The Army Bought Its First Production Laser. The Factory Was Funded in March.

On March 3, AeroVironment committed $30 million to expanding three manufacturing buildings in Albuquerque. The announcement named no contract and no customer. It named 450 jobs, a $5 million check from the state of New Mexico, a $1 million check from the city, and a plan to build more directed energy systems. On September 2, six months later, the Army handed the company $464.8 million to put a laser weapon into production.

The award is the Enduring High Energy Laser program, E-HEL, and AeroVironment calls it the first production contract for a high energy laser weapon in United States history. Its CEO, Wahid Nawabi, called it a defining moment for the future of modern defense. He's talking about September 2. What the March announcement shows is that the company had already decided, six months earlier and without a customer, to carry the cost of being able to build these at volume.

The lasers were already working

E-HEL builds on the Army Multi-Purpose High Energy Laser, prototypes already in service and tested at White Sands Missile Range. Soldiers have been shooting small drones out of the sky with them. What changed on September 2 was the size and shape of the order: dozens of systems delivered over years, on a 30-kilowatt unit that bolts to a Joint Light Tactical Vehicle or ships on a pallet. A prototype has to survive a range day. A production unit has to come off a line at a rate somebody else set and keep coming for years, which is a harder and far more expensive engineering problem. AeroVironment's John Garrity framed it in one line in the release: "E-HEL is not a future capability, it is a production-ready system, built on proven technology."

The capacity decision came first

Look at what went into Albuquerque in March. The money went to three existing sites in the Sandia Science and Technology Park, to capital equipment, and to 450 hires, alongside an incentive package the state structured as $5 million up front plus $6 million tied to performance. The release framed all of it against national security priorities in general terms and named no program, because in March the E-HEL contract didn't exist yet. Six million of the state's support only lands if the hiring follows, so AeroVironment took the schedule risk and New Mexico took almost none of it.

Committing $30 million ahead of a program is a bet, and companies do build lines for contracts that get canceled. What makes this one reasonable is that once a prototype phase ends the buyer stops asking whether the device works and starts asking whether you'll still be delivering in year three.

Founders I talk to treat manufacturing capacity as the reward for winning the order, so they wait. Then the order shows up, the buyer asks how many units land in the first year, and the honest answer starts with a lead time on tooling. That answer loses to the company that already spent the money, and it loses on a dimension the founder was never competing on. Capacity is the one thing you can't produce on demand, because it's made of buildings, machines that take a year to arrive, and people who have to be hired and trained before they're worth anything to you. Most of the distance from prototype to product is that, and little of it is engineering.

The second road already has a buyer

Committing capacity is easier to justify when more than one customer can absorb it, and counter-drone is one of the few defense categories where the civilian customer is already funded. On August 5 the Department of Homeland Security awarded a five-year, $1.5 billion counter-UAS contract across twelve companies, running through July 2031. Performance is written into the requirement: detect at two kilometers or better, mitigate at five hundred meters or better. Airports, stadiums and border crossings all buy on a different clock than the Army. That published floor gives a founder something a defense program rarely does. It states in writing what the civilian side will pay for, so you can design to it and know before committing tooling whether the second road is reachable from the first.

A requirement you can read is what makes a second road testable, and most dual-use pitches I hear describe one with no requirement attached. That test is also my own gate: I won't coach a founder building an autonomous weapon aimed at people, and I will coach one whose platform has a credible civilian road. So I'd want to know which road a founder in this category designed the tooling around, because a line qualified for a military vehicle mount will not serve a stadium operator without being requalified, and requalifying gets more expensive every month it waits.

Dave Saunders is the founder of Base Reality Group and a Fractional CPO for product companies. He was a founder and operator at Galen Robotics, where the surgical-robotics platform earned FDA De Novo authorization in 2023, and he managed a 35-patent portfolio licensed from Johns Hopkins. He wrote Founders Who Finish and publishes The Build. More about Dave →