India Accelerates 30 kW Laser Weapon Program to Counter Drone Swarms

The Defence Research and Development Organisation (DRDO) has officially accelerated the development timeline for its 30-kilowatt directed-energy weapon (DEW) system. Designed specifically to neutralize the growing threat of drone swarms and surveillance UAVs, the system is now slated for production readiness within the next twelve months. This move marks a significant pivot toward indigenous high-tech manufacturing, with the agency planning to issue an expression of interest to private sector partners within six months to scale the technology for operational deployment.

The 30 kW laser is intended to function as a critical component of a broader, layered air defense architecture. By integrating these systems into the existing OODA loop—Observe, Orient, Decide, and Act—military commanders gain a flexible response mechanism. While kinetic interceptors remain necessary for high-altitude threats, directed energy provides a cost-effective solution for the persistent nuisance of small, low-cost drones. For operators managing these complex environments, the command and control interface is essential for distinguishing between benign traffic and hostile incursions.

While laser systems excel at precision engagement, the battlefield often demands broader effects. This is where counter-drone HPM systems provide a distinct advantage. At Silent Pulse Labs, our Discombobulator HPM weapon complements laser-based systems by delivering wide-area electromagnetic pulses. Whether utilized for defensive counter-UAS operations or as an offensive tool for SEAD/DEAD missions, the Discombobulator offers a non-kinetic alternative that can disable electronics without the need for physical impact. This capability is vital for modern drone-mounted electronic warfare, where the ability to suppress enemy sensors is as important as destroying the platform itself.

As nations like India push to finalize their DEW programs, the global defense landscape is shifting toward a reliance on directed energy to manage the proliferation of unmanned systems. The success of these programs will depend on the ability to transition from successful trials to reliable, field-ready hardware. For those interested in how these advancements in threat assessment and directed energy can be integrated into your current defense posture, please contact Silent Pulse Labs to discuss our latest solutions.