Enabling trusted and collaborative autonomy for the high-end fight.
Fury is a high-performance, multi-mission group 5 autonomous air vehicle (AAV) enabling trusted and collaborative autonomy for the high-end fight.
Built to accelerate development and fielding of Mission Autonomy, Fury delivers an "unfair advantage for unrivaled deterrence" in modern combat scenarios.
Using Lattice Mission Autonomy software, Fury supports manned-unmanned teaming and delivers holistic autonomous air capabilities for complex mission environments.
High-speed capabilities with extreme maneuverability.
Fury is capable of flying up to 0.95M and can pull 9Gs, delivering fighter-level performance in an autonomous platform.
Characterized by VISTA Simulation System, Fury enables effective teaming with manned aircraft and other autonomous systems.
Commercial jet engines provide large internal fuel fraction, optimizing performance and fuel economy while minimizing supply chain strain.
Modular design for rapid reconfiguration and adaptability.
Modular design enables rapid reconfiguration between RF, IR, and other payloads, allowing capabilities to be adapted on the flight line.
Modular subsystems are designed to avoid over-engineering while using interoperable commercial off-the-shelf hardware.
This approach reduces cost while maintaining high performance, delivering the operating economics of a commercial single-engine jet.
Powered by Lattice for collaborative operations.
Fury integrates Lattice Mission Autonomy software to enable sophisticated autonomous decision-making and collaborative operations.
Supports manned-unmanned teaming scenarios, allowing human operators and autonomous systems to work together seamlessly in complex mission environments.
Capable of flying up to 0.95M for rapid deployment and high-speed operations
Fighter-level maneuverability with ability to pull 9Gs in combat scenarios
Commercial jet engines with optimized fuel economy for extended range operations
Reduced acoustic signature for enhanced stealth and operational security
Designed for rapid development and deployment to meet urgent operational needs
Versatile platform supporting diverse mission requirements and payload configurations
Field-tested design validated through VISTA Simulation System for reliable performance
Commercial single-engine jet economics enable cost-effective mass production