Germany Drops Direct Ghost Bat Purchase, Putting 2029 Drone Goal in Doubt

Germany has stepped away from a planned direct purchase of Boeing’s MQ-28 Ghost Bat, putting its goal of fielding fighter-linked combat drones by 2029 increasingly in doubt. Boeing said the German Ministry of Defense informed the company that it would not proceed with the proposed acquisition of the larger Block 3 aircraft.

The reversal closes Boeing’s clearest near-term route into the German program even after the manufacturer partnered with Rheinmetall to adapt the drone to national requirements. It does not permanently exclude the Ghost Bat: Boeing could still enter the aircraft in a broader competition and said it “stands ready to support” Germany’s next steps. The ministry declined to discuss the specific procurement, citing public-contracting rules and parliament’s role.

The immediate consequence is a widening gap between Germany’s 2029 ambition and the time required to select, integrate and qualify an operational aircraft. Politico reported that flight testing is expected to begin in 2027 and that a usable capability may not arrive until the early 2030s. That date is a reported expectation rather than an official German service commitment, but it reflects the amount of work left after choosing an airframe.

A partnership loses its direct path

Boeing and Rheinmetall announced their partnership in March 2026. Rheinmetall CEO Armin Papperger said the companies were laying the groundwork to tailor the MQ-28 to Bundeswehr requirements, with Rheinmetall supporting integration, operation and further development from an industrial hub in Germany and Europe. He estimated Rheinmetall’s potential revenue in the hundreds of millions of euros.

That arrangement offered Germany a comparatively mature starting point. The Ghost Bat has already progressed beyond a paper concept, while Rheinmetall supplied a domestic integration and industrial structure. Abandoning the direct-acquisition route removes the certainty that made the partnership especially valuable: Boeing’s heavily promoted uncrewed wingman has lost its planned major buyer, at least through that procurement path, despite securing a prominent German partner.

A wider competition could nevertheless bring more European engineering and manufacturing participation. Possible contenders include the Airbus-Kratos U740 Valkyrie, a Europeanized version of the XQ-58A that has completed its first flight; Airbus’s larger U760 Ravenstorm, intended for anticipated service in the early 2030s; and the company’s stealthy Wingman concept. Helsing and Hensoldt are pursuing the CA-1 Europa, while prospective participants also include Anduril, Lockheed Martin and General Atomics working with Germany’s INTEC.

More choices can improve Germany’s leverage over industrial work, interfaces and future development. They also require time for demonstrations, evaluation and contracting. A competitive process that produces a more Europeanized system may therefore purchase industrial participation at the cost of near-term schedule certainty.

The aircraft definition is still unsettled

Germany has not publicly clarified whether it wants an aircraft that primarily accompanies a crewed fighter, performs independent long-range missions or combines both functions. That decision affects aircraft size, autonomy, communications, sensors, payload integration and the way the system is tested with Germany’s incoming F-35s and additional Eurofighters.

Choosing a drone is only the first step. An operational capability must connect the uncrewed aircraft with fighters, communications links, mission-planning networks, sensors and weapons. It then needs flight testing, certification, operator training, maintenance arrangements and supporting infrastructure. Each element has to perform as part of one controlled system rather than as a collection of individually capable products.

European airspace integration creates another layer of work beyond the aircraft itself. EUROCONTROL notes that most military uncrewed-aircraft operations in Europe currently use segregated airspace, very high flight levels or other restricted arrangements. Germany can conduct development testing under controlled conditions, but routine training and operation alongside other aircraft demand harmonized procedures and dependable coordination with air-traffic systems.

The broader contest may ultimately produce a design with stronger European industrial support and a closer fit to German requirements. For anyone tracking Europe’s fighter-drone plans, however, the near-term picture now contains a clear capability gap: the direct route through the tested Ghost Bat has ended, while flight demonstrations, selection and system integration point increasingly toward operational service in the next decade.

By Stephen Wallace — Editor for AMI’s aerospace integration and unmanned mobility coverage, focused on drone manufacturing, VTOL systems, autonomous networks, and air-ground mobility links.