The US Air Force has granted approval for the airworthiness plan of the Merlin Pilot autonomous flight system, which is set to be tested on the KC-135 Stratotanker. This significant milestone allows Merlin to advance toward crucial phases such as aircraft integration, design completion, and operational testing. According to the company, this initiative marks a pivotal step in evaluating the scalability of the Merlin Pilot’s advanced artificial intelligence capabilities, particularly for large transport aircraft.
Merlin plans to collaborate closely with the Air Mobility Command and the Air Force Materiel Command to carry out ground and flight testing in 2025. The primary objective is to automate several tasks currently performed by human crew members, thereby enhancing operational efficiency. Matt George, the CEO and founder of Merlin, emphasized the importance of integrating the Merlin Pilot onto one of the USAF’s most vital aircraft, calling it a crucial advancement in military aviation that could significantly bolster pilot efficiency and national security.
Merlin Pilot is designed with cutting-edge sensor technologies, enabling it to continuously monitor the aircraft’s status and its surrounding environment while overseeing flight operations and suggesting trajectory adjustments as needed. It also incorporates a communication module powered by Natural Language Processing algorithms, which allows for verbal interactions with air traffic control, emulating the exchanges typical between human pilots and control towers.
The company has outlined a comprehensive Master Plan aimed at integrating its systems across various aircraft platforms and expanding production capabilities. Central to this plan is a rigorous testing phase designed to meet certification standards, ensuring that the automated pilot system can function autonomously from take-off to landing. Following the optimization of the Merlin Pilot’s capabilities, Merlin aims to scale up production for both military and civilian transportation applications.
Recently, the firm commenced its first flight test campaign for a self-piloting Cessna Caravan aircraft, which involved the integration of a glass cockpit with new sensors, a communication system, and advanced avionics. Earlier this year, Merlin also secured a substantial $105 million contract to develop automated aircrew capabilities for the C-130J Super Hercules transport aircraft, which is operated by the US Special Operations Command. This continued investment in autonomous flight technology underscores the growing emphasis on innovation within military aviation and the potential for enhanced operational capabilities in the future.
