In an important move for European Defense aviation, Boeing announced that Rheinmetall and Boeing have partnered to support the deployment of the MQ-28 Ghost Bat in Germany and beyond, as stated in a recent press release by Boeing. Under the partnership agreement, Rheinmetall is the key industrial partner who will be responsible for local integration, manufacturing support, and potential adaptations of the existing system based on the needs of the German operations.
The announcement demonstrates Germany's emerging interest in autonomous air combat systems and the country's alignment with NATO's plans for modernization and upgrades
In this collaboration, Rheinmetall will provide integration of mission systems, develop ground control interfaces, and support the requirements for a sovereign capability. Meanwhile, Boeing will maintain design ownership over the MQ-28 platform according to a Boeing press release dated April 1, 2026.
The MQ-28 Ghost Bat was initially developed as part of Australia's Loyal Wingman program. It was created to work with crewed fighter aircraft, providing added survivability to missions and extending their operational reach. According to Boeing Newsroom data, the platform measures approximately 11.7 meters in length, with a range exceeding 3,700 kilometers and the ability to carry modular payloads for intelligence, surveillance, reconnaissance (ISR), and electronic warfare missions.
The MQ-28 Ghost Bat signifies an important change from conventionally piloted airplanes to autonomous collaborative combat aircraft (CCAs). The capabilities of the aircraft are made possible due to the incorporation of artificial intelligence (AI) powered mission systems. These allow for autonomous navigation, threat detection, and real-time information exchange with manned airframes.
According to Boeing's press release, the MQ-28 can be equipped to perform missions that range from decoys to live fire support as a result of its open architecture. Its design also enhances its survivability in contested airspace through its low-observable design.
Statistically, Boeing has indicated that the MQ-28 will be able to operate at ranges significantly exceeding the forward edge of the battlefield. It will provide an increase to the combat radius of the existing fighter fleets by approximately 30 per cent to 50 per cent, based on mission profile.
Germany's agreement with both Rheinmetall and Boeing is an indication of a policy change regarding the implementation of autonomous systems into the German defense policy. According to the German Ministry of Defense, Germany places a high priority on interoperability with NATO allies and the need for scalable solutions to be implemented, as reported by Reuters.
Germany's cooperation with Boeing and Rheinmetall aligns with and supports the Future Combat Air System (FCAS) initiative in Europe, while also diversifying the country’s defense partnership base beyond traditional European primes like Airbus.
During a Boeing defense briefing, Leanne Caret, CEO of Boeing defense, Space & Security, mentioned that the MQ-28 represents a
Foundation for scalable autonomous teaming for modern aerial warfare.
She noted its potential to reduce pilot workload while enhancing mission flexibility. Engaging and collaborative combat aircraft could make up a large portion of the future air combat fleet for air forces looking for cost-effective force-multiplying solutions.
The MQ-28 Ghost Bat from the Rheinmetall-Boeing partnership provides a state-of-the-art autonomous platform in Germany's defence sector.
Germany’s emphasis on continued increasing defence spending and integrating unmanned systems into its military reflects a fundamental shift in how air combat will be conducted. The Ghost Bat has transitioned from an experimental platform to an operationally available strategic weapon.
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