Key Highlights
- Two Kratos XQ-58A Valkyrie unmanned aircraft are being outfitted with European mission systems at Airbus’s Manching, Germany location
- Initial test flights with the new systems are scheduled for late 2026, with full operational capability planned for the German Air Force in 2029
- The Valkyrie platforms will feature Airbus’s MARS (Multiplatform Autonomous Reconfigurable and Secure) architecture, incorporating artificial intelligence for manned-unmanned teaming operations
- Collaborative work between Airbus and Rafael will enhance the Litening 5 targeting pod on Eurofighter jets, enabling drone command and control capabilities
- The XQ-58A boasts operational range exceeding 5,000km, service ceiling of 45,000 feet, and completed maiden flight in 2019
Airbus has advanced its European combat drone initiative, preparing two Kratos-manufactured unmanned platforms for integration with continental mission systems ahead of anticipated flight trials this year.
The unmanned systems — identified as Kratos XQ-58A Valkyrie aircraft — are undergoing preparation at the aerospace manufacturer’s Manching facility located near Munich. The initiative targets operational deployment with German military aviation forces by the end of the decade.
This collaborative effort merges Airbus’s software development capabilities with Kratos’s proven unmanned platform technology. Instead of designing an entirely new airframe, Airbus has chosen to integrate its proprietary command architecture into the established Valkyrie design to accelerate timeline objectives.
The MARS platform serves as the core integration element for these drones. The acronym represents Multiplatform Autonomous Reconfigurable and Secure capabilities. Within this framework operates MindShare, an artificial intelligence module engineered to assume piloting responsibilities and orchestrate collaborative operations between crewed fighters and autonomous platforms.
According to the aerospace company, merging a validated airframe with European-origin mission architecture significantly reduces development timelines and expenses — while maintaining sovereign control over critical software components.
Advanced Mission Architecture and Artificial Intelligence
Kratos Unmanned Systems President Steve Fendley described the integration of Valkyrie airframes with MARS technology as producing a “multi-mission, affordable system” capable of independent operations, coordinated drone formations, or mixed crewed-uncrewed mission profiles.
Marco Gumbrecht, serving as Airbus’s Head of Key Account Germany, emphasized that this approach provides Germany and broader Europe with battle-tested hardware without requiring comprehensive indigenous development — a strategic advantage he characterized as essential given present security challenges.
The Valkyrie platform conducted its inaugural flight in the United States during 2019 and has undergone continuous evaluation since. Airbus has set objectives for the drone’s first European operational flight in late 2026.
The unmanned aircraft features a fuselage length of 9.1 metres paired with an 8.2 metre wing span. Its operational radius surpasses 5,000 kilometres, maximum altitude reaches 45,000 feet, and gross takeoff mass approaches three metric tons.
Eurofighter Command Integration
The development program encompasses modifications to the Eurofighter Typhoon platform, enabling it to serve as a command node for coordinating drone operations during combat missions.
Airbus in partnership with Rafael is adapting the Litening 5 Advanced Targeting Pod, currently deployed on Eurofighter platforms, to incorporate enhanced communication and control functionality. Complementary updates to the fighter’s onboard systems are also scheduled.
These enhancements will enable Eurofighter operators to provide real-time tactical direction to Valkyrie units throughout combat engagements.
The Valkyrie design supports both kinetic engagement missions and electronic warfare operations — particularly scenarios deemed excessively dangerous for human pilots. Airbus indicates the platforms can function in fully autonomous mode or accept direct guidance from manned aircraft.
For the German military application, Airbus and Kratos have prioritized a defined operational capability to achieve the 2029 deployment milestone.
