Airbus unveils ‘Bird of Prey’ interceptor drone in live test over Germany | Blackwire Intel
AI Analysis
Airbus has successfully tested its 'Bird of Prey' interceptor drone, which utilizes low-cost Mark I air-to-air missiles to counter medium-sized kamikaze UAV threats. The system aims to provide a cost-effective counter-UAS solution that integrates with NATO's air-defense architecture.
Key Takeaways
- Airbus conducted a live test of the 'Bird of Prey' interceptor drone in Germany.
- The drone uses Mark I air-to-air missiles developed with Frankenburg Technologies.
- The system targets medium-sized one-way attack drones, described as kamikaze threats.
- The operational version could carry up to eight missiles, enhancing its engagement capacity.
- The system is designed to integrate with NATO's Integrated Battle Management System for enhanced defense capabilities.
Why It Matters
The 'Bird of Prey' offers a scalable, cost-effective solution to counter the increasing threat of kamikaze drones, which have been used in recent conflicts by Russian and Iranian forces. Its integration into NATO's defense systems could significantly bolster air defense capabilities against low-observable drone threats.
Airbus unveils ‘Bird of Prey’ interceptor drone in live test over Germany | Blackwire Intel
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[[ DEFTECH] Defense Tech]
Airbus unveils ‘Bird of Prey’ interceptor drone in live test over Germany
The defence giant demonstrated a modified DT‑25 target drone launching low‑cost Mark I air‑to‑air missiles to engage a simulated kamikaze UAV, signalling a new cost‑effective C‑UAS option.
BLACKWIRE INTEL EDITORIAL DESK·APR 01, 2026, 20:48 UTC·3 MIN READ
What Was Demonstrated
According to reporting by The Aviationist, Airbus Defence and Space conducted the first flight‑test of its ‘Bird of Prey’ counter‑UAS platform on 30 March 2026 in northern Germany. The trial featured a modified Do‑DT25 target drone autonomously locating and engaging a medium‑sized one‑way attack (OWA) drone, later described as a “kamikaze” threat, with a Mark I air‑to‑air missile.
"After successful identification, the Bird of Prey interceptor engaged the target with a Mark I air‑to‑air missile," the company’s press release stated.
System Overview
The prototype retains the DT‑25’s 2.5 m wingspan and 3.1 m length, with a maximum take‑off weight of 160 kg. Each aircraft carried two Mark I missiles – lightweight, fire‑and‑forget weapons measuring 65 cm in length, weighing under 2 kg, and capable of striking targets out to 1.5 km. While the demonstrator displayed only two missiles, Airbus says the operational version could mount up to eight, using four‑rail launchers on each wing.
The Mark I is a product of Frankenburg Technologies, a start‑up partnered with Airbus for the program. The missile flies at high‑subsonic speeds, employs a fragmentation warhead, and is designed for repeated use, lowering the cost per kill dramatically.
Operational Context
Airbus framed the test against a backdrop of “persistent kamikaze drone threats” highlighted by recent Russian Geran‑type OWA attacks on civilian structures and Iranian Shahed‑type UAV strikes on U.S. and allied assets in the Middle East. Video released by the company showed simulated attacks on residential buildings to illustrate the type of targets the system is intended to protect.
Potential Impact
If the Bird of Prey can be fielded at scale, it would slot into NATO’s integrated air‑defence architecture via Airbus’ Integrated Battle Management System (IBMS), providing a mobile point‑defence layer for small, low‑observable drones that evade traditional radar and surface‑to‑air missile nets. The low price point of both the drone and its missiles could enable forces to field larger numbers without the prohibitive expense of conventional air‑to‑air interceptors.
"We are providing armed forces with an effective, cost‑efficient interceptor, filling a crucial capability gap in today’s asymmetric conflict theatres," said Airbus Defence and Space CEO Mike Schoellhorn.
Why It Matters
The demonstration marks a shift toward mass‑produce