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Draper To Test Spacesuit Tech on NASA-funded Parabolic Flight

机译:德雷珀将在美国宇航局资助的抛物线飞行中测试太空服技术

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Draper Laboratory is getting a fresh $250,000 from NASA to test gravity-imitating spacesuit technology on a commercial parabolic research flight perhaps as soon as this fall. The April 22 grant from NASA's Flight Opportunities Program follows a $500,000 award Draper received from NASA's Innovative Advanced Concepts Program in late 2012 for a two-year effort to develop technology that could be integrated into an astronaut's clothing to better adapt to the disorienting effects of weightlessness. Seamus Tuohy, director of Draper's space systems division here, said the lab has matched NASA's money with about $500,000 of its own to further develop the Variable Vector Countermeasure Suit, which could one day give astronauts a sense of "down" while floating in space. The so-called V2Suit that Draper engineers envision will incorporate an inertial measurement unit and control moment gyroscopes (CMGs), the same technology that enables satellites to keep a desired orientation. If an astronaut were to raise his or her arm, for example, the CMGs would spin up and emulate the resistance of Earth's gravity.
机译:德雷珀实验室(Draper Laboratory)从美国国家航空航天局(NASA)那里获得了25万美元的新资金,可能要在今年秋天的一次商业抛物线研究飞行中测试重力模拟太空服技术。 4月22日,美国航空航天局(NASA)飞行机会计划授予了德雷珀(Draper)一项50万美元的奖励,该奖于2012年底从美国航空航天局(NASA)的创新先进概念计划中获得,该奖项为期两年,旨在开发可集成到宇航员服装中的技术,以更好地适应失重的令人迷惑的影响。德雷珀太空系统部主任西莫斯·托伊(Seamus Tuohy)表示,实验室已将美国宇航局的资金与自己的约50万美元相匹配,以进一步开发可变矢量对抗服,这有可能使宇航员有一天在太空中漂浮时感到“下沉”。 Draper工程师设想的所谓V2Suit将结合惯性测量单元和控制力矩陀螺仪(CMG),该技术可使卫星保持所需的方向。例如,如果宇航员举起他或她的手臂,CMG将旋转并模仿地球重力的阻力。

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    《Space news》 |2015年第20期|14-14|共1页
  • 作者

    JONATHAN CHARLTON;

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