Research on Low-Cost Anti-Loitering Munition Defense System Based on Mobile Civilian Millimeter-Wave Radar Cooperated with Full-Automatic Rifle Matrix ——Paradigm Upgrade of the Traditional Great Wall机动式民用毫米波雷达协同全自动步枪矩阵的低成本反巡飞弹防御体系研究——对传统长城的范式升级

Abstract 针对离线自主智能巡飞弹规模化突袭下,传统防御体系存在的成本倒挂、预警节点易被定点摧毁、单点拦截漏防率高、无法支撑漫长国境线连续防御等范式性困境,本文提出一套机动式民用毫米波雷达协同全自动步枪矩阵的低成本末端防御体系。该体系基于强电磁拒止与消耗战对等的底层约束公理,采用 “机动动态预警 + 分布式矩阵拦截” 的解耦架构:预警层搭载民用车载毫米波雷达的机动载具,依靠持续随机机动与无源触发间歇探测机制,从根源规避敌方电磁定位与反辐射打击;拦截层采用阵地周边环形布设的全自动伺服步枪矩阵,通过动态智能火力分配算法实现交叉弹幕覆盖,同步解决 “火力重叠浪费” 与 “盲区逃逸漏防” 的双向矛盾。研究表明,该体系可沿国境线交战区构建线性连续的低空防御屏障,具备典型的现代防御长城属性,在满足强电磁环境生存性、全自动机器速率对抗、全域无死角覆盖三项核心要求的同时,将单套防御单元量产成本控制在与廉价巡飞弹同一量级,单次拦截边际成本仅为传统方案的数十分之一,是约束条件下适配大规模消耗战与边境持久对峙的唯一稳态最优解。本研究突破了传统高端防空仅能要点防御的固有范式,为资源约束型主体应对智能化无人突袭、构建国境线长效防御体系提供了完整解决方案。 Aiming at the paradigmatic dilemmas of traditional defense systems under large-scale raids of offline autonomous intelligent loitering munitions, such as cost inversion, vulnerability of early warning nodes to targeted destruction, high miss rate of single-point interception, and inability to support continuous defense along long national borders, this paper proposes a low-cost terminal defense system of mobile civilian millimeter-wave radar cooperated with full-automatic rifle matrix. Based on the underlying constraint axioms of strong electromagnetic denial and attrition warfare parity, the system adopts a decoupled architecture of "mobile dynamic early warning + distributed matrix interception": the early warning layer is equipped with mobile carriers carrying civilian vehicle-mounted millimeter-wave radars, relying on continuous random maneuvering and passive triggered intermittent detection mechanism to fundamentally avoid enemy electromagnetic positioning and anti-radiation strikes; the interception layer adopts a full-automatic servo rifle matrix arranged annularly around the position, and realizes cross barrage coverage through dynamic intelligent fire distribution algorithm, which simultaneously solves the two-way contradiction of "fire overlap waste" and "blind area escape miss". The research shows that the system can build a linear continuous low-altitude defense barrier along the border combat zone, with typical attributes of a modern defense Great Wall. While meeting the three core requirements of survivability in strong electromagnetic environment, full-automatic machine rate confrontation, and full-area coverage without dead ends, the system controls the mass production cost of a single defense unit at the same level as cheap loitering munitions, and the marginal cost of a single interception is only one-tenth of that of traditional solutions. It is the only steady-state optimal solution adapted to large-scale attrition warfare and long-term border confrontation under constraints. This study breaks through the inherent paradigm that traditional high-end air defense can only protect key points, and provides a complete solution for resource-constrained subjects to deal with intelligent unmanned raids and build a long-term border defense system. 关键词:反巡飞弹防御;民用毫米波雷达;机动预警;全自动步枪矩阵;消耗战对等;强电磁拒止环境;线性边境防御;分布式防御屏障Keywords: Anti-Loitering Munition Defense; Civilian Millimeter-Wave Radar; Mobile Early Warning; Full-Automatic Rifle Matrix; Attrition Warfare Parity; High Electromagnetic Denial Environment; Linear Border Defense; Distributed Defense Barrier