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SwRI flyers first to evaluate pressure suits during simulated suborbital launches in centrifuge

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Dr. Alan Stern performed 20 runs aboard a NASTAR STS-400 High Performance Human Centrifuge, with some runs reaching the 6-G accelerations that many suborbital launches will create.

Dr. Alan Stern performed 20 runs aboard a NASTAR STS-400 High Performance Human Centrifuge, with some runs reaching the 6-G accelerations that many suborbital launches will create.

Courtesy Southwest Research Institute

Boulder, Colo. — Nov. 9, 2011 — Two researchers set to fly aboard suborbital spacecraft as a part of Southwest Research Institute's® (SwRI®) next-generation suborbital research program completed another milestone last week when they evaluated commercial spaceflight equipment during an intensive series of centrifuge runs that closely mimicked launches and re-entries aboard suborbital spacecraft.

Dr. S. Alan Stern and Dr. Dan Durda traveled to the National AeroSpace Training and Research Center (NASTAR) outside Philadelphia for evaluations in the NASTAR STS-400 High Performance Human Centrifuge. Stern and Durda organized the first class of researchers that received training at NASTAR Center in early 2010. Now they are the first to have evaluated commercial pressure suits under G in the same centrifuge.

"We're breaking new ground with this type of evaluation — it's more realistic and higher intensity than any suborbital launch exercise taken previously by any person or company in the world to date," says SwRI Principal Investigator Stern.

Dr. Dan Durda is one of two SwRI researchers training to fly aboard suborbital spacecraft as a part of SwRI's next-generation suborbital research program.

Dr. Dan Durda is one of two SwRI researchers training to fly aboard suborbital spacecraft as a part of SwRI's next-generation suborbital research program.

Courtesy Southwest Research Institute

In total, Stern and Durda undertook 20 NASTAR centrifuge runs using the suits on Nov. 2, some reaching the 6-G accelerations that many suborbital launches will create. The Contingency Hypobaric Astronaut Protective Suits (CHAPS) incorporate advanced materials to allow for a lightweight, comfortable and highly functional pressure suit system. The suits are manufactured by the David Clark Company.

Technical papers describing the goals, experiences and results of the high-G training runs by Stern and Durda will be given at the 2012 Next-Generation Suborbital Researchers Conference (NRSC-2012) in Palo Alto, Calif., in late February. For more information about NSRC-2012, go to http://nsrc.swri.org or contact Constantine Tsang at (720) 208-7202 (con@boulder.swri.edu). The early/discounted registration and abstract deadlines for NSRC-2012 are nearing — both fall on Dec. 2, 2011.

Editors: Images to accompany this story are available at http://swri.org/press/2011/pressure-suit.htm. For more information about SwRI's suborbital program and flight crew training, contact Alan Stern at (303) 324-5269 (astern@boulder.swri.edu) or Dan Durda at (303) 546-9670 (durda@boulder.swri.edu).


For more information, contact Maria Stothoff, (210) 522-3305, Communications Department, Southwest Research Institute, PO Drawer 28510, San Antonio, TX 78228-0510.
 

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