Key Highlights
- Two Kratos XQ-58A Valkyrie autonomous combat drones are being outfitted with European mission systems at Airbus’s Manching facility in Germany
- Flight testing with the new configuration is scheduled for late 2026, with full operational capability planned for the German Air Force by 2029
- The Valkyries will feature Airbus’s MARS (Multiplatform Autonomous Reconfigurable and Secure) architecture, incorporating AI technology for coordinating mixed manned-unmanned formations
- Collaborative upgrades between Airbus and Rafael will enhance the Eurofighter’s Litening 5 targeting pod, enabling it to function as a command node for drone operations
- The XQ-58A platform offers a 5,000km+ operational range, 45,000-foot service ceiling, and completed its inaugural U.S. flight test in 2019
Airbus has accelerated its timeline for integrating European command systems into Kratos-manufactured combat drones, with initial test flights anticipated before year’s end.
The unmanned platforms — designated as Kratos XQ-58A Valkyries — are currently undergoing integration work at Airbus’s Manching site outside Munich. The initiative aims to field a combat-ready drone capability for Germany’s air force within the next five years.
This partnership merges Airbus’s advanced software capabilities with Kratos’s proven unmanned aerial vehicle design. By adapting an established airframe rather than creating a new platform, Airbus plans to significantly compress development timelines.
The European aerospace manufacturer is integrating its proprietary MARS architecture into the drone fleet. MARS — an acronym for Multiplatform Autonomous Reconfigurable and Secure — features MindShare, an artificial intelligence suite engineered to replicate pilot decision-making and orchestrate collaborative operations between crewed and autonomous aircraft.
According to Airbus, marrying battle-proven hardware with European-designed mission software reduces both timeline risks and program costs while maintaining sovereign control over critical operational technology.
Advanced AI and Mission Control Architecture
Kratos Unmanned Systems President Steve Fendley characterized the Valkyrie-MARS combination as delivering a “multi-mission, affordable system” capable of independent operations, swarm configurations, or teamed flights with piloted fighters.
Marco Gumbrecht, Airbus’s Head of Key Account Germany, emphasized that leveraging a validated platform eliminates the need for ground-up development — a strategic advantage he described as essential given Europe’s evolving security landscape.
Since its maiden U.S. flight in 2019, the Valkyrie has accumulated substantial test data. Airbus is working toward the platform’s first European sortie in late 2026.
The aircraft spans 9.1 meters in length with an 8.2-meter wingspan. Its performance envelope includes operational ranges beyond 5,000 kilometers, a maximum altitude of 45,000 feet, and a gross takeoff weight approaching three metric tons.
Eurofighter Integration for Drone Command
The development program encompasses parallel modifications to the Eurofighter Typhoon, enabling it to serve as a command platform for drone formations during combat missions.
Airbus is working alongside Rafael to enhance the Litening 5 Advanced Targeting Pod currently deployed on Eurofighter aircraft, adding next-generation communications capabilities. Complementary avionics modifications to the fighter itself are also in development.
These technical improvements will allow Typhoon pilots to exercise real-time tactical control over Valkyrie drones throughout operational engagements.
The XQ-58A design supports both kinetic strike missions and electronic warfare operations — including high-risk assignments traditionally considered unsuitable for human pilots. Airbus indicates the platforms can execute missions either completely autonomously or under active supervision from crewed fighters.
For Germany’s specific requirements, Airbus and Kratos have prioritized a focused operational mission set to ensure the 2029 delivery commitment is achievable.





