红外成像制导武器精度高、抗干扰和全天候工作能力强、打击距离远 ,在复杂背景条件下具有捕获、识别、锁定和跟踪目标的自动决策能力 ,尤其适合攻击纵深的地面固定目标。在高技术兵器迅速发展的今天 ,已成为各国重点研究和发展项目之一 ,对国防工程生存构成严重威胁。文中对红外成像制导过程中的目标跟踪机理作了分析 ,提出了利用动态变形方法对抗红外成像制导武器攻击的思路。 Infrared imaging guidance weapons with high precision, anti-jamming and all-weather ability to work long distances, with complex background conditions capture, identify, lock and track the target’s automatic decision-making ability, especially for attack depth ground fixed target. Today, the rapid development of high-tech weapons has become one of the key research and development projects of all countries, posing a serious threat to the survival of national defense projects. In this paper, the target tracking mechanism in the process of infrared imaging guidance is analyzed, and the idea of ​​using dynamic deformation to attack the infrared imaging guidance weapon is proposed.