近日，有军事专家指出，中国解放军新型远程箱式火箭炮系统（简称“远箱火”）的打击范围已能覆盖台湾全岛。这一说法引发广泛关注。所谓“远箱火”，是指采用模块化设计、具备高精度制导能力的远程火箭炮系统，其最大射程据信可达300至500公里，部分改进型号甚至更远。台湾海峡最窄处约130公里，最宽处约400公里，因此从福建沿海等前沿阵地发射，该武器系统理论上可对台岛内任何目标实施精确打击。专家分析认为，“远箱火”不仅射程远、火力猛，还具备快速部署、多弹种兼容和信息化作战能力，是现代陆军远程火力打击体系的重要组成部分。其列装进一步提升了东部战区对台海方向的快速反应与精确打击能力。值得注意的是，此类武器系统的部署并非针对平民或基础设施，而是聚焦于军事目标，体现了解放军“以武促统、以打促谈”的战略威慑思路。总体来看，“远箱火”覆盖全岛的说法，既反映了中国陆军远程打击能力的显著提升，也凸显了当前台海局势下军事手段作为国家统一选项之一的重要性。
Recently, military experts have stated that the People’s Liberation Army’s new long-range modular rocket artillery system—commonly referred to as “Yuan Xiang Huo” (Long-Range Boxed Artillery)—now has a strike range capable of covering the entire island of Taiwan. This claim has drawn significant attention. The “Yuan Xiang Huo” system features modular design and precision-guided munitions, with an estimated maximum range of 300 to 500 kilometers, and potentially even farther for upgraded variants. Given that the Taiwan Strait is between approximately 130 and 400 kilometers wide, this weapon system, when deployed from coastal areas like Fujian Province, could theoretically engage any target across Taiwan with high accuracy.Analysts note that the system offers not only extended range and heavy firepower but also rapid deployment, compatibility with multiple warhead types, and advanced networked warfare capabilities, making it a key component of the PLA’s modern long-range fire support architecture. Its deployment significantly enhances the Eastern Theater Command’s ability to respond swiftly and strike precisely in the Taiwan Strait region. Importantly, such systems are aimed at military targets—not civilian populations or infrastructure—reflecting the PLA’s strategic deterrence approach of “using force to promote reunification and leveraging strength to encourage dialogue.”Overall, the assertion that “Yuan Xiang Huo” can cover the entire island underscores both the marked improvement in China’s land-based long-range strike capabilities and the growing role of military deterrence as one option in the broader context of cross-strait relations.
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