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近日,美国陆军宣布PA-3 MSE导弹具备了初始作战能力,拥有更为先进的命中即毁低层反导能力。PAC-3 MSE导弹进入初始作战能力验证阶段,将为作战人员提供应对来袭目标的打击能力。作为高速拦截弹的PAC-3凭借其命中即毁技术主要用于战术导弹的拦截,作为爱国者导弹的继承者,在原有PAC-3导弹的基础上提高了作战高度以及作战射程,于2014年进入里程碑C阶段,同年获得了美国的首批订单。PAC-3 MSE导弹采用的双脉冲固体火箭发动机推力更强大,为极大地增强机动性而改进了弹翼和结构,倍增了原有PAC-3的作战能力。
Recently, the U.S. Army announced that PA-3 MSE missiles had the initial capability to fight and even more advanced hits to destroy lower-level ABM capabilities. PAC-3 MSE missiles enter the initial operational capability verification phase, will provide combat personnel to meet the incoming strike capability. The PAC-3, as a high-speed interceptor, is mainly used for the interception of tactical missiles with its hit-and-destroy technology. As the successor to Patriot missiles, the PAC-3 has improved its combat altitude and operational range based on the original PAC-3 missiles. Into the milestone C phase, the same year won the first batch of orders in the United States. The dual-pulse solid rocket motor used in the PAC-3 MSE missile is more powerful and improves the wing and structure for greater maneuverability, doubling the combat capability of the original PAC-3.