MQ-28 Integration for German Collaborative Combat Aircraft

The partnership between Rheinmetall and Boeing Australia targets the integration of the MQ-28 Ghost Bat into Germany’s future collaborative combat aircraft (CCA) framework. The platform is positioned as a mature autonomous system for deployment within the Bundeswehr, addressing requirements for scalable combat mass and interoperability in contested airspace.

Autonomous CCA for Multi-Mission Operations
The MQ-28 Ghost Bat, developed by Boeing, has completed more than 150 test flights, demonstrating operational maturity in autonomous flight and mission execution. Designed initially for the Royal Australian Air Force, the platform operates as an uncrewed collaborative asset alongside manned aircraft, contributing to distributed force structures.

Its modular architecture enables configuration for multiple mission profiles, including intelligence, surveillance and reconnaissance (ISR), electronic warfare, and weapons integration. This flexibility is achieved through an open systems approach, allowing payload swaps and iterative capability upgrades without redesigning the core air vehicle. Such design principles align with emerging requirements in the “digital supply chain,” where rapid iteration and interoperability across platforms are critical.

System Integration and National Adaptation
Within the partnership, Rheinmetall assumes the role of system integrator for Germany. This includes adapting the MQ-28 to national operational requirements and ensuring compatibility with existing and future command-and-control and weapon systems used by the Bundeswehr. Integration tasks extend to lifecycle support, covering maintenance frameworks, logistics infrastructure, and operational readiness.

A central component of the program is the establishment of a domestic engineering and validation environment. This “automotive data ecosystem”-like approach enables distributed teams in Germany and Australia to collaboratively develop, test, and certify software and hardware updates. Such a setup supports continuous capability evolution while maintaining configuration control and compliance with national standards.

Industrial Sovereignty and Deployment Timeline
The collaboration emphasizes sovereign industrial capability, with Rheinmetall leading the development of a German and broader European industrial hub around the MQ-28 program. This structure is intended to secure supply chains, localize production and support, and increase national value creation.

By leveraging an already flight-tested platform, the partnership aims to reduce development timelines associated with new CCA programs. The use of a mature air vehicle, combined with localized integration and testing, supports the targeted deployment of an operational CCA capability for the Bundeswehr by 2029.

Operational Implications
The integration of autonomous CCAs such as the MQ-28 introduces a force multiplication model in which uncrewed systems extend the sensing, electronic attack, and strike reach of manned aircraft. In contested environments, this distributed approach enhances survivability by reducing reliance on single high-value platforms.

The Rheinmetall–Boeing Australia partnership illustrates a hybrid procurement model: combining an existing, validated platform with national system integration and industrial participation. This model addresses both operational requirements and strategic objectives related to sovereignty, interoperability, and rapid capability fielding.

Edited by Evgeny Churilov, Induportals Media - Adapted by AI.

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