美2公司推進雷射反無人機系統 進入原型驗證階段

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美國陸軍醫務兵在反無人機實地演習中使用無人機進行訓練。(圖片取自DVIDS)

雷射反無人機系統成形 強化低成本防禦能力

Laser Counter-Drone System Takes Shape as Low-Cost Defense Option

美國佛州雷射光子公司（Laser Photonics）與Fonon Technologies合作研發的「雷射盾」（Laser Shield Anti-Drone System，LSAD）反無人機系統，近期正式進入原型驗證階段，象徵美軍新一代導能武器反制能力再向前推進一步。
A laser-based counter-drone system jointly developed by Florida-based Laser Photonics and Fonon Technologies has officially entered the prototype stage, marking another step forward in next-generation directed-energy defense capabilities for the US military.

該系統主打可在有人或無人操作模式下運作，並利用高密度雷射光束快速摧毀敵方無人機，提供較傳統飛彈攔截系統更低成本的防禦選項。
The system is designed to operate either autonomously or with human oversight, using a high-density laser beam to rapidly neutralize hostile drones while offering a lower-cost alternative to traditional missile interceptors.

最遠2公里追蹤目標 10秒內完成攔截

Tracks Targets at 2 km and Neutralizes Drones Within 10 Seconds

根據廠商說明，LSAD配備高性能光學系統，可自動鎖定最遠1000公尺距離內的目標，整合式追蹤系統則能在2公里範圍內持續監控威脅。
According to the developers, LSAD is equipped with high-performance optics capable of automatically focusing on targets up to 1,000 meters away, while its integrated tracking system can monitor threats at distances of up to 2 kilometers.

在確認目標後，系統可透過雷射干擾無人機光學鏡頭、削弱導航能力，甚至直接摧毀平臺，最遠可在1公里距離內、約10秒內完成接戰。
Once a target is confirmed, the system can disrupt onboard optics, degrade navigation systems, or fully destroy the drone, completing engagement within roughly 10 seconds at ranges of up to 1 kilometer.

可快速部署戰場 整合既有軍用系統

Designed for Rapid Deployment and Military Integration

報導指出，LSAD未來將可整合至軍方既有目標辨識與防空系統中，並具備快速部署能力，以因應小型低成本無人機日益增加的威脅。
Reports indicate that LSAD is intended for integration with existing military target-recognition and air defense systems while maintaining rapid battlefield deployment capability to counter the growing threat posed by small, low-cost drones.

2家公司表示，系統將於佛州生產，並運用全球供應鏈零組件，同時與其他產業夥伴合作，提升其與現役軍備的整合性。
The companies stated that the system will be manufactured in Florida using globally sourced components and will involve additional industry partners to improve compatibility with current military platforms.

導能武器需求增加 反映戰場型態轉變

Growing Demand for Directed-Energy Weapons Reflects Battlefield Shift

雷射光子公司執行長Wayne Tupuola指出，小型無人機威脅正快速增加，軍方需要能迅速部署、且可整合既有基礎設施的成熟解決方案。
Laser Photonics CEO Wayne Tupuola stated that the threat posed by small drones is rapidly increasing, creating demand for mature systems that can be quickly deployed and integrated into existing infrastructure.

他強調，LSAD進入原型與延程測試階段，代表美國正以務實方式推進低成本導能武器發展，未來有望成為反制無人機的重要新選項。
He emphasized that advancing LSAD into prototyping and extended-range trials demonstrates a practical approach toward developing cost-effective directed-energy weapons that could become a major future counter-drone solution.