Accelerating Autonomy into an Operational Reality
Fury is a high-performance, multi-mission group 5 autonomous air vehicle (AAV) enabling trusted and collaborative autonomy for the high-end fight.
Leveraging Lattice software, Fury is designed to accelerate the development, testing, and fielding of Mission Autonomy into operational reality for the warfighter, delivering an unfair advantage for unrivaled deterrence.
Build Qualities
Flexible Mission Configurations
Modular design enables rapid reconfiguration between RF, IR, and other
Modular Subsystems
Designed to avoid over-engineering by leveraging modular subsystems interoperable with commercial off the shelf hardware.
Large Internal Fuel Fraction
Fury leverages commercial off the shelf jet engines to optimize performance and fuel economy without straining existing supply chain logistics.
Fighter Performance
Capable of flying up to .95M and pulling 9Gs, as characterized by VISTA Simulation System, Fury delivers the fighter performance required to enable effective teaming.
Reduced Cost
Operating economics of a commercial single-engine jet with low noise.
Designed for Accelerated Fielding
Leverages advanced rapid prototyping, digital engineering, and an open and modular system design to accelerate the speed from prototyping to production.
High-Performance, Multi-Mission Platform
Designed to deliver next-generation flight performance with the flexibility to integrate a variety of first or third-party sensors and payloads to support the mission requirements.
Model-Driven, Field-Tested
The digital design is rapidly tested, validated, and iterated by leveraging synthetic pilots and intelligent flight simulation onboard actual aircraft.
Affordable Mass
Commercial off the shelf subsystems and all digital workflow from concept through manufacture, validation, and verification provides rapid and scalable production at a fraction of the cost of a crewed fighter.
Autonomous Hardware Meets Autonomy Software
Anduril integrates Fury with Lattice for Mission Autonomy software to deliver the holistic set of functions and behaviors required to field autonomous and collaborative air capabilities, such as manned-unmanned teaming.
Ratings and reviews
0
from 5
0 reviews