube, the rocket launcher launching vehicle can independently complete task closed loop from target reconnaissance, attack initiation and damage evaluation, and the unmanned aerial vehicle launching efficiency is improved. The striking efficiency of the rocket gun launching vehicle is improved, and the use cost of the rocket gun launching vehicle is saved.
本发明公开一种火箭炮射无人机及其工作方法,属于航空技术领域,包括:机身、前机翼、后机翼、尾翼、光电系统和动力系统,光电系统安装在机身前端,前机翼折叠后位于机身上方,后机翼折叠后位于机身下方,前机翼与后机翼展开后在机身上成串列翼布局,尾翼折叠后位于机身尾端的两侧,动力系统安装在机身的尾端,动力系统外设置有分离环,机身通过分离环与火箭发动机相连接。本发明使得火箭炮的攻击不再依赖于侦察卫星、从单独发射车或后方机场发射的无人机,仅需占用一根常规300mm火箭炮发射管即可发射,让火箭炮发射车可单独完成从侦察目标,到发起攻击再到毁伤评估的任务闭环,提高了火箭炮发射车的打击效率,节约了火箭炮发射车的使用成本。
Rocket gun unmanned aerial vehicle and working method thereof
一种火箭炮射无人机及其工作方法
07.06.2024
Patent
Elektronische Ressource
Chinesisch
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