Germany Drops Boeing MQ-28 Ghost Bat Rapid Procurement Plan

Germany’s Ministry of Defense has told Boeing that it will not proceed with a direct acquisition of the larger Block 3 MQ-28 Ghost Bat. That ends the previously lined-up purchase route, but it does not automatically remove the aircraft from Germany’s wider collaborative combat aircraft program.

The decision matters because the MQ-28 has already undergone extensive testing. Buying it directly could have helped Germany avoid starting an entirely new aircraft development effort. Boeing had also partnered with Rheinmetall to tailor the aircraft to German requirements and build industrial work in Germany and Europe.

Germany now appears likely to use a different acquisition approach. Competing aircraft could demonstrate their capabilities before Berlin selects a design. Boeing said it stands ready to support the next steps, while the ministry declined to discuss the specific procurement because of public-contracting rules.

A collaborative combat aircraft, or CCA, is an uncrewed combat aircraft intended to operate with crewed fighters rather than replace them. It gives air forces more aircraft and more ways to conduct missions while keeping human pilots in crewed jets.

The article describes CCAs working alongside aircraft such as Germany’s Eurofighter. They could extend the fighters’ reach, carry additional sensors and weapons, and provide extra options for high-risk missions. Their value depends on coordinated operations, not simply on flying independently.

That coordination requires deep integration. The uncrewed aircraft must connect with crewed fighters, communications systems, mission-planning networks, weapons, and sensors. Germany also needs testing, certification, training, and supporting infrastructure before the aircraft can become a useful frontline capability.

Germany’s CCA effort is strategically urgent because Berlin wants uncrewed combat aircraft operating with crewed fighters before the decade ends. The stated target is to field the capability by 2029. These aircraft are intended to extend fighter reach, add sensors and weapons, and support high-risk missions.

The article does not give a planned fleet size. It does show that Germany is pursuing a national capability rather than simply buying a small experimental aircraft. Flight testing is expected to begin in 2027, according to Politico, while the capability may arrive in the early 2030s.

That timing creates a significant challenge. The 2029 goal may have depended on introducing the already-tested MQ-28. A new competition could give suppliers more time to prove their designs, but it could also make Germany’s target harder to achieve.

Replacing a direct MQ-28 purchase with a competition could lengthen Germany’s schedule. The Ghost Bat has already undergone extensive testing, while newer designs would need more time to demonstrate performance. Politico reported that flight testing could begin in 2027 and capability arrival could move into the early 2030s.

The key mechanism is the development cycle. Germany would need to compare aircraft, test the selected design, and integrate it with fighters and wider military systems. It would also need certification, training, weapons and sensor integration, mission-planning links, and supporting infrastructure.

The result may be a later or initially limited capability. Even if an aircraft is selected quickly, meaningful frontline service involves more than delivering airframes. Germany also faces a longstanding challenge in clearing military drones, especially armed ones, to operate routinely in commercial airspace.

Germany may prefer competition because several aircraft could offer different combinations of range, sensors, weapons, stealth, cost, and industrial benefits. The article does not state Berlin’s exact evaluation criteria, but it shows a crowded field and a possible shift toward demonstrations before selection.

This process would let prospective suppliers prove their designs in flight. Germany could compare established aircraft such as the tested MQ-28 with newer systems, including Airbus and Kratos’s U740 Valkyrie, before choosing a solution. Rheinmetall’s proposed role also shows that local industrial participation matters.

The trade-off is time. Demonstrations and evaluation could improve confidence in the eventual choice, but they could delay the capability beyond the original 2029 goal. The approach might also support a broader force design, including different aircraft for deep strike and lower-cost operations alongside fighters.

Potential competitors include Airbus and Kratos’s U740 Valkyrie, Airbus’s larger U760 Ravenstorm, and Airbus’s Wingman concept. Other entrants include Anduril, General Atomics with Germany’s INTEC, Lockheed Martin, and the homegrown CA-1 Europa from Helsing and Hensoldt.

Their intended roles are not identical. The U740 is a Europeanized version of the XQ-58A Valkyrie and has already flown. The U760 is intended for service in the early 2030s, while Wingman is described as a stealthy CCA-like concept. The CA-1 Europa is presented as an MQ-28 lookalike.

Germany may also avoid choosing one aircraft for every mission. The article discusses a possible high-low approach. More capable, longer-range systems could conduct deep-strike missions, while cheaper, attritable CCAs could fly alongside crewed fighters and increase their effectiveness.

A useful frontline CCA must operate as part of a larger combat system. Integration with crewed fighters is central, because the aircraft is meant to extend their reach and add mission options. Communications and mission-planning networks must also support coordinated operations.

The article identifies several concrete requirements: weapons, sensors, testing, certification, training, and supporting infrastructure. These systems must work together reliably before an uncrewed aircraft can contribute meaningfully in combat. Delivering the aircraft itself is only one stage of the process.

Germany faces an additional regulatory hurdle. Military drones, particularly armed ones, have long been difficult to clear for routine operation in commercial airspace. That issue could affect the pace of fielding even after Germany selects and tests a design, especially if the initial capability is expected to support regular frontline operations.