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Outbyte PC Repair FREERepair Windows errors before they cause bigger problemsFix Now →Outbyte Driver Updater FREEScan for outdated or missing drivers - takes under a minuteDriver Scan →NASA’s X-59 made its first flight on Oct. 28, 2025, piloted by test pilot Nils Larson. NASA’s first-flight media package includes cockpit-related imagery, including a photo of Larson seated in the aircraft as its canopy is partly raised. The flight itself was a cautious, 67-minute subsonic systems check—not a supersonic demonstration.
What does NASA’s X-59 cockpit footage show?
NASA’s Quesst media resource page lists an entry called “First Flight B-roll,” dated Oct. 28, 2025. Its accompanying imagery includes Larson in the cockpit preparing to close the canopy. That establishes cockpit-related coverage of the first-flight preparations; the page does not establish that every clip is a continuous recording from the pilot’s point of view.
The footage belongs to a historic but deliberately measured test milestone. Larson later described the transition from preparation to flying: “All the training, all the planning that you’ve done prepares you,” he said. “And there is a time when you realize the weight of the moment. But then the mission takes over. The checklist starts. And it’s almost like you don’t even realize until it’s all over – it’s done.” (NASA’s first-flight report.)
What happened on the first flight?
On Oct. 28, 2025, Larson flew the X-59 from Palmdale to NASA Armstrong Flight Research Center in Edwards, California. The flight lasted 67 minutes. NASA says the aircraft reached 230 mph and about 12,000 feet, remaining below the speed of sound. Its landing gear stayed down as the team checked systems, performance, airworthiness and safety.
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Those conditions mark the flight as an initial systems check. It should not be described as the X-59’s first supersonic flight: NASA’s account explicitly says the aircraft flew slower than sound on its maiden flight. Subsequent test milestones came later in the program.
Why does the X-59 have no front-facing cockpit window?
The X-59 does not have a conventional forward-facing window. NASA’s eXternal Vision System uses cameras and high-definition displays to give the pilot views ahead of and below the aircraft, including information useful during landing. The system explains why cockpit imagery of the X-59 looks different from footage of a typical airplane cockpit. NASA describes the system in its first-flight article.
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What is the X-59 designed to test?
The X-59 is an experimental aircraft built for NASA’s Quesst mission. Its shape is intended to reshape the shock waves associated with supersonic flight so people on the ground hear a quieter “thump” rather than a conventional sonic boom. NASA plans flights over communities and will gather resident feedback and ground measurements to learn how people perceive the sound. The work is intended to inform future acceptable-noise standards for commercial supersonic flight over land; it is not a passenger airliner, and the mission has not established that the public has already accepted its sound. NASA explains the mission on its Quesst page.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.How has the test program progressed since the maiden flight?
The first flight began a continuing test program rather than completing the aircraft’s evaluation. NASA’s Oct. 2, 2026 mission update reported that the X-59 completed six flights in one week. An earlier update, published Sept. 15, 2026, described pilot Mike Lippert’s first powered cockpit interaction during a ground engine run. These are later program events, distinct from Larson’s October 2025 first flight. NASA’s updates appear in the Quesst blog.
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