Hanwha plans to build armored vehicle carrying a counter-drone laser

The counter-drone fight has quietly outgrown the era of the fixed site. For the past decade, most operational laser weapons have been bolted to concrete or ships, defending bases, ports, and presidential compounds from small quadcopters and crude fixed-wing drones. Hanwha's plan to put a more powerful version of its Cheongwang laser on an armored vehicle is a signal that the technology is being asked to leave the parade ground and join the maneuver force. That is a much harder engineering and tactical problem, and it matters far beyond the Korean peninsula.

The mechanics are unforgiving. A laser weapon needs three things that a moving armored vehicle struggles to provide simultaneously: electrical power, thermal management, and a stable, precise beam director. Stationary systems can draw from a large generator or the local grid and dump waste heat into a dedicated cooling plant. A vehicle must generate its own power, often while also moving, and reject heat in a confined space. Beam stability is even more demanding. A laser must hold a spot the size of a coin on a drone hundreds of meters to a few kilometers away while the vehicle vibrates, accelerates, and traverses rough terrain. The Cheongwang family, as described, has been used in a stationary role protecting a high-value fixed site. Scaling that up in power and mounting it on an armored chassis implies Hanwha has made progress in ruggedized optics, shock isolation, and compact power conditioning. The excerpt does not give wattage, range, or vehicle type, so the real performance envelope remains unconfirmed. But the direction is clear: mobile directed energy is moving from laboratory curiosity to product line.