Lockheed Martin’s New Weapon Fries Drone Swarms With Microwaves — And the Pentagon Just Got a Look at It.
Lockheed Martin used the Farnborough International Airshow in England to unveil MORFIUS X-Rotor, a tube-launched, reusable drone that carries a high-power microwave payload built to disable swarms of hostile drones in a single flight. The company says it can neutralize more than 50 drones per mission and land itself for another run.
The July 20, 2026 unveiling is the newest chapter in a program that has quietly been in flight testing since 2017. The Pentagon’s counter-drone office ran an earlier MORFIUS variant through live intercept tests in Arizona back in 2023; this year, Lockheed pushed the airframe and its microwave payload through fresh flight, intercept, and lethality testing in three states before rolling the X-Rotor variant out in front of the world’s defense press.
What Lockheed has not said is just as notable: no unit cost, no contract value, no fielding date, and no named military customer. The performance numbers so far are the company’s own.
- 50+ — drones Lockheed Martin says MORFIUS X-Rotor can defeat in a single flight — company claim, not independently verified
- 2017 — the year earlier MORFIUS variants began flight testing, per DefenseScoop
- 3 states — Arizona, California, and Oklahoma — where 2026 flight, intercept, and lethality testing took place ahead of the unveiling
- $0 disclosed — unit cost or contract value made public for MORFIUS X-Rotor — a real reporting gap, addressed directly below
MORFIUS X-Rotor is not a crewed aircraft and not a fixed ground installation. It is a small, ground-launched unmanned aircraft — Lockheed describes it as sensor- and command-and-control-agnostic, meaning it does not need a dedicated radar or targeting system to find its own way to a swarm of enemy drones. Once airborne, it uses a high-power microwave emitter to fry the electronics of nearby drones rather than physically striking them, and Lockheed says the airframe is built to return and be reused rather than expended on a single mission.
The only official quoted in the July 2026 rollout is Randy Crites, Vice President and General Manager of Lockheed Martin Missiles and Fire Control Advanced Programs. “MORFIUS sets a new benchmark for counter-drone capability — delivering a high kill rate while keeping the cost per kill low,” Crites said, framing the system as “the most effective, low-cost solution on the market today” through what he called a “lightweight, field-reusable high-power microwave architecture.”
That segment, from the international broadcaster WION, walks through the underlying high-power-microwave concept Lockheed is now marketing as X-Rotor — a useful primer on how the technology works, separate from Lockheed’s own July 2026 announcement.
Announcing MORFIUS X-Rotor at Farnborough — a reusable, high-power microwave counter-drone system built to defeat swarms of hostile drones in a single flight.
MORFIUS is not a new program dressed up for an airshow. Earlier variants of the airframe have been in flight testing since 2017, and the Pentagon has been kicking the tires on the concept for years. In the summer of 2023, the Department of Defense’s Joint Counter-small UAS Office (JCO) put an earlier MORFIUS variant through a test window at Yuma Proving Ground, Arizona, from May 30 to June 23, 2023, targeting Group 3 one-way-attack drones — the kamikaze-style loitering munitions that have become a fixture of modern battlefields — at ranges of four kilometers or more, after already defeating Group 1 and 2 targets in earlier demonstrations. That test was led on the acquisition side by Col. Michael Parent, chief of the JCO’s Acquisition and Resources Division, with Michael DiGennaro, the JCO’s test team lead, overseeing the technical work. Those officials and that test predate the X-Rotor variant by three years and are not part of Lockheed’s 2026 announcement.
This year’s testing moved beyond that single Arizona range. Ahead of the Farnborough unveiling, Lockheed says it flew the X-Rotor airframe and its microwave payload through additional flight, intercept, and lethality testing across Arizona, California, and Oklahoma, and the company describes itself as now “accelerating prototype production” of both the airframe and the payload, with more flight tests planned. No date for fielding or entering service has been given.
Randy Crites on MORFIUS X-Rotor: a new benchmark for counter-drone capability — a high kill rate while keeping the cost per kill low.
Three things are missing from every account of the X-Rotor unveiling reviewed for this piece, including Lockheed’s own press release. There is no disclosed dollar figure — no unit cost, no contract value, no program budget. There is no fielding or in-service date; Lockheed frames the current phase as prototype production and further testing, not deployment. And there is no named lead military customer — none of the coverage identifies the Army, Air Force, Navy, or any other service branch as the buyer committed to X-Rotor, even as Lockheed positions the program against the Department of War’s broader counter-drone priorities.
“MORFIUS sets a new benchmark for counter-drone capability — delivering a high kill rate while keeping the cost per kill low.”
Randy Crites · VP & General Manager, Lockheed Martin Missiles and Fire Control Advanced Programs
The 50-drones-per-flight figure, the “reusable” label, and the “low-cost-per-kill” framing are all Lockheed’s own characterizations of its 2026 testing. No independent test report, government evaluation, or third-party benchmark corroborating that specific number was found. That does not make the claim false — it makes it a manufacturer’s claim, not an independently verified one, and that distinction is worth stating plainly rather than repeating the number as settled fact.
Lockheed is not alone in this space. The Jerusalem Post’s coverage of the unveiling names two competitor systems chasing the same problem: Epirus, whose Leonidas system is a ground-based high-power microwave platform, and Boeing, whose CHAMP program has explored similar microwave-strike concepts. The competitive field around directed-energy counter-drone weapons is getting crowded, and X-Rotor is Lockheed’s bid to stay in front of it.
Lockheed Martin's Morfius X-Rotor is built to fry 50 enemy drones in one flight — our look at the reusable microwave system unveiled at Farnborough.
Neither Lockheed nor the Department of War tied the X-Rotor unveiling to any specific conflict or country. But the broader reason directed-energy counter-drone weapons are drawing this much investment is well documented in general defense reporting: cheap, mass-produced drones — the kind used in saturation attacks that can number in the dozens — have made traditional missile interceptors, which often cost far more than the drones they shoot down, an increasingly expensive way to defend against a swarm. A reusable system that can knock out 50 targets on one flight, if it performs as advertised, is aimed squarely at that math.
Lockheed frames MORFIUS as aligned with the Department of War’s 2025–2028 Rapid Response Counter-UAS Roadmap — the renamed successor to the Department of Defense following the 2025 rebrand — and historically the program has sat under the Pentagon’s Joint Counter-small UAS Office. Beyond that framing, no 2026 source reviewed here specifies which service branch will actually buy, field, or operate X-Rotor, or when.
Lockheed Martin unveiled a real, reusable high-power microwave drone-killer at Farnborough on July 20, 2026, built on nine years of flight testing and a Pentagon test program that goes back to 2023. What it has not done is put a price tag, a fielding date, or a named military buyer next to it — and until it does, “50 drones per flight” remains the company’s claim, not an independently confirmed capability.
