NASA's Armstrong Flight Research Center in California has welcomed two retired US Air Force F-15 jets into its fleet, marking a significant step forward for supersonic flight research. The jets, which have been decommissioned from military service, will now be repurposed to support NASA's Flight Demonstrations and Capabilities project.
The aircraft, acquired from the Oregon Air National Guard's 173rd Fighter Wing, will play a crucial role in testing the X-59 quiet supersonic research aircraft. One of the jets will resume active duty as an experimental research platform, while the second will be repurposed for parts to support the long-term sustainment of NASA's fleet.
Troy Asher, director of flight operations at NASA Armstrong, described the F-15s as "game-changers" in supporting data collection and chase plane capabilities for the X-59. The aircraft will enable collaboration with external partners, including the Department of War and commercial aviation companies.
The addition of these jets marks a new chapter in NASA's partnership with the US Air Force to advance high-speed flight research. This collaboration has already yielded numerous scientific experiments, contributing significantly to the field of aeronautics over several decades.
The F-15s possess unique capabilities that make them well-suited for flight research at NASA Armstrong. The aircraft can be modified to support complex experiments and carry external hardware, including instruments and sensors. Their ground clearance allows researchers to install equipment that would not fit on other aircraft, enabling the collection of critical data in high-altitude environments.
The new F-15 will undergo modification to enable safe operations at altitudes above 60,000 feet β the top of the flight envelope for the X-59. This capability is essential for NASA's supersonic research goals. The integration of these jets with existing research platforms promises a significant leap forward in supporting advanced aeronautics and partnerships.
For Asher, the priority remains on successfully integrating these aircraft into the X-59 project. As the partnership progresses, he believes that the F-15s will position NASA to continue supporting groundbreaking research and collaborations.
The aircraft, acquired from the Oregon Air National Guard's 173rd Fighter Wing, will play a crucial role in testing the X-59 quiet supersonic research aircraft. One of the jets will resume active duty as an experimental research platform, while the second will be repurposed for parts to support the long-term sustainment of NASA's fleet.
Troy Asher, director of flight operations at NASA Armstrong, described the F-15s as "game-changers" in supporting data collection and chase plane capabilities for the X-59. The aircraft will enable collaboration with external partners, including the Department of War and commercial aviation companies.
The addition of these jets marks a new chapter in NASA's partnership with the US Air Force to advance high-speed flight research. This collaboration has already yielded numerous scientific experiments, contributing significantly to the field of aeronautics over several decades.
The F-15s possess unique capabilities that make them well-suited for flight research at NASA Armstrong. The aircraft can be modified to support complex experiments and carry external hardware, including instruments and sensors. Their ground clearance allows researchers to install equipment that would not fit on other aircraft, enabling the collection of critical data in high-altitude environments.
The new F-15 will undergo modification to enable safe operations at altitudes above 60,000 feet β the top of the flight envelope for the X-59. This capability is essential for NASA's supersonic research goals. The integration of these jets with existing research platforms promises a significant leap forward in supporting advanced aeronautics and partnerships.
For Asher, the priority remains on successfully integrating these aircraft into the X-59 project. As the partnership progresses, he believes that the F-15s will position NASA to continue supporting groundbreaking research and collaborations.