Red Cat introduces Hellcat small UAS at Eurosatory 2026
Red Cat Holdings, Inc. introduced Hellcat, a dual-use small unmanned aircraft system (sUAS) built on the Black Widow platform, at Eurosatory 2026. Designed for rapidly evolving operational environments, Hellcat supports customer-driven configurations and software-defined updates. The system features Modular Open Systems Architecture (MOSA), GPS-denied operation, and over 50 minutes of flight time.

*this image is generated using AI for illustrative purposes only.
Red Cat Holdings, Inc. introduced Hellcat, a dual-use small unmanned aircraft system (sUAS) built on the proven Black Widow platform, at Eurosatory 2026. The new system is designed for rapidly evolving operational environments and supports customer-driven configurations, faster integration cycles, and software-defined updates. Hellcat aims to bring Red Cat's small UAS architecture to a broader global mission set, addressing the needs of coalition partners with varying command-and-control preferences and payload requirements.
The development of Hellcat incorporated extensive feedback from warfighters and lessons learned through an ongoing partnership with Ukraine. Jeff Thompson, Chief Executive Officer of Red Cat, stated that the Black Widow was purpose-built for the U.S. Army's Short Range Reconnaissance program and remains a cornerstone of the company's small UAS leadership. He emphasized the honor of working with Ukrainian drone experts to continuously transform ISR drones for battlefield demands.
Hellcat is designed around Modular Open Systems Architecture (MOSA) principles. This allows customers to configure command-and-control, payload, software, and integration pathways based on specific operational needs. The platform is intended to support various government procurement frameworks and coalition interoperability requirements, ensuring adaptability as mission parameters change.
The baseline configuration of Hellcat includes several advanced features. It offers GPS-denied operation from power-on, RTH Azimuth recovery without GPS, and WEB Standoff Radio support. The aircraft features a low-visibility tactical finish and a field-repairable, rucksack-portable design. Key performance metrics include over 50 minutes of flight time and a range of up to 6.8 miles (11 km) with maintained operator line-of-sight. The system is available with Red Cat's Ocellus 3CP three-camera payload option.
Hellcat complements Red Cat's broader Family of Systems, which includes the Black Widow, FlightWave Edge 130, FANG, and the Blue Ops Variant 7 Uncrewed Surface Vessel (USV). These systems, combined with command-and-control and autonomy capabilities across air, land, and sea, support Red Cat's strategy to deliver trusted robotic solutions for defense and national security customers. The company focuses on enhancing situational awareness, operational effectiveness, and mission safety through its integrated portfolio of hardware and software.
Hellcat Key Specifications
| Specification | Details |
|---|---|
| Flight Time | 50+ minutes |
| Range | Up to 6.8 miles / 11 km |
| Architecture | Modular Open Systems Architecture (MOSA) |
| Operation | GPS-denied from power-on |
| Recovery | RTH Azimuth recovery without GPS |
| Radio Support | WEB Standoff Radio |
| Design | Field-repairable, rucksack-portable |
| Payload Option | Ocellus 3CP three-camera |
How will the Hellcat's MOSA principles influence procurement timelines with coalition partners who have strict interoperability standards?
What are the potential revenue impacts from expanding the global mission set compared to the U.S.-centric Short Range Reconnaissance program?
How might the integration of Ukraine's battlefield feedback accelerate the development of future autonomous capabilities in the Red Cat family of systems?

























