An Army Stryker fired a drone-hunting interceptor that can top 160 mph in tests in Poland

The soldiers on the firing line at Ustka Training Area in northern Poland were not drone pilots by trade, and that was the point of the week. From Nov. 2 to 6, an Army air defense unit tested a small first-person-view interceptor called the FD-1, launching it from a Stryker-based SGT Stout vehicle and asking whether ordinary crews could learn to fly it.

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The reported performance is brisk. The FD-1 can exceed 265 kilometers per hour, about 165 mph and so past the 160 mph mark, in its terminal attack phase, and test runs reportedly touched roughly 314 kilometers per hour.

A week at Ustka under Operation Audacious Fury

The assessment was run by the Tactics, Integration and Employment Battery of the 5th Battalion, 4th Air Defense Artillery Regiment, part of the 52nd Air Defense Artillery Brigade, under Operation Audacious Fury, according to a Nov. 6 statement from the 10th Army Air and Missile Defense Command that DefConLevel reproduced. Its stated mission was to assess a cost-effective, lower-tier kinetic option for adding magazine depth against Group 1 to Group 3 drones and massed attacks. Army Recognition reported the speed figures and pictured the launch from an SGT Stout on Nov. 6; the speeds are described as reported, not as an Army-certified result.

The vehicle is the Stryker A1 8×8 formerly called M-SHORAD, carrying Stinger missiles, a 30 mm automatic cannon and a 7.62 mm machine gun, with radar and electro-optical sensors, and built to travel with armored and mechanized units against low-flying threats.

Saving Stingers for threats that need them

Lt. Col. John Verwiel, the battalion commander, framed the experiment as cost management. The Army wants to stay on the right side of the cost curve, he said, so that exquisite munitions are not spent ineffectively, and he plans to standardize training and engagement procedures and then field the interceptor at scale, per Defence Industry Europe. A Stinger fired at a cheap quadcopter is a poor trade, and a swarm of them makes the arithmetic worse.

The unit had already shown the Stryker platform’s reach in earlier drills. In May 2025 at Andoya, Norway, SGT Stout crews fired Stingers at drone targets in what the Army called the first NATO live fire with the system, and when one vehicle could not lock a target a crew dismounted and fired by hand, as a Defense Visual Information Distribution Service account recorded. Maj. Ben Bowman, the battalion’s operations officer, said at the time that the vehicle’s own radar sees only so far, so crews push what it sees to the wider network, and Col. Hailey Bairu, the 52nd Air Defense Artillery Brigade commander, argued that interoperable forces at the start of a war would hold a large edge over any enemy. The FD-1 adds a cheaper option above the machine gun and below the missile.

Training operators who have never flown FPV

Staff Sgt. Felix Aguilar, a platoon sergeant in the battery, said the group came to Poland to develop tactics, techniques and procedures along with a training and certification system. His claim is that an operator with no knowledge or skills in flying an FPV drone can be brought up to a skilled level. The battery expects its soldiers to train and certify operators in other units across U.S. Army Europe and Africa.

The battery’s role is to experiment. Another Army article, on the TIE Battery in Lithuania, describes it as a unit activated in April 2025 that tests sensors, radars, mobile fire-team weapons and low-cost interceptor drones in realistic training. First Lt. Jake Licht, its commander, says the mission is to capture battlefield lessons and carry them into training.

The maker, the orders and the missing numbers

Army Recognition names the FD-1’s maker as Mountain Horse Solutions, a subsidiary of Global Ordnance. It reports an initial order of 300 units earlier in 2026 and a second order of 385 on Oct. 8, awarded through the Global Tactical Edge Acquisition Directorate. The outlet gives no unit price, and its description credits a digital camera and a Pixel-Lock guidance mode that lets the operator designate a target before image-based tracking takes over, a launch preparation under two minutes and a range beyond 20 kilometers with an external antenna, against about 6 kilometers for a basic FPV setup.

Missing from every account is a result. No source gives intercept counts, kill rates or the share of launches that connected, and Army Recognition itself says effectiveness depends on detection, communications, operator skill and engagement conditions. The Army has not said whether the Ustka runs will lead to a larger buy, a fielding date for air defense units in Europe, or a change in how many Stingers each vehicle carries. Until the 10th Army Air and Missile Defense Command publishes outcomes from Ustka, the speed is a manufacturer-style claim, and the question that matters, how many drones each interceptor actually stops, is unanswered.

This article was produced with the assistance of AI and reviewed by Morning Overview editors prior to publication.