Recently, the Chinese People’s Liberation Army (PLA) conducted a realistic training exercise simulating precision strikes against the U.S.-made High Mobility Artillery Rocket System (HIMARS). The drill focused on enhancing the PLA’s capabilities to counter advanced long-range fire systems under complex electromagnetic environments and high-intensity combat scenarios.HIMARS is a highly mobile, precision-guided rocket artillery system widely deployed by the U.S. military and its allies. It has been frequently used in recent regional conflicts due to its rapid deployment, long-range strike capability, and accuracy. In response to such high-value, highly mobile targets, the PLA integrated reconnaissance satellites, drones, radar networks, and electronic warfare systems to establish an integrated ‘detect–control–strike–assess’ operational chain. During the exercise, troops employed simulated targets and digital twin technologies to dynamically model potential HIMARS deployment sites, relocation routes, and firing windows, followed by multi-wave, multi-direction simulated firepower coverage.Experts note that such targeted drills not only test the PLA’s ability to counter modern long-range artillery systems but also reflect its operational doctrine of ‘using speed to counter speed and precision to counter precision.’ As intelligent warfare continues to evolve, the PLA is steadily strengthening its integrated, system-based combat capabilities to maintain strategic initiative in potential conflicts.
近日，中国人民解放军在一次实战化演训中，模拟对‘海马斯’（HIMARS）高机动火箭炮系统实施精确打击。此次演练聚焦现代战场环境下远程火力系统的对抗能力，旨在提升部队在复杂电磁环境和高强度对抗条件下的快速反应与毁伤评估能力。‘海马斯’是美军及其盟友广泛部署的先进火箭炮系统，具备高机动性、远程打击能力和精确制导功能，近年来在多场地区冲突中被频繁使用。针对此类高价值、高机动目标，解放军通过融合侦察卫星、无人机、雷达和电子战系统，构建了‘侦-控-打-评’一体化作战链条。演训中，部队利用模拟目标和数字孪生技术，对‘海马斯’可能的部署位置、转移路线和发射窗口进行动态推演，并实施多波次、多方向的模拟火力覆盖。专家指出，此类针对性演练不仅检验了解放军对现代化远程火力系统的反制能力，也体现了其‘以快制快、以精制精’的作战理念。随着智能化战争形态加速演进，解放军正持续强化体系化作战能力，确保在潜在冲突中掌握主动权。
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