Echodyne's $250M Pentagon radar lane is backed by a 30,000-radar-a-year factory

The Pentagon just opened a $250 million counter-drone contract lane to Echodyne, a US radar maker whose MESA radar runs on software-defined, solid-state hardware. The durable part is what the company built to make that hardware at scale: an 86,350-square-foot factory in Washington State rated to produce more than 30,000 radars a year.

The award is an IDIQ, short for "indefinite delivery, indefinite quantity," routed through JIATF-401's Domestic Shield C-UAS Marketplace. JIATF-401, the military task force that coordinates domestic counter-drone operations, runs the marketplace as a procurement lane for force protection, base defense, and allied counter-drone work in the United States and overseas. The vehicle sets a 36-month ordering period and a $250 million ceiling. Individual radar orders will follow as bases, combatant commands, and partner nations place requirements.

Headlines will conflate the ceiling with a sale. The contract is closer to a shopping list. Echodyne's MESA radars, short for Metamaterials Electronically Scanned Array, the company's name for its electronically steered solid-state radar architecture, sit on the marketplace menu. Buyers pull what they need, in the quantities they need.

Echodyne's new Washington facility is sized for mass production, not boutique military runs. The company says it can build more than 30,000 radars annually at full output. For context, traditional military electronically scanned array (ESA) radars, the heavier, larger systems historically used for air defense, typically ship in the hundreds per year, and often in the dozens. A production line that pushes five-figure annual volumes puts a different class of hardware in reach for the distributed base defense that small-drone threats now require.

The product at the center of the deal is EchoShield, Echodyne's medium-range counter-drone system. It tracks targets at a 10 hertz update rate, holds angular accuracy under 0.5 degrees in both azimuth and elevation, and uses onboard AI and machine learning to classify fixed-wing and multirotor drones. The package is software-defined. New threat profiles, filters, and classification models can be added through updates rather than hardware swaps. Counter-drone defense used to be a one-off installation with a custom sensor stack. Software-defined radar turns it into a deployable commodity.

Echodyne CEO Eben Frankenberg framed the deal in terms of demand for precise tracking to support counter-drone response systems.

The contracting lane runs alongside an industrial build-out that is the more durable change. Domestic C-UAS procurement used to mean bespoke installations at priority sites. The Domestic Shield marketplace, paired with a factory that can push tens of thousands of radars a year, points toward a more distributed posture: per-base sensors, allied supply, and software updates flowing through a common backbone. Drone threats are cheap, fast-moving, and increasingly autonomous. The defense layer built to counter them now has a procurement mechanism and a production curve designed for that pace.

The first task orders under the IDIQ ceiling will show how real the lane is. Until then, the $250 million is a ceiling, not a payout, and the factory's annual output is the better measure of the shift.