MOJAVE, Calif. — Defense contractor Northrop Grumman (alongside its subsidiary Scaled Composites) has officially conducted the first successful test flight of its YFQ-48A “Talon Blue” Collaborative Combat Aircraft (CCA) prototype at the Mojave Air and Space Port in California. Executed as a company-funded, software-defined testbed initiative, the milestone demonstration encompassed fully autonomous operations end-to-end—including automated taxiing, high-speed takeoff, in-flight tactical maneuvering, and precision landing without direct human stick-and-rudder intervention.
Originally developed under the secret “Project Lotus” skunkworks banner before being designated YFQ-48A by the U.S. Air Force, Talon Blue serves as Northrop Grumman’s primary developmental node for next-generation uncrewed wingmen architectures. Powered by its proprietary “Talon IQ” autonomous core software, the platform integrates open-system mission architecture (OMS) to rapidly mature AI-driven autonomous combat algorithms, sensor fusion networks, and team-manned weapon pairing. The flight test position allows Northrop Grumman to mature its industrial manufacturing and autonomous control frameworks in preparation for competing for the U.S. Air Force’s upcoming Collaborative Combat Aircraft (CCA) Increment 2 production program.
TECHNICAL SPECIFICATIONS: NORTHROP GRUMMAN YFQ-48A TALON BLUE CCA PROTOTYPE
* System Classification: Autonomous Collaborative Combat Aircraft (CCA) / Loyal Wingman Testbed
* Prime Contractor & Integrator: Northrop Grumman Aeronautics Systems & Scaled Composites (Mojave, California)
* Program Milestone: Maiden autonomous flight completed at Mojave Air and Space Port (October 3, 2026)
* Program Focus: USAF CCA Increment 2 entry, autonomous flight-control verification, and AI software maturation
* Physical Configuration & Airframe Design:
* Fuselage Architecture: Long, slender low-observable (stealth-contoured) composite fuselage with dorsal (top-mounted) flush air inlet
* Wing Geometry: Wide-span swept lambda wings with integrated wide-track main landing gear
* Empennage: V-tail canted vertical stabilizers engineered for reduced radar cross-section (RCS) signature
* Propulsion & Powerplant Architecture:
* Engine Type: Single Pratt & Whitney turbofan engine (PW500 family derivative)
* Intake Design: Top-mounted serpentine air intake diverting engine fan blades from direct RF radar exposure
* Autonomous Software & C4ISR Core:
* Control Core: Northrop Grumman “Talon IQ” open-architecture autonomous software suite
* Autonomy Level: Full end-to-end mission execution (autonomous taxi, takeoff, navigation, pattern flying, and landing)
* Network Architecture: Open Systems Architecture (OSA) enabling modular payload swaps and rapid AI software/tactic updates
* Tactical Operational Concept: High-performance, low-observable uncrewed wingman designed to operate alongside 5th- and 6th-generation crewed fighters (F-35, F-22, and NGAD) for air superiority, EW suppression, and distributed sensor/weapon mass
