Airbus Defence and Space is preparing a fresh round of live trials in 2026 for Bird of Prey, a reusable, catapult-launched interceptor drone built to hunt down the kind of cheap, mass-produced one-way attack drones that have become a defining weapon of the war in Ukraine. The plan, reported by Janes on July 9, 2026, follows a live-fire demonstration in northern Germany earlier this year in which the system autonomously found, classified and destroyed a target drone — a rare public look at a European defense giant moving a counter-drone concept from PowerPoint to live warhead in under a year.
The system's origin story is almost as notable as its performance. Bird of Prey began life as LOAD — LOw-cost Air Defence — a program built around the airframe of Airbus's existing Do-DT25 target drone, the kind of platform normally used to give air-defense crews something to shoot at during training. Instead of retiring that airframe to the range, Airbus engineers turned it into the shooter. According to Janes, the program went from concept to first demonstration flight in just nine months, an unusually fast timeline for a weapons system integrating autonomous target detection, classification and engagement.
What Happened in the German Trial
In a test first announced on March 30, 2026 and detailed in reporting on an April live-fire trial at a German military range, Bird of Prey searched an area of airspace, detected a medium-sized one-way attack drone, classified it as hostile, and then engaged it using a Frankenburg Technologies Mark I missile — all without a human pulling a trigger, though not without a human's say-so. Airbus has built the system around a human-in-the-loop model: before any engagement, Bird of Prey requests operator permission, keeping a person in the kill chain even as the detect-and-track workflow runs autonomously.
The prototype that flew in Germany carried four Mark I missiles; Airbus says an operational version will carry up to eight. The Mark I itself is a small, purpose-built interceptor round — 65cm long, weighing under 2kg, flying at high-subsonic speed with an engagement range of up to 1.5km and a fragmentation warhead designed to shred a small drone's airframe rather than obliterate it with a large blast. Bird of Prey's airframe measures 2.5 meters across the wingspan and 3.1 meters in length, with a maximum takeoff weight of 160kg — small enough to be catapult-launched from a rail rather than requiring a runway, and, critically, reusable. Unlike the disposable missiles it carries, the drone itself is meant to land, reload and fly again.
Airbus CEO Mike Schoellhorn said the system fills "a crucial capability gap," while Frankenburg Technologies CEO Kusti Salm — whose company builds the interceptor missile — called it "a defining step for modern air defense." Airbus's own messaging leans harder into the economics of the problem: in a statement announcing the further trials, the company argued that Bird of Prey "offers more than just a new weapon system, it offers a means of winning the war of attrition."
The Sovereignty Angle
Two design choices in Bird of Prey point directly at a European customer base rather than a global export market. First, the system is built to be ITAR-free — meaning it contains no US-controlled components subject to American export restrictions — a deliberate move to let European governments buy, operate and modify the system without needing Washington's sign-off. Second, Airbus has built Bird of Prey to integrate directly with its own Integrated Battle Management System (IBMS), the command-and-control backbone Airbus is positioning across its broader air-defense portfolio. Together, those choices frame Bird of Prey less as a standalone gadget and more as a plug-in module for a European air-defense architecture that doesn't run through a US supply chain.
Why Now
The timing lines up with a specific, escalating threat. Airbus cites approximately 5,749 Russian Geran-type drone attacks, including decoys, recorded in June 2026 alone — an average of roughly 192 strikes per day. The Geran, Russia's domestically produced variant of the Iranian Shahed-136 loitering munition, has become the workhorse of Moscow's long-range strike campaign precisely because it is cheap to build and launched in overwhelming numbers, forcing defenders to expend far more expensive interceptors to stop each one. That cost asymmetry is the "war of attrition" Airbus's messaging directly references, and it's the same math driving a wave of low-cost counter-drone programs across NATO and Ukraine alike.
Bird of Prey is explicitly pitched as an answer to that math: a reusable airframe paired with a small, cheap interceptor missile, rather than a disposable drone or a six-figure air-defense missile spent on a target that may have cost a few thousand dollars to build.
Why It Matters
Bird of Prey is a snapshot of where counter-drone development is heading across NATO: away from repurposed legacy air-defense missiles and toward purpose-built, autonomous, reusable interceptors sized to match the cost and volume of the threat they're meant to stop. The nine-month timeline from concept to live-fire test — using an existing target-drone airframe as the starting point — also signals how quickly established defense primes can now move when the requirement is urgent and the building blocks already exist. The ITAR-free design and IBMS integration matter just as much as the hardware: they position Airbus to sell Bird of Prey as a sovereign, European-controlled system at a moment when NATO governments are increasingly wary of dependencies on US export licensing for critical air-defense capability. With Russian Geran-type strikes running near 200 a day as of June 2026 by Airbus's count, the operational pressure to field systems like this at scale — not just demonstrate them once in Germany — is only going to grow. The additional 2026 trials Airbus has planned will be the real test of whether Bird of Prey can move from a single successful intercept to a fielded, mass-producible counter-drone layer.
