Paras Defence’s RayStrike 9 Signals India’s Growing Push Into Laser-Based Warfare

RayStrike-9: India’s New Laser Weapon Built for the Age of Drone Warfare

Paras Defence’s RayStrike 9 Signals India’s Growing Push Into Laser-Based Warfare

Modern warfare is changing rapidly—and one of the biggest reasons is the rise of drones. From surveillance UAVs to loitering munitions and swarm attacks, low-cost aerial threats are now challenging even advanced militaries around the world. In response, countries are racing to develop faster and more cost-effective ways to neutralize these threats. India is now stepping deeper into that future with Paras Defence’s newly showcased RayStrike 9 laser weapon system.

Paras Defence and Space Technologies, an Indian private-sector defence company known for optics and defence electronics, has unveiled the RayStrike 9 as part of India’s growing Directed Energy Weapon (DEW) ecosystem. The system represents a major shift for the company—from being largely a supplier of components to becoming a developer of advanced combat systems.

At its core, the RayStrike 9 is a high-power laser-based anti-drone and short-range air defence system. According to available details, the platform is being designed in multiple configurations ranging from 3kW to 9kW power output and is intended to “track, locate, and kill” hostile aerial targets using concentrated laser energy.

Unlike traditional missile interceptors, directed energy weapons destroy targets using focused beams of energy rather than physical ammunition. This offers several major advantages. Laser systems can react almost instantly, operate with extremely high precision, and significantly reduce interception costs against cheap drones and UAVs. In future battlefields filled with drone swarms, using expensive missiles against every small aerial target may become economically unsustainable. Laser weapons aim to solve that problem.

One of the most important aspects of RayStrike 9 is its mobility. Reports suggest the system is being integrated onto a mobile platform with a Beam Control System (BCS), allowing rapid deployment across different operational environments. This flexibility could make the system useful for protecting military bases, convoys, border positions, strategic installations, and even naval assets.

The project also highlights the growing role of India’s private defence sector in advanced military technologies traditionally dominated by government laboratories. Paras Defence reportedly secured a ₹142.31 crore contract linked to DRDO’s Centre for High Energy Systems and Sciences (CHESS) for the development of crucial laser source modules and beam integration systems.

Globally, nations such as the United States, China, Israel, Russia, and the United Kingdom are heavily investing in directed energy weapons. Systems like Britain’s DragonFire and Israel’s Iron Beam have demonstrated how laser weapons may soon become an important layer of modern air defence networks. India’s entry into this space shows that the country is serious about developing indigenous next-generation warfare technologies rather than relying entirely on imports.

The rise of drone warfare in conflicts like Ukraine and the Middle East has made one thing clear: future wars will increasingly involve autonomous systems, swarm attacks, and low-cost aerial threats. Traditional air defence systems alone may not be enough to handle these challenges efficiently.

That is why projects like RayStrike 9 matter.

Even if the technology is still evolving, it represents a larger strategic transition within India’s defence ecosystem—one focused on smart warfare, rapid-response systems, AI-assisted targeting, and directed energy combat capabilities. If successfully developed and operationalized, RayStrike 9 could become one of the building blocks of India’s future layered air defence architecture.