Facts

• Company: Anduril Industries
• Product type: UAV
• Status: development
• Website: https://www.anduril.com/fury

Profile sections

• Summary
• Overview
• Market context
• Audience
• Workflow
• Capability
• Deployment environment
• Positioning tags
• Specifications
• Tags
• Record / Articles
• Timeline / Research
• Supply / Components
• Comparable Systems
• Sources

Summary

Fury is Anduril autonomous air vehicle for collaborative combat aircraft missions. It is built around Lattice software and designed for near-fighter-speed performance, modular payloads and affordable teaming with crewed aircraft.

Overview

Fury is Anduril autonomous air vehicle for collaborative combat aircraft missions. It is built around Lattice software and designed for near-fighter-speed performance, modular payloads and affordable teaming with crewed aircraft.

Market context

Fury is Anduril's autonomous air vehicle for near-fighter-speed missions and modular payload integration through Lattice.

• Target environment: Defense air operations, collaborative combat aircraft programs, test ranges and tactical autonomy environments.
• Workflow context: Autonomous flight, mission autonomy, payload integration, air combat support and CCA-style operations.
• Customer context: Defense customers and operators evaluating autonomous air combat and high-end uncrewed aircraft.
• Deployment model: Defense aircraft platform tied to Anduril's Lattice software ecosystem.
• Commercial maturity: Emerging defense product surface.
• Adoption constraints: Adoption depends on program selection, mission validation, reliability, cost and integration with defense networks.
• Market position: Higher-end autonomous aircraft that connects Anduril to the collaborative combat aircraft lane.
• Adjacent products: Roadrunner, Lattice, Ghost, MQ-28, CCA programs

Audience

Defense

Workflow

Autonomous flight, mission autonomy, payload integration, air combat support and CCA-style operations.

Capability

UAV

Deployment environment

Defense air operations, collaborative combat aircraft programs, test ranges and tactical autonomy environments.

Positioning tags

• Audience: Defense
• Workflow: Autonomous flight, mission autonomy, payload integration, air combat support and CCA-style operations.
• Capability: UAV
• Deployment environment: Defense air operations, collaborative combat aircraft programs, test ranges and tactical autonomy environments.

Specifications

• Max Speed: 0.95 Mach
• Form Type: Autonomous air vehicle
• Operational Role: Collaborative combat aircraft / autonomous air vehicle
• Autonomy Stack: Lattice software
• Maneuverability: Fielded fighter turn rates
• Payload Modularity: Modular mission payloads

Tags

• Peer Group: Tactical ISR UAV
• Workflow: Drone ISR, Tactical reconnaissance
• Deployment Environment: Defence operational environment
• Stack Layer: Finished robot platform
• Commercial Stage: Commercial product

Record / Articles

• 2026-04-07 - Note - Maritime autonomy is broadening

Timeline / Research

• 2025-06-18 - Partnership - Anduril and Rheinmetall partner on Barracuda, Fury, and solid rocket motors for Europe - Anduril and Rheinmetall announced a strategic partnership to co-develop and deliver autonomous air syst…

Supply / Components

• Fury - Fury Group5 Autonomous Aircraft Composites Lineage Post Acquisition - Motion Components - Blue Force Technologies - Anduril announced acquisition of Blue Force Technologies, including the Fury UAS and composites…

Comparable Systems

• IC Drone - Duke Robotics - UAV
• IAI Heron - Israel Aerospace Industries - UAV
• Zephyr HAPS - AALTO - UAV
• Vector AI - Quantum Systems - Tactical Isr Drone
• ZY-E4 - Beijing Zhuoyi Intelligent - UAV
• AM - PDW - UAV
• METIS - TYTAN Technologies - UAV
• Nightshade ADX-1 - Apollyon Dynamics - UAV