为了有效对抗激光制导**, 提升车载**系统在战场上的生存能力, 提出一种车载主动防护系统的激光诱偏干扰对抗技术。根据半主动制导**系统的来袭威胁信息和特性, 探讨了激光诱偏干扰技术实现的可行性; 采用同步转发式干扰模式, 通过实验装置记录了跟踪系统从跟踪识别目标到启动干扰系统的运动轨迹, 验证了该系统能够在7s有效反应时间内实施对抗干扰, 达到主动防护的目的。

In order to effectively combat the laser guided weapons and improve the survivability of vehicle-mounted weapon systems on the battlefield, we proposed a laser induced bias interference countermeasures technology for vehicle-mounted active defense systems. According to the incoming threat information and characteristics of semi-active guided weapon systems, we discussed the feasibility of laser induced interference technique .Moreover we recorded the trajectory of the tracking system from tracking and identifying the target to starting the interference system by experimental device with synchronous forward interference mode. It is verified that the system can implement interference antagonism within 7 s and reach active protection ability.