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In 2009, as Aurora developed small vertical take-off UAVs known as the Aurora Goldeneye, the third variant of this family, the GoldenEye-80, was first flown publicly at Association for Unmanned Vehicle Systems International's Unmanned Systems North America trade show. On 5 October 2017, Boeing announced that it would acquire Aurora Flight Sciences.
Aurora Flight Sciences embarked on the development of an experimental X-plane, as part of the DARPA's CRANE programme, in November 2020. Wind tunnel testing was also conducted in San Diego, California, in May 2022. DARPA allocated funds for the detailed engineering design of a full-scale X-plane in December 2022.
The other participant was Boeing subsidiary Aurora Flight Sciences, partnering with Leidos subsidiary Gibbs & Cox and with Oregon shipyard ReconCraft. Their design was a monohull with a high-wing, primarily relying on eight turbine engines; this was similar to Boeing prior Pelican proposal for the military.
Aurora Goldeneye; Aurora Flight Sciences Orion; BAE Systems Silver Fox; BAE Systems SkyEye (with the United Kingdom), reconnaissance (1973) BAE Systems Skylynx II; BAI BQM-147 Dragon reconnaissance (1986) Beechcraft AQM-37A; Beechcraft Model 1019 Designated AQM-37A by the United States Military; Beechcraft Model 1025 Cardinal
The Aurora Goldeneye is a reconnaissance UAV under development in the United States during the first decade of the 21st century. It is a ducted fan design in roughly the same class as the Sikorsky Cypher II .
The December flight was the 18th for the Orion, logging 158 total flight hours. Aurora hoped the flight would convince the Air Force to procure the Orion for persistent surveillance, and the company looked at several other roles including a communications relay and to compete against the MQ-4C Triton naval recon UAV. [2] [4] [5] [6]
The Aurora Air Traffic Management System is used to manage over 21% of the world's airspace. Aurora supports oceanic, en route, approach, and tower control. It also features advanced flight and surveillance data processing, advanced conflict prediction, clearance processing and coordination capabilities, as well as electronic flight strips.
He also received Bachelor and Master of Science degrees in aeronautics and astronautics and a Master of Science in defense policy and arms control from MIT. He founded Aurora Flight Sciences in 1989 in order to design and manufacture high altitude UAVs that could be used for global climate change research, [1] [2] and was its President and C.E ...