The Anduril Fury: America's Expendable AI Combat Drone

The United States Air Force has a problem it cannot solve with traditional fighter jets alone. Manned fighters are extraordinarily expensive, an F-35A costs over $80 million, and the new F-47 sixth-generation fighter will likely cost significantly more. The Air Force needs hundreds more combat aircraft to match the scale of potential adversaries, but it cannot afford to fill that gap with manned platforms. The answer is the Collaborative Combat Aircraft (CCA) program: autonomous drones that fly alongside manned fighters, absorbing risk and multiplying combat power. Anduril's YFQ-44 Fury is one of the first aircraft selected for the program, and it represents a fundamentally different approach to building combat aircraft, designed from day one around AI autonomy, modular payloads, and factory-scale production.

The CCA Program: Why the Air Force Needs Expendable Fighters

The logic behind the Collaborative Combat Aircraft program is straightforward. In a conflict with a peer adversary, the United States would need to generate enormous amounts of combat airpower, far more than the current fleet of manned fighters can sustain. Every manned fighter that is shot down means the loss of a $80-to-$150 million aircraft and a pilot who took years and millions of dollars to train. The attrition math does not work.

CCAs change that math. If a manned fighter can control two or three autonomous wingmen, the effective size of the fighter force multiplies without proportionally increasing cost. The CCAs fly into the most dangerous airspace first, scouting, jamming, and engaging threats so that the manned fighters behind them can operate more safely. If a CCA is lost, the cost is measured in millions rather than tens of millions, and no pilot comes home in a body bag.

The Air Force selected two companies for the CCA Increment I program: Anduril Industries and General Atomics. Anduril's entry is the Fury, designated YFQ-44A by the Air Force, marking the first time a drone has received the "F" fighter designation. That nomenclature is not symbolic. It reflects the Air Force's intent for the Fury to operate as a fighter aircraft, not merely a reconnaissance or strike drone.

Design and Performance

The Fury is a jet-powered autonomous aircraft designed for high endurance and operational flexibility. Anduril has confirmed that the aircraft can fly for more than 15 hours, an extraordinary figure for a jet-powered combat platform, and far longer than any manned fighter can sustain in a single sortie. That endurance gives the Fury the ability to loiter in a combat zone, escort a bomber on a long-range mission, or maintain a persistent combat air patrol without requiring aerial refueling.

The aircraft is built around an open architecture that accepts modular mission payloads. Different nose sections, sensor packages, and weapons configurations can be swapped to adapt the same airframe for different missions: air-to-air combat one day, electronic warfare the next, intelligence gathering the day after. This modularity echoes the approach taken by the MQ-28 Ghost Bat, but Anduril has taken the concept further by designing the entire aircraft around rapid reconfiguration.

In February 2026, the Air Force released the first photograph of a Fury carrying an AIM-120 AMRAAM, the same beyond-visual-range air-to-air missile used by F-15s, F-16s, F-22s, and F-35s. The captive carry test demonstrated that the Fury's weapons integration is progressing rapidly, moving from basic flight testing to actual weapons carriage in a matter of months.

Lattice OS: The AI Brain

At the core of the Fury's autonomous capability is Lattice OS, Anduril's proprietary artificial intelligence operating system. Lattice is not a drone autopilot. It is a full autonomy framework that enables the Fury to perceive its environment, make tactical decisions, coordinate with other aircraft, and execute complex missions with minimal human input.

Lattice provides real-time sensor fusion, combining data from the Fury's own sensors with information received over tactical data links from manned fighters, ground stations, and other CCAs. The system can identify threats, prioritize targets, plan routes through defended airspace, and recommend or execute engagement options, all at machine speed, far faster than a human operator could process the same information.

The software is not unique to the Fury. Lattice runs across Anduril's entire product line, including the Ghost Shark underwater vehicle, ground-based surveillance towers, counter-drone systems, and command-and-control platforms. This commonality means that a Fury operating in contested airspace can share information seamlessly with an Anduril ground sensor detecting enemy movements, or with a Ghost Shark monitoring undersea approaches. The vision is a single AI-driven operating system connecting autonomous systems across all domains: air, land, sea, and undersea.

For the CCA mission specifically, Lattice enables the Fury to operate as an autonomous wingman to manned fighters. A pilot in an F-35 or F-47 could direct a flight of Furies through high-level mission objectives such as "scan this area," "engage any hostile aircraft," or "jam that radar," and the Furies would execute those objectives autonomously, coordinating with each other and deconflicting their actions without requiring the pilot to micromanage each drone.

Arsenal-1: Manufacturing at Scale

The most ambitious aspect of the Fury program may not be the aircraft itself but how Anduril plans to build it. The company is constructing Arsenal-1, a 5-million-square-foot manufacturing facility in Columbus, Ohio, one of the largest defense manufacturing plants in the United States. Prototype production is scheduled to begin in the first half of 2026, with the facility designed to scale to mass production rates that traditional defense contractors have never attempted for combat aircraft.

The CCA concept only works if the drones are affordable enough to build in large numbers and accept losing in combat. If each CCA costs $30 million and takes two years to build, it is not truly expendable, and commanders will hesitate to risk it. Anduril's approach is to apply commercial manufacturing techniques, automation, and software-driven production processes to bring per-unit costs down dramatically and production rates up.

Anduril founder Palmer Luckey has been explicit about this philosophy: the defense industry's traditional cost-plus contracting model produces small numbers of exquisite systems at enormous cost. The Fury is designed to be produced the way consumer technology companies build products, with high volume, high automation, and continuous improvement. Whether Anduril can actually deliver on that promise remains to be seen, but the scale of the Arsenal-1 facility suggests the company is serious about trying.

First Flight and Testing

The first Fury completed its maiden flight on October 31, 2025, at an undisclosed test range. The flight was a significant milestone, not just for Anduril, but for the entire CCA program. It demonstrated that a company founded in 2017, with no prior experience building manned or unmanned aircraft, could design and fly a jet-powered combat platform in direct competition with established defense primes like General Atomics, Boeing, and Lockheed Martin.

Since that first flight, the test campaign has progressed rapidly. Weapons integration testing began within months, with the AIM-120 AMRAAM captive carry test confirming that the aircraft's weapons pylons, avionics, and mission systems can interface with standard Air Force munitions. Additional flight testing is expanding the performance envelope, validating the autonomy software, and preparing for more complex multi-aircraft scenarios where Furies operate alongside manned fighters.

How It Compares

The Fury competes directly with General Atomics' entry in the CCA Increment I program, though details of that aircraft remain largely classified. Against other autonomous wingman programs worldwide, the Fury occupies the "affordable and attritable" end of the spectrum, designed to be less expensive than the MQ-28 Ghost Bat and more expendable than platforms like the S-70 Okhotnik.

Against the Bayraktar Kizilelma, the Fury takes a different approach. The Kizilelma integrates its own AESA radar and has demonstrated autonomous air-to-air engagement. The Fury is designed to operate as part of a networked team, relying on manned fighters and other CCAs for sensor data as much as its own sensors. The Kizilelma is an independent hunter; the Fury is a team player that derives much of its combat power from the network it operates within.

The Fury's 15-hour endurance is its standout specification. No other known CCA or loyal wingman platform comes close to that figure. Endurance translates directly into tactical utility, a Fury can fly a round trip to a distant operating area, spend hours on station, and return, all on a single sortie. For the Pacific theater, where distances between bases and operating areas can span thousands of kilometers, that endurance is not a luxury. It is a requirement.

What It Means

The Fury represents more than a new drone. It represents a test of whether the United States can fundamentally change how it builds combat aircraft. The Air Force has spent decades buying small numbers of increasingly expensive manned fighters from a shrinking number of defense contractors. The CCA program, and the Fury specifically, is an attempt to break that pattern by producing large numbers of autonomous aircraft at costs that make attrition warfare sustainable.

If Anduril can deliver on its manufacturing promises, the implications extend far beyond the Air Force. A production line that can build hundreds of autonomous combat aircraft per year changes the strategic calculus for any adversary contemplating conflict with the United States. It means that losing aircraft in the opening days of a war does not create an irreplaceable gap in capability, the factory can produce replacements faster than the adversary can destroy them.

That is the vision. Whether the Fury lives up to it will depend on the answers to questions that flight testing and production scaling have not yet resolved: How reliable is the autonomy software in real contested environments? Can Arsenal-1 actually produce aircraft at the rates and costs Anduril claims? Will the Air Force's institutional culture, built around manned fighters and pilot primacy, genuinely embrace autonomous wingmen? The Fury has flown. Now it has to prove it can fight, survive, and be built by the hundreds. That is the harder test, and it is just beginning.