RedDragon Context

Market context

Red Dragon is an AeroVironment software-defined autonomous UAS for contested-environment mission autonomy.

Target environment: Defense field operations, contested environments, tactical ISR and autonomous mission test ranges.
Workflow context: Autonomous flight, mission execution, contested-environment operation, software-defined aircraft workflows and payload integration.
Customer context: Defense customers and operators needing rapidly adaptable autonomous aircraft for mission-specific deployment.
Deployment model: Defense UAS platform model with software-defined autonomy and payload flexibility.
Commercial maturity: Emerging AeroVironment defense product surface.
Adoption constraints: Adoption depends on mission validation, payload fit, procurement, airspace approval and operational reliability.
Market position: Autonomy-forward UAS platform that reflects AeroVironment's move toward software-defined aircraft.
Adjacent products: Switchblade, P550, Puma, Anduril Roadrunner

Armed forces

Autonomous flight, mission execution, contested-environment operation, software-defined aircraft workflows and payload integration.

Defense field operations, contested environments, tactical ISR and autonomous mission test ranges.

Form Type: Software-defined unmanned aircraft system
Operational Role: GPS-denied autonomous mission execution
Operating Environment: GPS-denied and communications-degraded environments
Autonomy Model: Fully autonomous-capable operation with target detection and lock in disrupted low-bandwidth conditions
Architecture: Software-defined architecture
Production Model: manufacturing-at-scale design
Operational Domain: Cross-domain use across air, land and maritime
Payload capacity: 10 kg
Range: 400 km operational range
Wingspan: 11.8 ft / 3.6 m wingspan
Overall Length: 6.6 ft / 2 m length
Launch Context: Cross-domain air, land and sea launch and attack coordination