BY MIRABEL ODETA
U.S. defense technology company Anduril Industries is preparing to begin production of its high-speed autonomous combat drones, known as FURY “loyal wingman” aircraft, at a newly built manufacturing complex in Ohio. The project reflects the rapidly growing demand for unmanned military systems as recent conflicts highlight the effectiveness of drone technology on modern battlefields.
The company said construction and early operations will begin in the coming days at its new Arsenal-1 autonomous systems manufacturing campus, located about 20 miles south of Columbus. Surrounded by farmland and rural communities, the facility represents a major investment in advanced defense manufacturing in the region.
Officials say the site will eventually become one of the largest autonomous weapons manufacturing centers in the United States. Over the next decade, the project is expected to create more than 4,000 jobs, with about 250 employees anticipated to be working at the facility by the end of this year. The campus carries an estimated price tag of about $1 billion and is designed to produce multiple types of autonomous military systems.
The launch of production comes as the U.S. military intensifies its focus on unmanned technologies following the widespread battlefield success of drones in recent conflicts, particularly in Ukraine and the Middle East. Military planners increasingly see autonomous aircraft as a key component of future warfare, capable of performing surveillance, strike missions, and electronic warfare alongside traditional manned aircraft.
The FURY drone is designed to function as a “loyal wingman,” an autonomous aircraft that flies alongside piloted fighter jets to support combat missions. These drones can perform dangerous tasks such as reconnaissance in heavily defended areas, electronic warfare, or even direct strikes against enemy targets, reducing risks for human pilots.
The aircraft is part of the U.S. Air Force’s Collaborative Combat Aircraft program, an effort aimed at building a new generation of unmanned systems that can operate in coordination with crewed fighter jets. The program is expected to play a significant role in future air combat strategies, where swarms of intelligent drones could support advanced fighter aircraft.
According to company officials, the FURY drone will be the first system manufactured at the Arsenal-1 facility. Once the factory reaches full capacity, it is expected to produce several different defense platforms, including interceptor drones, cruise missiles, and potentially classified systems developed for the U.S. military.
Matt Grimm, co-founder and chief operating officer of Anduril, said the company’s manufacturing approach differs significantly from traditional defense contractors. Instead of designing weapons systems first and addressing production challenges later, Anduril integrates manufacturability into the earliest stages of design.
This approach, Grimm explained, allows the company to streamline production and reduce costs while scaling up manufacturing more quickly. Engineers work closely with production teams from the earliest prototype stages to ensure that each system can be built efficiently on a large scale.
One example of this strategy is the company’s choice of materials. Rather than relying heavily on expensive materials such as titanium, Anduril designs many components using more widely available materials such as aluminum. This decision helps reduce production costs while maintaining structural performance.
The company also applies manufacturing techniques borrowed from industries outside the traditional defense sector. For instance, composite construction methods used in the recreational boat industry have influenced parts of the drone’s design and production process.
Another notable decision involves the engine used in the FURY aircraft. Instead of developing a specialized military engine, Anduril selected a commercial business jet engine because of its established supply chain and maintenance network. Using widely available components can simplify logistics and reduce long-term operating costs for the military.
Grimm said the company’s engineers continually evaluate how every design decision affects the ability to produce the aircraft efficiently.
From the first prototype stage, teams have worked closely with manufacturing specialists to determine how the aircraft can be designed specifically for scalable production. According to Grimm, that mindset ensures that each new version of the drone moves closer to a design optimized for large-scale manufacturing.
In addition to the FURY drone, the Arsenal-1 factory will also produce several other advanced defense systems. These include the company’s Roadrunner interceptor drone, which is designed to counter aerial threats, as well as the Barracuda family of cruise missiles.
The facility is also expected to manufacture at least one classified program, though the company has not disclosed details about that project.
Anduril’s expansion in Ohio is part of a broader effort to increase domestic production capacity for advanced defense technologies. The company has been rapidly expanding its manufacturing footprint in recent years as demand for autonomous systems continues to grow.
Currently, Anduril operates production facilities across the United States and internationally, including sites in Mississippi, Rhode Island, Colorado, North Carolina, Georgia, and Southern California. The company also runs a manufacturing operation in Australia, reflecting its growing global presence in the defense sector.
The U.S. government has increasingly encouraged competition among defense contractors in hopes of accelerating innovation and lowering costs. Traditionally, large and established companies have dominated military procurement, but newer firms like Anduril are gaining attention for their ability to develop advanced technologies more rapidly.
The administration of Donald Trump has expressed interest in encouraging emerging defense technology firms to challenge traditional defense manufacturing models. Officials believe that smaller, more agile companies could introduce new ideas and production techniques that speed up the delivery of cutting-edge weapons systems.
The growing importance of drones in modern warfare has further accelerated investment in this sector. Conflicts in Ukraine and elsewhere have demonstrated how relatively low-cost unmanned aircraft can play a decisive role in reconnaissance, targeting, and even large-scale combat operations.
Military analysts say the next phase of drone development will likely focus on autonomous systems capable of operating in coordinated groups, sharing information with human pilots and other aircraft in real time. These systems could fundamentally change how air combat is conducted in the future.
For Anduril, the Arsenal-1 facility represents both a manufacturing hub and a symbol of the changing landscape in defense technology. If successful, the factory could help establish the company as a major supplier of next-generation autonomous weapons for the U.S. military and its allies.
As production ramps up over the coming years, the company hopes its new Ohio campus will become a cornerstone of America’s evolving defense manufacturing industry, producing advanced systems designed for the rapidly changing demands of modern warfare.
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