VSS Unity Completes Second Supersonic Flight

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Key Takeaways:

  • VSS Unity, Virgin Galactic's space tourism aircraft, successfully completed a supersonic test flight, reaching Mach 1.9 and an altitude of 114,500 feet.
  • The flight's objectives included expanding understanding of supersonic handling characteristics, testing control systems with a near-commercial configuration (including passenger seats), and deploying the re-entry feathering system.
  • Virgin Galactic CEO Richard Branson expressed excitement, stating he is "months away" from his first space trip and is currently training.
  • The company aims to increase the frequency of human spaceflights, with this test bringing them closer to that vision.
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VSS Unity, the aircraft that Virgin Galactic plans to use later this year to carry tourists into space, completed a successful supersonic test flight on Tuesday, the company has announced. The rocket motor burned for 31 seconds, as planned, and propelled Unity to a speed of Mach 1.9 and an altitude of 114,500 feet. “Seeing Unity soar upwards at supersonic speeds is inspiring and absolutely breathtaking,” said Galactic CEO Richard Branson, in a news release. “We are getting ever closer to realizing our goals.” Branson told BBC Radio he’s only “months away” from making his first trip into space. He said he’s now training to be physically fit to help his body cope with the stresses of the trip.

The focus of Tuesday’s flight was to expand the engineers’ understanding of the spaceship’s supersonic handling characteristics, according to the Virgin website. The control system’s performance was also tested under parameters close to the ultimate commercial configuration. The vehicle’s center of gravity was shifted rearward, with the addition of passenger seats and related equipment. Unity’s re-entryfeathering system was deployed for the initial descent before the final glide home to a smooth runway landing. The last test flight was two months ago. The company said they aim to be able to turn around the spacecraft and fly it a higher frequency than has traditionally been the case for human spaceflight. “The flight today brought that vision a little closer,” according to the news update.

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