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Huntsville, AL (SPX) Feb 26, 2007 Friday NASA issued a request for proposal for the Ares I launch vehicle upper stage element. Ares I is the launch vehicle that will transport the Orion crew exploration vehicle and its crew and cargo to low Earth orbit. The upper stage proposals are due to Marshall Space Flight Center no later than 1 p.m. CDT April 13, 2007. The request for proposal states the procurement approach for obtaining the upper stage element. The selected contractor will produce the required Ares I upper stage and provide support to a NASA-led design team during the design phase. The contract will provide for the manufacture and assembly of test articles, flight test units, and the operational upper stage elements to support NASA's flight manifest through 2016. Final manufacturing and assembly will take place at NASA's Michoud Assembly Facility in Louisiana. The Ares I upper stage, with a separately procured upper stage engine and a separately procured instrument ring, will provide the navigation, guidance, control and propulsion required for the second stage of the Ares I ascent. The first stage will consist of a single reusable solid rocket booster and motor similar to those used on the space shuttle but with a fifth motor segment attached. The contract to manufacture and assemble the Ares I upper stage element will be awarded through a full and open competition and managed by NASA's Marshall Space Flight Center in Huntsville, Ala. A selection will be made in August 2007.
earlier related report The cost-plus-fixed-fee contract - a competitive award - has a two-year period of performance with a maximum value of $5,009,388. NASA's Glenn Research Center is the agency's lead for the Ares I upper stage thrust vector control subsystem, part of NASA's Constellation Program. Related Links Exploration at NASA Constellation at NASA Ares at NASA Launch Pad at Space-Travel.com Rocket Science News at Space-Travel.Com Rocket Science News at Space-Travel.Com
![]() ![]() Georgia Tech researchers have developed a new protoype engine that allows satellites to take off with less fuel, opening the door for deep space missions, lower launch costs and more payload in orbit. The efficient satellite engine uses up to 40 percent less fuel by running on solar power while in space and by fine-tuning exhaust velocity. |
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