Skydweller Aero builds a class of large, autonomous, uncrewed aircraft designed to stay aloft for extraordinarily long periods. Its flagship aircraft, Skydweller, is a carbon-fibre platform with a wingspan comparable to that of a Boeing 747, powered by solar energy and battery storage and controlled by AI-enabled autonomous flight systems. The company positions the aircraft as a substitute for fleets of conventional crewed and uncrewed platforms, with operations carrying a zero carbon footprint.
On paper the numbers are unusual for an uncrewed system: a payload capacity of up to 800 pounds and mission endurance of 30 to 90 days or longer. Intended applications span government and defence work, including intelligence, surveillance and reconnaissance and persistent coverage of conflict zones, alongside commercial and public-service uses such as maritime domain awareness, non-terrestrial communications, emergency airborne networking and wildlife monitoring.
Engineering work spans solar power systems, battery energy storage, advanced aerostructures, carbon-fibre composite construction, flight controls, propulsion, communications and mission systems integration. The company describes its approach as vertically integrated, developing the airframe, propulsion, autonomy, flight controls, communications and mission capabilities together rather than sourcing them separately. Validation is driven by flight-test campaigns of increasing length.
Skydweller Aero is headquartered in Oklahoma City, Oklahoma, with research and development operations in Madrid, Spain, and flight operations at Stennis International Airport in Mississippi. The company characterises the work as demanding, practical aerospace engineering oriented towards public service and defence missions.
