近期，俄乌冲突中双方大量使用光纤制导无人机，其作战密度之高被形容为‘密如蛛网’。这类无人机通过一根纤细但坚韧的光纤与操作员保持实时连接，不仅可传输高清视频，还能接收指令，实现精准打击。与传统无线通信无人机相比，光纤制导方式具备抗干扰能力强、信号稳定、难以被电子战手段截获或干扰等优势，特别适用于高强度电磁对抗环境。乌军和俄军均部署了多种型号的光纤无人机，用于侦察、目标指示乃至直接攻击，尤其在城市巷战和前线阵地争夺中发挥关键作用。然而，光纤长度限制了其作战半径（通常为10-15公里），且飞行过程中若光纤被切断则可能失控。尽管如此，随着技术改进，部分新型号已能自动收放光纤、优化路径规划，显著提升战场生存能力。专家指出，光纤无人机的大规模应用标志着现代战争正向‘低成本、高精度、强抗扰’方向演进，未来或成为常规作战体系的重要组成部分。
Recently, both Russia and Ukraine have deployed large numbers of fiber-optic guided drones in the conflict, with their operational density described as ‘dense as a spider web.’ These drones maintain a real-time connection to operators via a thin yet robust fiber-optic cable, enabling high-definition video transmission and instant command reception for precision strikes. Compared to conventional radio-controlled drones, fiber-optic guidance offers superior resistance to electronic interference, stable signal transmission, and enhanced security against jamming or interception—making it especially effective in high-intensity electromagnetic warfare environments. Both sides have fielded various models for reconnaissance, target designation, and even direct attacks, proving particularly valuable in urban combat and frontline trench warfare. However, the physical fiber limits operational range—typically to 10–15 kilometers—and risks mission failure if the cable is severed mid-flight. Despite these constraints, newer models now feature automated fiber spooling and smarter flight-path algorithms, significantly improving survivability. Analysts note that the widespread use of fiber-optic drones signals a shift in modern warfare toward low-cost, high-precision, and highly resilient systems, potentially cementing their role as a core component of future conventional military operations.
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