A New Weaponized Drone Technology
A Chinese scientist, nicknamed “Crazy Li,” has developed a new technology that equips small drones with powerful metal-cutting laser beams. This innovation, detailed in a Chinese journal, raises concerns about its potential military applications and the future of warfare.
The laser, with a wavelength of 1080 nanometers, is capable of cutting through metal and could potentially blind or injure soldiers. Moreover, the drones can operate autonomously, detecting and targeting enemies without human intervention.
Overcoming Traditional Limitations: Compact and Powerful
Typically, producing a laser powerful enough to penetrate metal requires large equipment mounted on trucks, limiting its practical applications. However, Li’s team has created a compact solution that enables high-powered lasers to be deployed on much smaller platforms, such as consumer drones. As a result, the technology becomes more versatile and accessible for various uses.
Redirection and Amplification: How It Works
Li’s team has developed a device that allows small drones to redirect high-powered laser beams from the ground to enemy targets, overcoming traditional size and weight limitations. By reflecting a laser onto the target, drones can amplify the beam to 30 kW, even bending it around obstacles. Consequently, this system could allow multiple drones to detect targets and request laser support, improving response times. The device uses precise telescope-like tubes and mirrors to guide the laser with high accuracy.
The Future of Warfare: Drone Weaponization
While the technology is still in its early stages, it highlights the rapid advancements in drone capabilities and the potential for weaponization. Experts, therefore, warn that this development could lead to a new era of warfare, where drones equipped with deadly lasers become a common threat.
