| Name | Anduril YFQ-44 |
| Manufacturer | Anduril Industrie |
| Country of Origin | United States |
| Type / Role | Autonomous Combat / Loyal Wingman UAV |
| First Flight / Introduced | 2024–2025 (Prototype Phase) |
| Status | Under Development / Flight Testing |
| Unit Cost | Not Disclosed (Estimated <$20M Class) |
| Maximum Speed | High-Subsonic (Estimated) |
| Cruise Speed | 500–600 km/h (Estimated) |
| Operational Range | 1,000+ km |
| Endurance | 4–6 Hours |
| Service Ceiling | 40,000+ ft |
| Rate of Climb | Not Disclosed |
| Length | Classified (Est. 7–9 m) |
| Wingspan | Classified (Est. 6–9 m) |
| Height | Classified |
| Maximum Takeoff Weight (MTOW) | Not Released |
| Payload Capacity | Modular Internal/External Bays |
| Hardpoints | Classified |
| Weapons | Air-to-air / strike payloads (Future options) |
| Sensors | EO/IR, AESA-class radar, passive sensors |
| Avionics | AI Mission System, Secure Datalinks, GPS/INS |
| Engine Type | High-Efficiency Turbofan/Turbojet (Unconfirmed) |
| Engine Power | Classified |
| Propeller Type | N/A |
| Control Type | Autonomous / Human-On-The-Loop |
| Data Link Range | Beyond Line-of-Sight |
| Navigation | AI, GPS/INS |
| Ground Control Station | USAF CCA-Compatible Systems |
| Primary Users | United States Air Force |
| Combat Proven | No (Developmental) |
| Notable Operations | None—Prototype Program |
The Anduril YFQ-44 represents one of the most ambitious steps in the U.S. Air Force’s push toward autonomous Collaborative Combat Aircraft (CCA). Developed by Anduril Industries, the drone serves as a high-performance “loyal wingman” platform designed to operate alongside crewed fighters such as the F-35 and Next-Generation Air Dominance (NGAD) aircraft. Its purpose is simple but transformative: increase air combat capability through speed, autonomy, and survivability—without the cost or risk of traditional fighter jets.
Built around a streamlined airframe optimized for stealth and efficiency, the YFQ-44 blends low-observable shaping with advanced autonomous mission software powered by Anduril’s Lattice AI ecosystem. The drone is engineered for aggressive maneuvering, long-range missions, and rapid strikes. While the USAF has not released official numbers, the platform is believed to reach high-subsonic speeds, offer multi-hour endurance, and carry a modular weapons or sensor payload for air-to-air or air-to-ground roles.
Equipped with EO/IR systems, AESA-class sensors, and secure datalinks, the YFQ-44 can operate independently or under human oversight. Its core strength lies in collaborative operations—flying alongside manned fighters, performing risk-intensive missions such as electronic attack, forward sensing, or precision strike.
The YFQ-44 is expected to serve in the USAF’s emerging CCA fleet, supporting missions where expendability, autonomy, and cost-efficient mass matter most. Early prototypes have already demonstrated autonomous flight behaviors, marking a significant step toward full operational integration.
As the U.S. shifts toward distributed air combat power, the Anduril YFQ-44 offers a glimpse into the next era of unmanned warfare: fast, smart, networked, and built to fight alongside America’s most advanced aircraft.
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