Locust Laser: The Future of Drone Defense Technology

The Wall Street Journal
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The U.S. Army has begun deploying the Locust laser weapon system, which requires just $3 worth of energy and 3000 degrees of heat to destroy drones. Currently used in classified overseas operations, the system represents a shift in how military forces tackle unmanned aerial threats. Operating with an AI-assisted tracking system, the Locust has been designed to mimic video game controls for ease of use by soldiers. However, it has significant hurdles, such as limited range and susceptibility to environmental factors like rain and dust. Comparatively, traditional missile systems offer a higher success rate and longer range, which raises questions about the practicality of laser technology on the battlefield. Discussions surrounding logistics, maintenance, and the broader implications of laser warfare are underway, as the future of combat appears more technologically driven. While other nations are also developing laser systems, such as the UK’s DragonFire, the success of the Locust hinges on effective field testing and overcoming the challenges it presently faces.
Highlights
  • • Locust laser system can vaporize drones using $3 worth of energy.
  • • Currently deployed by the U.S. Army in classified operations.
  • • Laser operates with an AI tracking system and mimics video game controls.
  • • Challenges include a limited range of about three miles.
  • • Temperature and weather can adversely affect laser performance.
  • • Logistics for spare parts and maintenance are a major concern.
  • • Comparison: missile systems are quicker and cause more damage.
  • • Laser technology aims to provide a cost-effective defense option.
  • • Bluehalo plans to replace custom parts with mass-produced ones.
  • • Other countries are also developing laser technologies for defense.
* dvch2000 helped DAVEN to generate this content on 10/15/2024 .

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