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NASA Transportation Science

NASA Rejoins Space Race With Manned Deep Space Craft 179

Laura K. Cowan writes "NASA is back in the future-tech space race with a new manned deep space craft called the Multi-Purpose Crew Vehicle, which aims to take astronauts on longer missions to deep space, eventually to planets such as Mars where only unmanned crafts have previously traveled. The MPCV holds 4 astronauts, is currently capable of 3-week missions, and not only could take mankind to new frontiers but is billed as being '10 times safer... than the current space shuttle.' Maybe there is hope for space travel outside the X Prize."
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NASA Rejoins Space Race With Manned Deep Space Craft

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  • by dmgxmichael ( 1219692 ) on Wednesday May 25, 2011 @06:16PM (#36244822) Homepage
    Built hell. I'll believe when the sucker is launched... with a crew.
  • by h4rr4r ( 612664 ) on Wednesday May 25, 2011 @06:22PM (#36244888)

    So you want to replace something that works with something shinier?

    Apollo did it right, the space shuttle can now hopefully be forgotten. Let us all remember the people go on top of the fiery bits, not next to them.

  • Re:Dissapointing (Score:5, Insightful)

    by Anonymous Coward on Wednesday May 25, 2011 @08:43PM (#36246210)

    Not a chance, really. You're seriously underestimating the production volume of precious metals on Earth, if you think any conceivable spacecraft could bring enough of it in to make a dent in the prices. You're also vastly underestimating the effort it would take to mine an asteroid. Just developing and building the energy infrastructure required for refining ore in space is going to be a multi-decade endeavor if it ever happens. It could potentially be useful for something exceedingly rare, like some rare earth elements and platinum group metals, but generally if the element occurs naturally on Earth it will never be economically viable to bring it back from the outside.

    Asteroid mining will most likely only be viable for in-space uses, such as building spacecraft and infrastructure in zero-g. Iron is particularly plentiful in asteroids, useful for building robust space stations and moon bases, and heinously expensive to launch from Earth but could be shipped cheaply if slowly across the solar system along "free-transfer" paths.

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