The defense sector has long been dominated by entrenched incumbents like Lockheed Martin and Boeing, who typically wait years for product development after receiving a request for proposals. Anduril disrupts this slow process by funding its own research and development before seeking government contracts. This strategy allows the company to offer finished products rather than just services, shifting the risk of failure away from taxpayers. The company currently expects to roughly double its revenue to about $4.3 billion in 2026, despite projecting approximately $1 billion in losses. It does not anticipate profitability until 2030, a timeline that reflects the massive capital requirements of building a modern industrial base.
Industrial scale and financial backing
Anduril secured more than $6 billion in venture capital to date, including a $5 billion round in May 2026 that valued the company at $61 billion. This funding supports the construction of Arsenal-1, a hyperscale manufacturing campus located about 20 miles south of Columbus, Ohio. The facility will provide more than 5 million square feet of manufacturing space and employ over 4,000 workers once fully built out. The first building, which includes 775,000 square feet of production space, began production in late March 2026. A second building spanning more than 924,000 square feet broke ground in the summer of 2025. These facilities will initially manufacture Fury, an unmanned fighter jet, and airframes for Barracuda missiles. The company also announced plans to build a $1 billion facility in Pickaway County, Ohio, specifically to produce aerial and maritime drones equipped with Lattice software. This expansion is part of a broader push into conventional shipbuilding, where Anduril recently won an up to $2.9 billion contract with the U.S. Navy to boost submarine production.
Autonomous systems and strategic positioning
At the core of Anduril’s hardware is Lattice, an autonomous software system that connects thousands of systems even in remote, low-bandwidth environments. Lattice collects information from radar, cameras, and other sensors to analyze data and streamline decision-making under human supervision. The platform was selected by the U.S. Space Force in 2024 for use in surveillance networks. Anduril has developed more than a dozen autonomous systems, including the Anvil interceptor, which can reach speeds of up to 200 mph and uses computer vision to locate target drones. The Anvil-M variant, unveiled in October 2023, uses a fire-control module and munitions payload to destroy Group 1 and 2 UAS. In January 2024, the U.S. Air Force contracted Anduril as one of five vendors for collaborative combat aircraft. The company’s Fury jet completed its first flight in October 2025, designed to fly semi-autonomously alongside manned aircraft. Critics note that the company remains unprofitable, with significant losses expected through 2030. However, the integration of AI-powered autonomy into mass-produced hardware represents a clear shift in how military capabilities are deployed. The question remains whether this rapid scaling can sustain the quality standards required for high-stakes combat operations.
