Purpose-built for hyper-scale production and mass employment.
Barracuda is a family of air-breathing Autonomous Air Vehicles (AAVs) purpose-built for hyper-scale production and mass employment. Advanced software with simplified design creates a highly intelligent, low-cost, and flexible mission system.
Designed for rapid hardware integration and software-defined upgradeability, Barracuda offers collaborative mission autonomy potential across multiple platforms.
The Barracuda-M munition configuration offers more affordable cruise missile capability with modular open systems architecture and supply chain resilience.
Versatile platform for multiple launch systems.
Range: >120nm operational range for extended mission capabilities
Payload: ~40lb capacity for kinetic and other mission payloads
Launch Platforms: Compatible with rotary/fixed-wing aircraft, ground vehicles, and boats for maximum deployment flexibility.
Enhanced range for fighter and naval operations.
Range: >200nm (air-launched), >150nm (ground-launched) for extended operational reach
Payload: ~35lb capacity optimized for precision strike missions
Launch Platforms: Internal/external carriage on fighter jets and deployment from surface vessels for naval operations.
Long-range capability for strategic missions.
Range: >500nm (air-launched) for strategic strike capabilities
Payload: >100lb capacity for enhanced mission effectiveness
Launch Platforms: Fighter aircraft and palletized systems (Rapid Dragon, C-17, C-130) for rapid deployment scenarios.
Designed to double production rates on-demand with streamlined manufacturing processes
Minimizes unique tooling and part count while using commercially available components
Open systems architecture enables rapid hardware integration and mission flexibility
Robust supply chain design ensures consistent production and deployment capabilities
Advanced software enables upgradeability and mission adaptability
Highly intelligent yet affordable system for mass employment scenarios
Compatible with air, ground, and naval platforms for maximum operational flexibility
Potential for collaborative mission autonomy and coordinated operations