US defence technology company Powerus has unveiled Guardian-3, the latest addition to its Guardian counter-drone interceptor family, at the Association of the United States Army (AUSA) 2026 Annual Meeting and Exposition in Washington, DC. The company describes the system as designed for fully autonomous operation, but detailed technical specifications and availability have not yet been announced.
Key Takeaways
- Powerus introduced Guardian-3 at AUSA 2026, held in Washington, DC, from October 12 to 14.
- The company says Guardian-3 is designed for fully autonomous operation, following the semi-autonomous Guardian-2.
- Powerus says it will share more technical details, including availability, at a later date.
- Independent reporting describes a concept in which radar cues the interceptor, which then uses AI and navigation systems to detect and engage a target. This description is based on comments from the company’s president, not a published technical specification.
Who Is Developing the Guardian-3 Interceptor?
Guardian-3 is being developed by Powerus Corporation, a US defence technology company focused on autonomous and unmanned systems. Powerus presented the new interceptor at its booth during AUSA’s 2026 annual exposition. The company’s announcement was distributed on October 13 through Business Wire.
What Did Powerus Announce About Guardian-3?
Powerus describes Guardian-3 as the third generation of its Guardian counter-drone interceptor family. According to the company, Guardian-2 introduced semi-autonomous operation, while Guardian-3 is built for fully autonomous operation. The company has not yet published detailed performance figures, system specifications, or a confirmed availability date.
Important distinction: the unveiling establishes that Powerus has presented the system, not that it has entered operational service, completed qualification, or been ordered by a military customer. Those milestones have not been established by the sources reviewed for this report.
When and Where Was Guardian-3 Revealed?
The system was shown at the Association of the United States Army’s 2026 Annual Meeting and Exposition in Washington, DC, running from October 12 to 14. Defence News reported on the unveiling on October 12. Powerus’s company announcement followed on October 13.
How Is Guardian-3 Different From Earlier Versions?
The clearest publicly stated difference is the level of autonomy. Powerus says Guardian-2 uses semi-autonomous operation, while Guardian-3 is designed to operate fully autonomously. In reporting by Defense News, Powerus co-founder and president Brett Velicovich described a sequence in which radar cues the interceptor, after which the system uses artificial intelligence and navigation to detect and strike the target.
That account provides useful context, but it should not be treated as a full engineering description. Powerus has said that further technical details will be shared later, and the sources reviewed do not establish Guardian-3’s range, speed, sensors, guidance architecture, testing status, or production schedule.
Why Does the Announcement Matter for Counter-Drone Defence?
Counter-drone operators face the challenge of responding to unmanned threats at a scale and speed that can overwhelm systems reliant on manual control. Greater autonomy is one approach being pursued by industry, with the aim of reducing the operator workload during an engagement. Guardian-3’s unveiling signals Powerus’s direction of development, but its practical effectiveness, reliability, and operational readiness cannot be assessed from the announcement alone.
The topic also connects with wider counter-UAS developments covered by DroneUnzip, including India’s JWALA counter-drone missile trials. The two systems should not be treated as direct equivalents: the available information does not establish comparable roles, specifications, or maturity.
What Happens Next?
Powerus has said it will provide more technical details, including availability, at a later date. Until those details are released, claims about Guardian-3’s performance, cost, production, or fielding timeline remain unconfirmed. DroneUnzip will be able to assess the system more closely if the company publishes specifications, testing information, or customer announcements.
