Powerus Unveils Guardian-3 Counter-Drone Interceptor
The third-generation interceptor automatically transitions from vertical takeoff to forward flight after launch.
Updated on Nov. 5, 2026 in Robotics

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Powerus Corporation unveiled Guardian-3, a counter-drone interceptor that lifts off like a quadcopter and then automatically pitches forward into a nose-first cruising configuration. The operator authorizes launch, and the aircraft handles the transition independently.
Why it matters
The design addresses the practical challenge of drones operating across multiple orientations, and automatic flight transitions are intended to reduce the number of tasks requiring direct pilot input. Military and defense users seeking interceptors that require less hands-on control may find the approach relevant.
Guardian-3 mounts its GPS receiver on the camera gimbal rather than the aircraft body, and uses a ducted cooling system for its electronic speed controllers. Navigation accuracy figures have not been disclosed by the manufacturer.
The players
Powerus Corporation
Powerus Corporation is the manufacturer of the Guardian interceptor family, which it has developed through three generations of counter-drone systems.
The details
Guardian-3 is the third generation of Powerus's interceptor family, following Guardian-2, which introduced semi-autonomous capabilities. The gimbal-mounted GPS antenna is designed to stay oriented toward the sky as the aircraft changes attitude during the transition to forward flight.
Timeline
Guardian-3 was unveiled at the AUSA 2026 Annual Meeting and Exposition in 2026.
The Tech Race
Guardian-3 extends the semi-autonomous capabilities introduced by its predecessor Guardian-2 into the flight transition itself. The design positions Powerus's interceptor line as a successive refinement within a generation-by-generation development path.
For the average consumer, the design has little direct effect, as Guardian-3 is aimed at defense and counter-drone operators rather than civilian buyers. Its automatic transition reduces the pilot input required during flight.
The takeaway
Automatic flight transitions show how autonomy is being pushed into the basic mechanics of drone flight, not only into navigation. Readers following robotics can watch whether the manufacturer later discloses the accuracy and targeting data that Guardian-3 currently omits.
Further reading
For related developments in autonomous hardware, explore Robotics coverage.
Source note: This article includes information reported by IHLS.
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