Nuburu’s Lyocon subsidiary has successfully conducted initial trials of a new portable laser-based counter-drone weapon designed to neutralize unmanned aerial threats in contested environments. The system represents a next-generation approach to counter-drone defense, using directed-energy technology rather than traditional kinetic interceptors. Built for rapid deployment in the field, the lightweight system can be mounted directly onto rifles, allowing soldiers to carry and operate the device with minimal additional equipment. This configuration enables operators to quickly aim and engage hostile drones while maintaining mobility during missions. The weapon employs a multi-wavelength directed-energy system capable of emitting laser beams across green, blue, and infrared bands. By using multiple wavelengths, the system can disrupt or damage a variety of drone components, including sensors, cameras, and control electronics. This flexibility improves its ability to counter different types of unmanned aerial vehicles, ranging from small commercial drones to more advanced military platforms. Directed-energy weapons like this laser system offer several advantages for counter-drone operations. They provide rapid engagement speeds, minimal logistical requirements compared with missile-based interceptors, and the ability to operate repeatedly without large ammunition supplies. Such technologies are becoming increasingly attractive to military forces seeking efficient solutions to the growing threat posed by unmanned aerial systems on modern battlefields.
