Lockheed Martin has introduced the Lockheed Morfius X-Rotor, a ground-launched counter-drone aircraft that the company says can knock out more than 50 hostile drones in one mission. The pitch is blunt: send one reusable drone after many smaller drones, use high-power microwave energy instead of explosives, and keep the per-kill cost down.
Lockheed describes Morfius X-Rotor as a portable, field-recoverable system built for rapid redeployment. The company says it is meant for large drone swarms, the sort of cheap, numerous airborne targets that can make traditional interceptors look economically stupid even when they work.
The system uses a high-power microwave payload to disable drones without a blast warhead, according to Lockheed. That matters because a non-explosive effect can reduce collateral damage compared with fragmenting interceptors, at least in the scenario Lockheed is selling. The company has not published enough technical detail to judge range, reliability, power limits, or what classes of drones are most vulnerable.
How does Lockheed Morfius X-Rotor work?
Lockheed says Morfius X-Rotor is an airborne high-power microwave system: it launches from the ground, flies toward the threat area, and directs microwave energy at target drones to disable them. In plain English, it is designed to attack electronics rather than physically collide with or explode near each drone.
The company also says the aircraft is “sensor-agnostic,” meaning it can operate with any command-and-control system and does not rely on fire-control radars to find and engage targets. If that holds up outside company demos, it could help in electronic warfare conditions where radar use is contested or where operators want to plug the system into existing sensors rather than buy a dedicated stack.
Lockheed claims Morfius X-Rotor is the only ground-launched, reusable airborne high-power microwave system capable of more than 50 drone kills per flight without dependence on fire-control radar. That is a company claim, not an independently verified battlefield record.
What Lockheed has shown so far
Lockheed released promotional footage showing multiple Morfius X-Rotor aircraft launching, a target-acquisition display, and microwave engagements against drones. The video is polished, as defense product videos tend to be. It is not clear from the public material whether the sequence includes live test footage, rendered animation, or a mix of both.
The company says the new system builds on Morfius variants that have been flying since 2017. Lockheed also says recent field tests have taken place in several U.S. states, though the announcement does not provide full test data, independent assessment, or a complete breakdown of the targets used.
Lockheed ties the system to the U.S. Department of War’s 2025-2028 Rapid Response Counter-UAS Roadmap. The company’s argument is that drone swarms have become a central threat to allied forces and that one-to-many defeat systems are needed because shooting down every small drone with a separate missile can get expensive fast.
Where it fits in the counter-drone race
Morfius X-Rotor joins a growing set of microwave-based counter-drone systems. Epirus has demonstrated its vehicle-mounted Leonidas system, which was reported to have neutralized 61 out of 61 drones during a live-fire trial in Indiana last year. Chinese media has also described the TPG1000C, a 20-gigawatt microwave weapon, as a system aimed at targets such as satellite networks.
The common idea is to make swarms less attractive by using directed energy against many targets at once or in quick succession. The hard parts are the same ones press releases tend to skate past: power, aiming, repeatability, weather, electronic hardening, rules of engagement, and whether the system works as well when the enemy is not cooperating for the camera.
For now, Morfius X-Rotor is a serious signal from Lockheed that airborne microwave interceptors are moving from lab concept to product line. The useful question is no longer whether defense contractors can build drone killers. It is whether they can prove, in ugly test conditions, that each kill is cheap, repeatable, and fast enough to matter.
This story draws on original reporting from Tom's Hardware.
