Pentagon Funds Machina Labs Drone Airframe Effort

The $9 million, 18-month contract tests whether low-cost attack drones can be built quickly in pop-up facilities.

Updated on Nov. 7, 2026 in Robotics

Photograph of an industrial robotic arm bending a sheet of aluminum over a steel form beside unfinished lightweight airframe ribs on a concrete factory floor. — Los Angeles-based Machina Labs received a $9 million, 18-month Pentagon contract to build metal airframes for the LUCAS low-cost attack drone program. AI Illustration. Upload story photo >

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The Defense Department awarded Los Angeles-based Machina Labs an 18-month, $9 million effort to form metal airframes for the LUCAS drone program. The work tests whether cheap attack drones modeled on Iran's Shahed can be produced rapidly.

Why it matters

As autonomy reshapes combat, the Pentagon is examining whether drones can be manufactured cheaply and at speed rather than through traditional aerospace production. The effort reflects a push to build low-cost attack drones quickly.

Machina Labs uses robotic arms to press low-cost metal sheets into aircraft structures instead of labor-intensive composite shells, with modular factories that can be set up in roughly a month. The company projects its method could eventually reach tens of thousands of units annually, though future orders remain uncertain.

The players

Machina Labs

Machina Labs is a Los Angeles-based manufacturer that makes AI-guided robotic arms and has backing from Lockheed Martin's venture arm.

Center for Strategic and International Studies

The Center for Strategic and International Studies is a Washington think tank that estimated a Shahed drone costs roughly $35,000.

The details

Machina Labs, which makes AI-guided robotic arms for manufacturing, was asked to test whether cheap attack drones can be built quickly in pop-up facilities. The effort is tied to the LUCAS program, which is modeled on Iran's Shahed drone, a design Russia has used in Ukraine.

Over an 18-month period, Machina Labs will carry out the LUCAS metal airframe effort.

The Tech Race

The LUCAS effort mirrors the low-cost Shahed design Russia has deployed in Ukraine, positioning the Pentagon to match that cost structure with domestic production. Machina Labs' method of pressing metal sheets replaces the labor-intensive composite shells used in conventional aerospace manufacturing.

The effort shows how cheap, rapidly built drones could change defense procurement and the production methods used for unmanned systems. For most readers, the near-term effect is limited to how quickly new military drone designs reach the field.

The takeaway

Modular, robot-driven manufacturing could let defense programs scale cheap hardware far faster than traditional aerospace production allows. Whether that speed holds beyond a test effort will depend on future orders.