天基激光卫星武器将高能激光器与跟踪瞄准系统集成到一个卫星平台上,部署在高度为1500公里的地球轨道上,成为激光反导卫星。它可以摧毁4500公里范围内刚刚穿出大气层的弹道导弹。包括跟踪和瞄准在内的整个过程,用时不超过10秒。如果面临多枚导弹齐射,反导卫星上的激光武器能在1秒钟内从一个目标转向另一个目标。每颗卫星所携带的激光燃料可以保证200-500秒的激光发射,这样一颗就具有摧毁100枚导弹能力。外大气层杀伤飞行器外大气层杀伤飞行器不携带任何炸药,它是在速度的支持下,与敌目标同归于尽的。1999年10月3日,美国国家导弹防御系统进行了一次“外大气层杀伤飞行器”攻击某一导弹的 Space-based laser satellite weapons integrated high-energy lasers and tracking aids into a satellite platform, deployed on Earth's orbit at a height of 1,500 kilometers and became a laser anti-satellite. It can destroy the just-launched ballistic missiles within a 4,500-kilometer radius. The entire process, including tracking and targeting, takes less than 10 seconds. If faced with multiple missile salvo, laser weapons on ABM satellites can move from one target to another within 1 second. The laser fuel carried by each satellite can guarantee a laser launch of 200-500 seconds, so that one has the ability to destroy 100 missiles. Exo-Atmospheric Killing Vehicles Outside the atmospheric killings, the aircraft does not carry any explosives, it is with the support of the speed, and the enemy targets are attributed. On 3 October 1999, the United States National Missile Defense Conducted a “Outer-Atmospheric Killing Vehicle” Attack on a Certain Missile