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Military development and testing of laser drone technology

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2026-08-10 05:01 UTC → 2026-08-25 02:43 UTC · added removed

Military development and testing of laser drone technology for drones

Military interest in laser technology has expanded from defensive applications to offensive and logistical support. Initially, focus centered on the economic advantages of using high-energy lasers for drone defense, providing a cost-effective alternative to expensive interceptor missiles. Nations including the United States, Israel, France, and Ukraine have pursued these systems to mitigate the costs of combating low-cost drones. Development has since progressed Recent developments highlight a shift toward using lasers mass production and operational testing. The U.S. Army has signed a $400 million contract for the Locust laser system, which utilizes artificial intelligence for drone power management, with tracking. Meanwhile, Israel’s Iron Beam and France’s ELMA MAP are undergoing final infrastructure defense testing, and Ukraine is developing domestic prototypes to counter drone swarms. To further evaluate reliability, the U.S. Army is preparing a year-long operational test of both high-energy lasers and high-power microwave systems to assess combat effectiveness, maintenance, and logistical requirements in real-world conditions. Technological progress also includes drone power management. The U.S. Department of Defense successfully testing tested a ground-based laser system capable of delivering 1 kilowatt of power to recharge combat drones midflight via ground-based transmitters. photovoltaic receivers. However, the deployment and testing of these laser technologies advancements have raised significant safety concerns regarding civilian airspace, including incidents of airspace. Incidents such as faulty collision alerts near commercial airports and the unintended targeting of party balloons by U.S. Customs and disruptions Border Protection have prompted the FAA to commercial aviation. temporarily close airspace to protect passenger aircraft.

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  1. 2026-08-25 02:43 UTC Military development and testing of laser drone technology
  2. 2026-08-10 05:01 UTC Military development of laser technology for drones

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