WASHINGTON D.C. – In a significant step toward the future of aerial combat, the U.S. Air Force’s vision for a robotic air wing is taking concrete form. Anduril Industries, a defense technology upstart, began critical ground tests this past May for its autonomous fighter jet, “Fury,” a high-performance aircraft at the heart of the military’s ambitious Collaborative Combat Aircraft (CCA) program. This testing phase marks a pivotal moment in a multi-billion-dollar effort to create a new class of AI-powered wingmen, designed to fly alongside piloted jets and fundamentally reshape the dynamics of air power. Last year, in a landmark decision that sent shockwaves through the defense establishment, the Air Force selected Anduril and General Atomics to build production-representative prototypes, bypassing industry titans like Lockheed Martin and Boeing for this phase of the program. The rapid progress from that contract award to the current testing of the Fury aircraft underscores a strategic urgency within the Pentagon to deploy "affordable mass"—a fleet of intelligent, attritable drones—to maintain its technological edge over global competitors.
The Context: A Paradigm Shift in Air Warfare
For decades, Western air power doctrine has revolved around developing technologically superior, yet incredibly expensive, "exquisite" fighter jets like the F-22 and F-35. However, this strategy faces two modern challenges: the staggering cost limits the total number of aircraft that can be fielded, and the rising sophistication of adversary air defenses makes risking these multi-million dollar assets—and their pilots—an increasingly fraught decision. The Collaborative Combat Aircraft (CCA) program represents a direct response to this dilemma, shifting focus from individual platform superiority to the power of a networked, distributed "family of systems." This new doctrine emphasizes "affordable mass" and complicates enemy targeting by flooding the battlespace with a mix of manned and highly capable, autonomous platforms.
A New Guard Ascends in U.S. Air Power
The selection of Anduril for one of the most significant air power projects in decades represents a major tactical and industrial shift. Founded in 2017 by Palmer Luckey, the innovator behind the Oculus VR headset, Anduril has positioned itself as a Silicon Valley-style disruptor in an industry known for its long development cycles and cost-plus contracts. The company’s philosophy is built on speed, software, and solving military problems with commercially driven agility. This approach has attracted immense investor confidence, rocketing Anduril’s valuation to over $8 billion and enabling it to move with a speed that traditional contractors often struggle to match. The company’s success in the CCA competition is a powerful validation of its model, which prioritizes its proprietary AI software, Lattice, as the central nervous system for its hardware. Instead of building a drone and then figuring out the software, Anduril develops the intelligent brain first, then builds hardware platforms like Fury to serve it.
The CCA program itself was conceived to solve the Pentagon's "cost-per-effect" dilemma. With piloted stealth fighters like the F-35 costing upwards of $80 million per unit and tens of thousands of dollars per flight hour, the Air Force cannot afford to build the sheer numbers needed to counter a peer adversary like China. The service’s answer, articulated frequently by Air Force Secretary Frank Kendall, is a "family of systems" where manned aircraft act as command centers for swarms of lower-cost, autonomous CCA drones. These AI wingmen can be tasked with high-risk missions—scouting ahead, jamming enemy radar, or absorbing enemy fire—without endangering a human pilot. By aiming for a fleet of at least 1,000 CCAs, the Air Force seeks to overwhelm adversaries, create complex tactical dilemmas, and generate combat power at a sustainable cost, a concept it refers to as "affordable mass." The decision to entrust this vision to a relative newcomer like Anduril signals that the Air Force values a software-defined future as much as, if not more than, traditional airframe manufacturing prowess.
Fury Unleashed: The Capabilities of an AI Wingman
The aircraft at the center of Anduril’s effort, the Fury, is a formidable platform acquired through the company's strategic purchase of Blue Force Technologies in 2023. This move gave Anduril a mature, high-performance airframe to integrate with its advanced AI. The Fury is no simple surveillance drone; it is a combat aircraft designed to operate in highly contested airspace. Capable of reaching speeds exceeding 650 miles per hour and altitudes of 50,000 feet, its performance profile allows it to keep pace with the F-35 and other advanced fighters. Its sleek, composite design suggests a low radar cross-section, a critical feature for surviving modern air defenses. The true revolution, however, lies in how it will be used. Fury is designed as an "attritable" asset—a term distinguishing it from cheap, expendable drones and expensive, "exquisite" fighters. It is meant to be reusable and highly capable, yet affordable enough that its loss in combat is a tactical, not strategic, blow.
The intelligence that allows for this new class of warfare comes from Anduril’s Lattice AI software. This platform acts as the ghost in the machine, fusing data from countless sensors into a single, coherent battlefield picture and enabling autonomous operations. A pilot in an F-35, for instance, will not be remote-controlling the Fury with a joystick. Instead, they will act as a mission commander, using high-level commands like "scout this area for enemy radar" or "provide a protective screen." The Lattice AI will then autonomously pilot the Fury, manage its sensors, and execute the complex maneuvers required to achieve the goal. This human-machine teaming multiplies the effectiveness of a single pilot, allowing them to control multiple autonomous assets and dominate a far larger battlespace. The software's open architecture is also a key feature, designed to allow for rapid updates and the integration of new capabilities, ensuring the fleet can evolve to meet emerging threats without requiring a complete hardware redesign.
From Prototype to Production: The Road to a Robotic Air Force
With ground tests for the Fury having commenced two months ago, Anduril is on an aggressive timeline to get the aircraft flying soon and into the hands of warfighters. The U.S. Air Force has set the ambitious goal of making a production decision by 2026, a pace nearly unheard of for a major combat aircraft program. This accelerated schedule is a direct reflection of the geopolitical urgency and the confidence in digital engineering and software-centric development methods that Anduril champions. By heavily modeling and simulating every aspect of the aircraft and its software, the company aims to de-risk the program and compress the traditional development-to-deployment timeline from decades to a few years.
The successful fielding of Fury and other CCA platforms will fundamentally alter the role of the human fighter pilot and the very definition of air superiority. Pilots will transition from being individual combatants to becoming commanders of robotic fleets, their strategic judgment augmented by the precision and expendability of their AI wingmen. This shift is seen as essential for future conflicts where decision-making speed and information dominance will be paramount. As Anduril moves Fury from the tarmac to the sky, the global defense community is watching closely. The program's success or failure will not only determine the structure of the U.S. Air Force for the next half-century but will also serve as the primary blueprint for the integration of artificial intelligence into the kinetic realities of modern warfare. The age of the autonomous fighting force is no longer science fiction; it is arriving now.