The Guardian-3 interceptor. Image: Screengrab via Powerus/LinkedIn
GIF Promo

Defense firm Powerus has introduced the third generation of its Guardian counter-drone interceptor, now built as a fully autonomous system.

Named Guardian-3, the interceptor is designed to take off vertically and hover once an operator authorizes launch.

It then transitions into nose-first cruise flight on its own, requiring no further pilot input to fly.

A GPS receiver mounted on a camera gimbal helps keep the antenna pointed skyward during the transition.

Meanwhile, a built-in cooling channel prevents the Guardian-3’s motor electronics from overheating during both hovering and forward flight.

The Guardian-3 hovering in flight. Image: Screengrab via Powerus/LinkedIn

Powerus said the interceptor’s design is engineered to detect and prevent defects before they cause major damage.

“Built for protection. Built for speed. Built for the fight,” the company stated on social media.

Public Debut

The Guardian-3 was unveiled at the 2026 Association of the US Army’s Annual Meeting and Exposition in Washington, DC.

Powerus plans to share further technical details, including availability to industry partners, at a later date.

“Every generation of Guardian has taken more of the load off the operator. Guardian-3 is the next step, and we’re glad to show people where it’s headed,” said Powerus President and Co-Founder Brett Velicovich.

You May Also Like

One Button, Any Location: Estonia, US Trial C-UAS Controlled From Anywhere

Estonian C-UAS uses networked detection and engagement, single-operator launch capability, and remote effector control.

Israeli Firms Pair LiDAR With AI-Driven Analytics to Sharpen Drone Detection

Counter-drone tool uses 3D LiDAR and AI-powered analytics to detect and classify airborne threats.

Safran Fuses Three Proprietary Tech Into New Counter-Drone Solution

Land OmniGuard integrates passive detection, AI-powered tracking, and inertial navigation into a single vehicle-mounted counter-drone system.