A small radar company from the Seattle suburbs is having a very big week in Europe. Echodyne, maker of compact electronically-scanned-array (ESA) radars, is exploring setting up a European production line as NATO governments pour money into counter-drone defenses — and the announcement lands alongside news that Norwegian defense giant Kongsberg has selected Echodyne's MESA radar to give its widely-fielded PROTECTOR remote weapon stations real-time drone-tracking capability.
The two developments, reported within a day of each other on September 9 and 10, 2026, capture a broader shift underway across the continent: as cheap drones become a persistent battlefield and homeland-security threat, the radar and sensor hardware needed to detect and defeat them is becoming one of the hottest procurement categories in European defense.
A Radar Built for the Turret, Not the Truck
The Kongsberg deal, announced to coincide with the MSPO defense exhibition in Kielce, Poland (September 8–11, 2026), where the companies are exhibiting together, pairs Echodyne's MESA radar with two variants of Kongsberg's PROTECTOR remote weapon station family: the RS4, built around small arms, and the RS6, a heavier turret capable of mounting a 30mm Bushmaster cannon alongside Javelin and Stinger missiles. According to Military Aerospace Electronics, which first reported the integration, the RS6's counter-UAS capability has already been tested with the US Marine Corps — meaning the radar isn't going into a clean-sheet design but onto a weapon station with an existing testing pedigree.
That pedigree matters. PROTECTOR remote weapon stations are fielded in more than 40 countries, across static, crewed and uncrewed platforms, which gives Echodyne's radar a potential installed base far larger than any single new-platform contract could offer. Rather than selling one radar to one customer, Echodyne is embedding itself into a weapon system that dozens of militaries already own and operate.
The specifications published for the MESA unit explain why Kongsberg wanted it on a turret rather than a fixed installation. The radar operates in the 15.4–16.6 GHz band, scans a 130-by-90-degree field of view, and updates its picture ten times per second while tracking more than 1,000 objects simultaneously — all with track accuracy better than half a degree and power draw under 250 watts. For a remote weapon station that needs to slew a barrel onto a small, fast, low-radar-cross-section target without lagging behind it, that combination of wide field of view, high update rate and tight angular accuracy is the difference between a radar that can merely detect a drone and one that can actually cue a fire-control solution against it.
Echodyne CEO Eben Frankenberg framed the deal in exactly those terms. "Integrating MESA radar gives the PROTECTOR family the precise, stable and persistent tracks needed to cue the fire-control system," he said, according to a report carried on Yahoo Finance. The company describes MESA as a low-SWaP (size, weight and power), software-defined, solid-state radar — engineering shorthand for a sensor designed to be bolted onto vehicles and turrets that have little spare weight or electrical budget to give up, rather than mounted on a dedicated trailer or mast.
The integration is described as a multi-year program, with Kongsberg conducting ongoing field testing rather than a one-off contract award. Neither company has disclosed contract value or delivery timelines beyond that framing.
Why Europe, Why Now
The Kongsberg deal is the specific proof point behind a broader move Echodyne is weighing: building a production line in Europe. According to C4ISRNET, which first reported the plan on September 10, 2026, Echodyne is exploring European manufacturing directly in response to NATO governments ramping up counter-drone spending, as demand for radar-based drone detection surges across the continent.
That timing is not incidental. European militaries and border-security agencies have spent the past several years watching drone incursions — from battlefield reconnaissance and strike drones to unexplained overflights near military and civilian infrastructure — become a routine occurrence rather than an anomaly. Governments have responded by opening their checkbooks for counter-UAS systems, and companies that can detect a small, low-flying, slow-moving drone cheaply and reliably are finding themselves suddenly in high demand.
For a US company like Echodyne, standing up manufacturing on the continent would do two things at once: shorten supply lines to European customers already buying its hardware through programs like the Kongsberg integration, and position the company to meet local-content or offset requirements that increasingly shape European defense contracts. Neither C4ISRNET's report nor Echodyne's own statements specify a country, timeline, or investment figure for the potential line — the company is described as "mulling" the move, not confirming it — but the fact that it's under serious consideration at all signals how much weight Echodyne is putting on the European market's trajectory.
Why It Matters
Counter-drone radar has quietly become one of the most consequential hardware categories in modern defense procurement, and the Echodyne-Kongsberg pairing shows why. A radar is only as useful as the weapon or effector it's feeding, and PROTECTOR's presence in 40-plus countries means a single successful integration can propagate counter-UAS capability across a huge existing fleet far faster than fielding new platforms from scratch. That's a much bigger strategic win for Echodyne than the dollar value of any single contract would suggest.
It's also a signal about where the money is moving. NATO members have talked for years about the drone threat; what's notable now is a US sensor maker judging the European demand durable enough to justify building factory capacity on the continent rather than simply exporting from Washington state. If that production line materializes, it would mark one of the more concrete pieces of evidence yet that Europe's counter-drone buildup is shifting from urgent purchasing to sustained industrial investment — the kind of shift that reshapes supply chains, not just budgets.
