Key Highlights
- Two Kratos XQ-58A Valkyrie unmanned combat aircraft are being outfitted with European mission systems at Airbus’s Manching facility in Germany
- Initial test flights scheduled for late 2026, with full operational capability targeted for German Air Force integration by 2029
- The drones will feature Airbus’s MARS (Multiplatform Autonomous Reconfigurable and Secure) platform, incorporating artificial intelligence for coordinating mixed manned-unmanned aircraft operations
- Rafael and Airbus are enhancing the Eurofighter’s Litening 5 targeting pod to enable drone command and control capabilities
- The XQ-58A platform offers 5,000km+ operational range, 45,000-foot service ceiling, and completed its maiden US flight in 2019
Airbus has accelerated development of combat drone capabilities for European operations, preparing two Kratos-manufactured aircraft for integration with domestically-developed command systems and flight testing scheduled for later this year.
The unmanned systems — identified as Kratos XQ-58A Valkyrie aircraft — are undergoing modification at Airbus’s Manching site near Munich, Germany. The initiative aims to deliver fully operational drone capabilities to German military aviation forces by the end of the decade.
This collaboration merges Kratos’s proven unmanned aircraft platform with Airbus’s advanced software capabilities. Instead of designing an entirely new airframe, Airbus chose to integrate proprietary command-and-control technology into the battle-tested Valkyrie, significantly reducing development timelines.
The European aerospace leader is implementing its MARS architecture across both drone platforms. This Multiplatform Autonomous Reconfigurable and Secure system incorporates MindShare, an artificial intelligence framework engineered to replicate pilot decision-making processes and manage collaborative operations between crewed fighters and autonomous platforms.
According to company officials, pairing a flight-proven airframe with European-developed mission software substantially reduces both timeline and financial requirements — while ensuring that critical software architecture remains under European control.
Advanced AI and Mission System Architecture
Kratos Unmanned Systems Division President Steve Fendley characterized the Valkyrie-MARS combination as producing a “multi-mission, affordable system” capable of independent operations, coordinated drone swarm activities, or integrated manned-unmanned teaming scenarios.
Marco Gumbrecht, Airbus’s Head of Key Account Germany, emphasized that leveraging an established platform eliminates the need for ground-up development — a strategic advantage he described as essential given current European security challenges.
The Valkyrie platform achieved its inaugural flight in 2019 on US test ranges and has undergone continuous evaluation since. Airbus has set late 2026 as the target timeframe for the drone’s first European demonstration flights.
The aircraft features a 9.1-meter fuselage length paired with an 8.2-meter wing span. Performance specifications include operational range beyond 5,000 kilometers, maximum altitude capability of 45,000 feet, and gross takeoff weight approaching three metric tons.
Eurofighter Integration for Drone Command
The development program extends beyond the drones themselves to include significant capability enhancements for the Eurofighter Typhoon, enabling it to function as an airborne command platform for autonomous aircraft.
Airbus is collaborating with Rafael to modify the Litening 5 Advanced Targeting Pod — currently operational on Eurofighter platforms — by incorporating enhanced data-link capabilities. Complementary avionics modifications to the fighter aircraft are also under development.
These technical improvements will enable Eurofighter pilots to command and coordinate Valkyrie operations throughout combat missions in real time.
The Valkyrie design accommodates both strike and electronic warfare mission profiles — including high-risk operations deemed unsuitable for piloted aircraft. According to Airbus, the unmanned platforms can execute missions completely autonomously or under active supervision from crewed fighter aircraft.
For Germany’s operational requirements, Airbus and Kratos are concentrating on a defined mission set to achieve the 2029 initial operational capability deadline.
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