Forging the Future Arsenal: How AI Robotics Is Solving a Defense Crisis

LOS ANGELES, CA – July 15, 2026 – In the world of advanced weaponry, the sleek design of a missile often captures the public imagination. But behind the scenes, a far less glamorous but more urgent challenge is unfolding: the struggle to simply build things fast enough. Now, a pivotal contract between defense giant Lockheed Martin and robotics firm Machina suggests a new chapter is being written, not in missile design, but in the very foundation of how America’s arsenal is built.

Machina, a relatively young company founded in 2019, announced it has secured a qualification contract to produce a key assembly for the Joint Air-to-Surface Standoff Missile (JASSM) program. While contracts are common, this one is different. It marks the first time an assembly made in Machina’s AI-driven, robotic factory has been validated for a mission-critical missile system. It’s a quiet but profound signal that the defense industrial base is turning to radical innovation to solve a pressing production crisis.

The Pressure to Produce

The JASSM is not just any missile. It is a cornerstone of U.S. and allied air power—a stealthy, long-range cruise missile capable of striking high-value, heavily defended targets from a safe distance. Geopolitical tensions and the need to replenish stockpiles have caused demand for this weapon to skyrocket. The U.S. military’s inventory objective for the JASSM family has more than doubled in recent years, climbing from 4,900 to over 10,000 missiles.

This surge has placed immense pressure on the traditional defense industrial base, which has long been characterized by complex supply chains and manufacturing processes that can take months or even years. As Machina’s CEO, Edward Mehr, stated, “Missile programs are not constrained by design. They are constrained by production.”

This production bottleneck is a systemic issue. The Pentagon has repeatedly warned about the fragility of its supply chains and the need for greater speed and scale. Legacy manufacturing techniques, while reliable, are often slow and ill-suited for the agile, high-volume output required in the modern era. Machina’s approach is engineered to directly confront this constraint.

A New Manufacturing Paradigm

At its Los Angeles facility, Machina is pioneering what it calls “software-defined manufacturing.” Instead of relying on fixed tooling and molds, which can take months to create, the company uses its proprietary RoboForming™ technology. Here, massive industrial robots, guided by artificial intelligence, can form complex metal structures directly from a digital design file. This process is paired with precision laser welding and automated assembly, all integrated under one roof.

The result is a factory that operates more like a data center than a traditional metal shop. A design change can be implemented with a software update rather than a complete re-tooling, drastically cutting down lead times. The company’s vision is to compress production timelines for complex structures “from months to days.”

The Lockheed Martin contract serves as a crucial validation of this model. In the rigorous world of defense procurement, a “qualification contract” is not a simple purchase order. It signifies that Machina’s technology, processes, and the parts they produce have passed a battery of tests for quality, reliability, and performance. It’s a formal endorsement that the company is ready for mission-critical work, moving it from a promising startup to a vetted supplier for the nation's defense.

“We are excited about this opportunity to support a vital weapon system for the United States and its allies,” said John Borrego, President of Machina Bellator, the company’s defense subsidiary. “This selection underscores the importance of advanced, agile manufacturing in strengthening defense readiness and delivering capability at speed.”

The Prime Mover's Strategy

Lockheed Martin’s role in this story is equally telling. The aerospace giant is not just a customer; it is also a strategic investor in Machina through its venture capital arm, Lockheed Martin Ventures. This dual relationship highlights a broader shift in how major defense primes are approaching innovation and supply chain resilience.

Rather than attempting to develop every new technology in-house, they are increasingly acting as strategic partners and system integrators, leveraging the agility of the startup ecosystem to solve critical problems. For Lockheed Martin, which is under its own pressure to ramp up JASSM production to a planned 1,000 missiles per year, a partner like Machina offers a way to de-risk its supply chain and inject next-generation efficiency into its manufacturing network.

“Lockheed Martin Ventures invested in Machina Labs for its powerful combination of speed, flexibility, and scalability, and our teams have worked closely to transition key capabilities to production,” noted Chris Moran, vice president and general manager of Lockheed Martin Ventures. He added that Machina’s work “advances capacity, reduces risk, and helps ensure we can deliver mission-critical capabilities at scale.”

This partnership is not a replacement for Lockheed’s own advanced manufacturing efforts but a powerful supplement. It is a pragmatic recognition that securing the future of defense production requires a collaborative ecosystem, where established leaders empower disruptive innovators.

The work will be supported by Machina Factory 3, a new 200,000-square-foot facility designed to house dozens of robotic cells for high-rate production. This isn’t a pilot program; it’s the blueprint for an industrial-scale solution. The successful qualification for the JASSM program is more than a business win for a single company; it is a proof of concept for a more resilient, responsive, and technologically advanced American industrial base.