近日，有军事大V在社交平台上发布内容称，解放军远程火箭炮（远火）系统在模拟打击演练中，对‘海马斯’（HIMARS）高机动火箭炮系统展现出高度针对性。这一说法引发广泛关注。所谓‘海马斯’是美国研制的一种轻型、高机动性多管火箭发射系统，具备快速部署与精确打击能力，在近年多场冲突中表现突出。而中国远程火箭炮系统经过多年发展，已形成射程覆盖300至500公里、精度高、火力猛的体系化作战能力。大V所指的‘针对性强’，主要体现在远火系统在模拟对抗中能有效识别、锁定并打击类似‘海马斯’这类高价值、高机动目标。这包括利用侦察卫星、无人机等手段进行目标定位，并通过智能弹药实施精准打击。此外，远火系统强调‘快打快撤’，与‘海马斯’的战术特点形成直接对抗。专家指出，此类模拟演练反映了现代战争中‘以快制快、以精制精’的对抗逻辑，也体现出中国陆军远程火力体系正朝着智能化、体系化方向加速演进。不过，需理性看待网络信息，实战效果仍需综合战场环境、电子对抗、后勤保障等多重因素评估。
Recently, a prominent military influencer posted on social media claiming that the People’s Liberation Army’s long-range rocket artillery system demonstrated high specificity in simulated strikes targeting the U.S.-made HIMARS (High Mobility Artillery Rocket System). This statement has drawn significant public attention.HIMARS is a lightweight, highly mobile multiple rocket launcher developed by the United States, known for its rapid deployment and precision strike capabilities—traits that have proven effective in recent conflicts. In contrast, China’s long-range rocket artillery systems have evolved into a sophisticated force with ranges between 300 to 500 kilometers, offering high accuracy and formidable firepower.The phrase “highly targeted” refers primarily to the system’s ability in simulations to effectively detect, track, and engage high-value, highly mobile assets like HIMARS. This involves integrating reconnaissance satellites, drones, and other ISR (Intelligence, Surveillance, Reconnaissance) assets for target acquisition, followed by precision-guided munitions for accurate strikes. Moreover, China’s rocket artillery emphasizes ‘shoot-and-scoot’ tactics, directly countering HIMARS’ operational doctrine.Experts note that such drills reflect the modern warfare paradigm of ‘speed versus speed’ and ‘precision versus precision,’ highlighting the PLA Army’s ongoing shift toward intelligent, integrated long-range fire support. However, observers should maintain perspective: real-world effectiveness depends on numerous factors, including battlefield conditions, electronic warfare, and logistical support.
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