Lockheed Martin Unveils HPM Counter-Drone System

Lockheed Martin has unveiled its latest counter-drone system, “Morfius X-Rotor.” According to Tom’s Hardware’s Mark Tyson, the system is equipped with ground-launched High Power Microwave (HPM) technology, capable of neutralizing up to 50 enemy drones in a single mission.

Background of Development

Swarm drone attacks by adversaries have become one of the most severe threats on modern battlefields. Lockheed Martin developed the Morfius X-Rotor in response to this growing challenge. The company claims the system aligns with the U.S. Department of Defense’s “2025-2028 Counter-UAS Rapid Response Roadmap.”

Traditional counter-drone measures have relied on physical destruction using missiles or bullets. However, these methods are costly per shot and inefficient against swarm attacks involving multiple drones. Additionally, the use of explosives presents risks of collateral damage. The Morfius X-Rotor addresses these challenges by employing electromagnetic waves to neutralize drones.

Technical Details

The standout feature of the Morfius X-Rotor is its use of High Power Microwave (HPM) technology to disrupt the electronic circuits of enemy drones. Instead of melting specific points like laser beams, it emits a broad electromagnetic pulse that instantly disables the control boards and communication modules of drones. This non-explosive method reduces collateral damage on the ground.

According to Lockheed Martin, the system is “sensor-agnostic,” meaning it does not require dedicated radar or fire control sensors. It can be integrated into existing command and control (C2) systems and is designed to operate even in intense electronic warfare environments. This ensures functionality even when adversaries employ jamming tactics, enhancing its utility in combat scenarios.

Furthermore, the Morfius X-Rotor is ground-launched and can be recovered and reused after deployment. Unlike conventional missile-based systems, which are typically discarded after use, this system allows for repeated operations with the same unit. This significantly reduces the “cost per kill,” as claimed by the company.

Adoption and Testing Status

The Morfius X-Rotor was developed as a derivative of the Morfius series, which has been tested in flight since 2017. Field tests have been conducted in various U.S. states, and the system’s fundamental capabilities have reportedly been demonstrated. A Lockheed Martin executive (VP) commented that the demonstration footage represents “a new benchmark in counter-drone capabilities.”

However, it remains unclear whether the footage released by the company depicts an actual live-fire test or computer-generated renderings. As the system is still in the validation phase, it is important to assess its potential with this context in mind.

Comparison with Competing Technologies

Another well-known HPM-based counter-drone system is the “Leonidas” by Epirus. The Epirus Leonidas is a ground vehicle-mounted system that reportedly neutralized “61 out of 61 drones” during live-fire tests in Indiana in 2025. The Morfius X-Rotor differs as a ground-launched aerial system, offering greater mobility in operations.

Lockheed Martin describes the Morfius X-Rotor as “the only ground-launched reusable airborne HPM system.” The company highlights its independence from fire-control radar as a key feature that enhances its survivability in electronic warfare environments.

Operational Scenarios and Future Developments

The Morfius X-Rotor is envisioned for various operational scenarios, including the defense of forward bases, critical facilities, and convoy protection. Its ability to deploy multiple units simultaneously enables it to counter wide-scale drone swarm attacks. Its reusability is also expected to reduce logistical burdens during extended missions.

Lockheed Martin is likely to market this system to the U.S. Department of Defense and allied nations. With the growing drone threats evident in conflicts such as the Ukraine war and Middle Eastern skirmishes, interest in HPM-based counter-drone systems is expected to rise. The results of further validation tests will be crucial in determining the system’s reliability and performance.

Editorial Opinion

In the short term, systems like the Morfius X-Rotor are expected to enter the final stages of development for eventual deployment in combat scenarios. The significantly lower cost per kill compared to traditional missile-based systems is an attractive feature for countries with tight defense budgets. However, there are still challenges that need to be addressed, such as performance in electronic warfare environments and the impact of weather and terrain conditions. The results of large-scale evaluation tests conducted by the U.S. Department of Defense in the next six months will likely be critical in assessing the technology’s true potential.

From a long-term perspective, HPM technology might extend beyond counter-drone applications to include self-defense systems for ground vehicles, naval vessels, and aircraft. However, as drones evolve with improved EMP resistance, an arms race between offensive and defensive technologies is inevitable. Over the next one to three years, HPM systems could mark a turning point in the cost structure of unmanned warfare. The interplay with electromagnetic compatibility (EMC) regulations in civilian sectors will also be an important factor in driving the adoption of such technologies.

References

• ” Lockheed Martin unveils counter-drone system that can ‘neutralize up to 50 enemy drones in a single mission’ — sensor-agnostic system uses High Power Microwave to purge enemies from the sky ”, by Mark Tyson — Tom’s Hardware, 2026-07-25T10:00:00.000Z (ARR)
• Source URL: https://www.tomshardware.com/tech-industry/drones/lockheed-martin-unveils-counter-drone-system-that-can-neutralize-up-to-50-enemy-drones-in-a-single-mission-sensor-agnostic-system-uses-high-power-microwave-to-purge-enemies-from-the-sky