Lockheed Martin revealed the Morfius X‑Rotor at the 2026 Farnborough Airshow as a ground‑launched, reusable counter‑drone system that uses high‑power microwaves to disable swarms. The company claims a single sortie can neutralize more than 50 hostile UAVs while integrating with existing command networks without requiring dedicated radar. Prototype production is being accelerated, but no firm date for full production has been given. Independent testing and operational assessment are still needed to validate company claims.
Lockheed Martin’s Morfius X‑Rotor: Reusable Microwave Drone Claims To Disable 50+ UAVs Per Sortie
Credit: Lockheed Martin
Lockheed Martin unveiled the Morfius X‑Rotor counter‑drone system at the 2026 Farnborough Airshow, pitching it as a lower‑cost, reusable solution to increasingly dangerous battlefield drone swarms.
The ground‑launched platform uses a one‑to‑many high‑power microwave (HPM) architecture intended to degrade or disable electronics on multiple unmanned aerial vehicles in a single sortie. Company officials say a single mission can neutralize more than 50 hostile drones, a capability aimed at countering large-scale swarm attacks without expending expensive interceptors against each target.
Unlike traditional interceptors that are destroyed after use, the Morfius X‑Rotor is described as recoverable and reusable, allowing the microwave payload and drone platform to be redeployed after engagements. Lockheed Martin also says the system is designed to integrate with existing command and control networks without requiring a dedicated sensor suite or fire‑control radar, which the company argues will simplify fielding across a variety of forces.
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The system recently completed multi‑state flight tests in Arizona, California, and Oklahoma, where it reportedly conducted interception missions. Lockheed Martin plans to accelerate prototype production of both the drone and its microwave payload for frontline units, but has not provided a firm timeline for full‑rate production.
By leveraging a lightweight, field reusable high‑power microwave architecture, we provide the most effective, low‑cost solution on the market today, said Randy Crites, Vice President and General Manager of Lockheed Martin Missiles and Fire Control Advanced Programs. He added that the system sets a new benchmark for counter‑drone capability by delivering a high kill rate while keeping the cost per kill low.
The announcement comes as U.S. forces and other militaries search for cheaper alternatives after stocks of interceptors were drawn down responding to Iranian missiles and Shahed drones. Lockheed Martin also used the same event to introduce a lower‑cost Patriot interceptor, underscoring a company focus on affordability amid tighter defense budgets.
Independent verification of Morfius X‑Rotor performance remains limited. So far, published claims derive from company testing; whether the system can replicate its stated effect against dense, coordinated swarms under contested, real‑world conditions will depend on independent testing and operational evaluations by militaries.
Key open questions include electromagnetic effects on friendly systems, rules of engagement for non‑kinetic effects in complex battle spaces, electronic warfare countermeasures, and the timeline for fielding. Observers say these factors will be central to deciding whether Morfius is adopted at scale.
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