Airbus Tests ‘Bird of Prey’ Drone Interceptor in Germany

Airbus has completed the first public demonstration of its Bird of Prey unmanned interceptor system in northern Germany, firing a lightweight air-to-air missile from the drone in a test that highlights how European industry is racing to counter the growing threat from one-way attack drones.

Image by AWN RSS by content source

First Demonstration Flight for Airbus Counter-Drone UAS

According to published coverage from defense-focused outlets, the Bird of Prey unmanned aerial system carried out its debut demonstration at a military training area in northern Germany. The flight marked the first time the platform has been publicly shown launching a missile in a realistic operational scenario, using a target that replicated a so-called kamikaze drone.

Reports indicate that the drone is based on an adapted Do-DT25 airframe configured as a dedicated interceptor. During the trial, the aircraft conducted an autonomous flight profile before engaging a separate uncrewed aerial target. Observers describe the test as a milestone in proving that an unmanned aircraft can take on the role traditionally filled by crewed fighters tasked with defending airspace against low, slow threats.

The demonstration was designed to mirror conditions seen in recent conflicts, where small and medium-sized uncrewed systems have been used extensively for long-range strikes. By using a live target drone and an actual missile shot rather than a simulated intercept, Airbus and its partners sought to validate not only the airframe but also the fire-control logic and engagement chain.

Frankenburg’s Mark I Missile at the Heart of the Test

The interception relied on the Mark I air-to-air missile developed by defense startup Frankenburg Technologies. Publicly available information describes the Mark I as an ultra-light, short-range interceptor intended specifically to defeat larger uncrewed aircraft such as loitering munitions and one-way attack drones.

Reports indicate that the Bird of Prey test configuration was equipped with multiple Mark I missiles mounted under its wings, although only a single live firing has been described in open sources so far. The missile is understood to operate at ranges on the order of a few kilometers, a band aimed at filling the gap between ground-based guns or electronic warfare and higher-cost surface-to-air missiles.

Analysts note that combining a relatively inexpensive missile with a reusable unmanned launch platform is intended to keep overall interception costs down. Instead of launching a high-performance fighter and expending a full-sized air-to-air weapon, a tactical drone paired with a compact missile promises a more economical way to defend fixed sites, logistics hubs, and key infrastructure.

Responding to a Surge in One-Way Attack Drone Threats

The Bird of Prey trial comes as militaries across Europe and the wider NATO alliance continue to confront the rapid proliferation of one-way attack drones on modern battlefields. Conflicts in Ukraine and the Middle East have shown how relatively cheap, long-range uncrewed systems can threaten air bases, fuel depots, and command centers, often in coordinated swarms.

Public commentary surrounding the German test has emphasized the challenge of matching interception costs to the price of the attacking drones. Traditional air defense systems are capable of engaging such threats but often at a significant financial premium. This dynamic has pushed industry toward more specialized counter-unmanned aerial systems that can be deployed in large numbers and sustained over long campaigns.

Within that context, the Bird of Prey is presented as a mobile, reusable counter-drone layer that can sit between static ground-based defenses and higher-end air assets. By flying at similar altitudes to the incoming drones, the interceptor may be able to shorten reaction times and enable multiple engagements in a single sortie, an approach that aligns with broader efforts to build layered defenses against drone swarms.

Part of a Broader European Counter-UAS Push

Open reporting places the Bird of Prey program within a wider ecosystem of European counter-drone initiatives, ranging from ground-based jammers and directed-energy demonstrators to other kinetic interceptors. Several European manufacturers have unveiled their own systems aimed at defeating small uncrewed aircraft, reflecting a shared sense that existing air defense architectures must be adapted to mass, low-cost aerial threats.

Airbus has been steadily expanding its portfolio of tactical uncrewed aerial systems and related technologies, and the Bird of Prey interceptor appears to fit that trajectory. While detailed technical specifications have not been widely released, the system’s first live firing suggests a path toward integration with broader surveillance, command-and-control, and sensor networks operated by European armed forces.

Analysts also point out that uncrewed interceptors could in future be linked with ground-based radar and electro-optical systems, receiving targeting data over secure networks and executing engagements with limited human input. The German demonstration, although early, indicates how such concepts might move from experimental projects toward operational capabilities over the coming years.

Next Steps and Implications for Airspace Security

Publicly available coverage suggests that the northern Germany test is likely to be followed by additional firings and more complex scenarios, including engagements against multiple targets and operations in concert with other defensive systems. Future testing is expected to focus on reliability, integration with command networks, and the ability of the interceptor to operate in contested environments with electronic interference.

Defense observers view the Bird of Prey as an indicator of where short-range air defense and counter-UAS concepts are heading. Rather than relying solely on static batteries or crewed aircraft, militaries are exploring flexible, uncrewed platforms that can be deployed quickly to points of emerging risk, then recovered and rearmed for subsequent missions.

For airspace security over critical infrastructure, ports, and forward operating bases, platforms like Bird of Prey could become an important part of a multi-layered response that also includes jamming, cyber defenses, and conventional surface-to-air missiles. While many questions remain about cost, production timelines, and export prospects, the recent test has pushed the concept of an unmanned drone interceptor from theory closer to operational reality.