Skydweller Aero Advances Autonomous Maritime Patrol Aircraft Flight Tests with Military Payloads
Skydweller Aero Inc., a global leader in solar-powered perpetual flight technology, is advancing flight tests for its Autonomous Maritime Patrol Aircraft (AMPA). These tests integrate operational military payloads aboard the Skydweller unmanned aerial system (UAS), positioning it as a groundbreaking solution for persistent, uncrewed operations in complex environments.
“Skydweller is equipped with a diverse suite of sensors and is currently undergoing flight tests at Stennis International Airport, preparing for operational missions in 2025,” said Dr. Robert Miller, CEO and Co-founder of Skydweller Aero. “Our aircraft’s resilience and robust design enable us to operate multi-INT sensor payloads even in challenging winter conditions. Multi-day demonstrations are planned for early 2025 over operationally relevant areas.”
These ongoing tests build on the company’s successful autonomous flight trials conducted in late 2024. Despite the challenging Gulf Coast weather, including two hurricanes, Skydweller Aero completed six flights between August 22 and September 22, four of which were fully autonomous. The longest missions spanned 16 and 22.5 hours, demonstrating the aircraft’s endurance and operational capabilities over land and sea at altitudes reaching 33,000 feet.
Dr. Miller emphasized the platform’s reliability, stating, “The aircraft maintained an impressive operational tempo, completing one mission every five days on average. This performance underscores the ease of maintenance and dependability of our system.”
During the peak of Atlantic hurricane season, Skydweller’s teams fine-tuned the aircraft’s autonomous capabilities, enhancing its ability to respond to dynamic weather. “Flying near Mississippi thunderstorms allowed us to test and refine our weather-avoidance systems,” Dr. Miller explained. “Skydweller’s capability to navigate adverse conditions highlights its value, particularly for missions in tropical regions where avoiding sudden storms mirrors evading air defenses.”
Unlike many other uncrewed systems restricted to controlled environments, Skydweller is designed for operations in real-world theaters. The platform’s durable design, substantial payload capacity, and continuous power output provide unmatched operational flexibility.
“Skydweller can deliver kilowatts of continuous power for payloads, enabling extreme-duration missions across diverse and challenging environments,” Dr. Miller added.
Barry Matsumori, President and COO of Skydweller Aero, highlighted the significance of the company’s achievements: “Our rigorous flight testing validates Skydweller’s capabilities while maintaining an exemplary safety record. We are developing what we believe to be the world’s first operationally viable perpetual flight platform, serving both government and commercial markets.”
About Skydweller Aero Inc.
Skydweller Aero Inc. is a pioneering transatlantic aerospace company specializing in solar-powered, uncrewed aircraft capable of extreme endurance flights with heavy payloads. Featuring an all-carbon-fiber design, Skydweller’s aircraft have a wingspan larger than a Boeing 747 but weigh about the same as a Ford F-150. These aircraft support ultra-long-duration missions such as exclusive economic zone (EEZ) enforcement, naval activity monitoring, and countering illegal activities at sea—all with zero carbon emissions. Skydweller Aero is headquartered in Oklahoma City, with European offices in Spain.