Merlin Labs has reached a major development milestone in its program to introduce autonomous flight technology to the C-130J Super Hercules aircraft used by US Special Operations Command. The company announced that it has successfully completed a preliminary design review for its AI-driven autonomy stack designed for the aircraft. The review confirmed the feasibility of the proposed integration architecture and validated the company’s approach to ensuring the system meets airworthiness requirements for demonstration flights. Completion of the preliminary review allows the program to move forward into the next phase of development, known as the critical design review stage. The project will then progress to integration of the autonomy system with the aircraft, followed by ground testing and flight trials. The first demonstration flight using a modified C-130J is planned for later this year. The work is being carried out under a five-year contract awarded in August 2024 as part of a $104-million effort to develop advanced autonomous capabilities for special operations aircraft. The program aims to produce a production-ready aircraft capable of operating with fewer crew members while maintaining safety and mission effectiveness. Reduced-aircrew operations could allow special operations units to conduct missions more flexibly and efficiently. Merlin’s autonomy stack relies on artificial intelligence to manage flight operations and assist with decision-making during missions. Once fully developed and certified, the technology could be deployed across a wider range of fixed-wing aircraft used by US Special Operations Command. By enabling higher levels of automation in transport aircraft, the system is expected to improve safety, reduce pilot workload, and enhance the operational effectiveness of special operations missions in challenging environments.
