Echodyne, the Kirkland, Washington-based radar maker best known for its MESA electronically-scanning arrays, opened a new manufacturing facility in Washington state on July 9, 2026. The $40 million plant is the company's answer to a counter-UAS market that Janes reports is seeing orders "growing by multiple factors" — and it is designed to push Echodyne's output from its current pace to more than 30,000 radar units a year, or roughly 2,500 per month.

The scale of the buildout says as much about the state of the counter-drone business as anything else this year. Echodyne is not a legacy defense prime scaling up a decades-old program; it is a venture-backed radar startup that, within a few years, has gone from shipping boutique quantities of its EchoGuard system to integrators to building a dedicated production line sized for tens of thousands of units annually.

What's Actually Being Built

The new facility totals 86,350 square feet, split between 74,350 square feet of production space and 12,000 square feet of warehousing. Echodyne says all manufacturing will transition from its Kirkland headquarters to the new site over the coming months — not a satellite line, but a full relocation of production capacity. The company plans to hire more than 100 new employees initially, scaling to around 200 as the facility ramps toward its full 30,000-unit annual target.

That figure is the headline number, but it's worth translating into what it means operationally: a 30,000-unit annual run rate implies Echodyne is positioning MESA not as a niche sensor sold in the dozens or hundreds, but as a component meant to be fielded at genuine scale — closer to a fleet-wide sensor than a boutique add-on for high-value sites.

Why Demand Is Spiking

Echodyne points to a specific driver: the sheer volume of drones now in combat use in Ukraine, where the company characterizes both sides as having deployed millions of small unmanned aircraft over the course of the war. That proliferation has forced militaries and integrators worldwide to treat detect-and-track radar as a consumable procurement item rather than a specialized, low-volume purchase.

Janes reported in late June that Echodyne's counter-UAV radar orders are "growing by multiple factors," based on comments from CEO Eben Frankenberg at the Eurosatory defence exhibition in Paris — language that suggests the company is not merely seeing incremental growth but a step-change in bookings. Frankenberg told Janes that Echodyne supplies hundreds of customers globally, including a growing number of C-UAV system integrators, with its EchoGuard radar, the counter-drone product built around the MESA array.

How the Radar Gets Used

One detail from the Janes reporting illustrates why demand is running so far ahead of what a single-line factory could produce: Frankenberg told Janes that some customers ask for up to four radars per counter-drone platform. Multiple radars on one system aren't redundancy for its own sake — they support two distinct jobs. The first is classification, distinguishing an inbound drone from a bird or other non-threat clutter, a persistent problem for radar-based counter-UAS systems generally. The second is cueing effectors, meaning the radar hands off a tracked target to a kinetic or non-kinetic response system — a laser, a high-power microwave, or another intercept method — so the effector doesn't have to search for the target itself.

That multi-radar-per-platform pattern means unit demand scales faster than the number of platforms being fielded, which helps explain why a company already selling to hundreds of customers still needs a tenfold-plus jump in production capacity.

Why It Matters

Counter-UAS radar has quietly become one of the tightest bottlenecks in the broader counter-drone supply chain. Effectors — jammers, lasers, interceptor drones, guns — get most of the public attention, but none of them work without a sensor layer that can reliably detect, classify, and track small, slow, low-flying targets in cluttered environments. Echodyne's MESA (Metamaterials Electronically Scanned Array) architecture, which replaces the banks of individual phase shifters used in conventional electronically-scanned radars with a simpler, software-defined design, has positioned the company as a preferred supplier for integrators who need a compact radar that can be bolted onto vehicles, towers, and fixed installations without the cost or bulk of legacy military radar hardware.

A dedicated, six-figure-square-footage factory targeting 30,000 units a year is a strong signal that the counter-drone sensor market has moved past prototype-and-pilot volumes into sustained, large-scale procurement — driven directly by battlefield experience in Ukraine, where cheap first-person-view and loitering munitions have forced a rethink of layered air defense down to the squad level. For the U.S. and allied militaries, more domestic radar production capacity also matters as a supply-chain resilience question: a sensor that can be built at tens of thousands of units per year domestically is less exposed to the kind of component shortages and lead-time spikes that have plagued other defense electronics since 2022.

The expansion also underscores a broader industry pattern worth watching: counter-UAS is consolidating around a smaller set of sensor and effector vendors capable of true manufacturing scale, rather than remaining a fragmented market of small-batch integrators. Whether Echodyne can hit its 30,000-unit target on schedule — and whether that capacity gets absorbed as fast as current order growth suggests — will be a useful bellwether for how fast the rest of the counter-drone industrial base needs to scale to keep pace with drone proliferation.

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