Red Dragon®

Red Dragon® is a fully autonomous capable, software-defined, unmanned aircraft system (UAS) designed for one-way attack missions in high-threat, GPS-denied and communications-degraded environments. Optimized for cross-domain use across air, land, and maritime, the platform is built on AV’s AVACORE™ shared software-defined architecture, enabling rapid development, scalable production, and tailored mission flexibility. The system is capable of autonomous execution of mission objectives without reliance on continuous operator input or satellite navigation. Red Dragon delivers a combination of autonomy, electronic warfare resilience, and tactical flexibility previously unavailable in its class.


Range

Dependent on battery. Can cover distances up to 200km

Payload Capacity

Up to 10kgs. Range/battery load out may be reduced to increase payload capacity

Launch Rate

4-5 per minute, depending on human factor of mission preparation and user placement on launching system

Cruising Speed

24-28 m/s typical cruising speed, with speeds ranging 25-45 m/s during terminal phase

Audible Signature

Low; in most cases inaudible to the human ear until passage overhead

Weight

AUR 45bs

Dimensions

Wingspan: 11.8 ft (3.6m)
Length: 6.6 ft (2.0m)

Mission-Ready System

By combining advanced autonomy, GNSS-independent navigation, and mass producibility, Red Dragon delivers a mission-ready system designed for today’s contested battlespace.

Breakthrough Capabilities

Representing a significant step forward in autonomous lethality, Red Dragon is the first of a new generation of autonomous systems built for scale, speed, and operational relevance.

Industry-Leading SpotrEdge Perception System

Enables detection and classification of targets to aid the operator in making decisions with confidence via AV’s proprietary low-bandwidth (DDIL) radio system.

Designed to Support Rapid Evolution

Red Dragon’s architecture allows for rapid capability evolution to respond to emerging challenges that are expected in the future of autonomous system warfare. It is optimized for tactical advantage, survivability, and operational independence in future conflict scenarios.