Asteroid-Capture to Prep for Manned Flight to Mars: Page 2

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In one proposed mission, a robotic spacecraft would snag a small asteroid and park it next to the moon, where astronauts could visit the asteroid. In the other mission profile, the robotic emissary would grab a boulder off a larger asteroid and bring that back to lunar orbit. Both missions would allow humans to visit the asteroid by around 2025 using the Orion space capsule and Space Launch System rocket, two pieces of equipment that could transport astronauts to Mars eventually.

"This mission significantly contributes to the extension of human exploration beyond low-Earth orbit and into deep space," Gates said. "In fact, we'll go 1,000 times farther than LEO for the first time in 40 years, and for a longer duration in deep space than humans have ever been before."

Asteroids reach Earth's atmosphere every day — but only the biggest make it to the ground.
emyerson/iStockphoto

Video: Huge Asteroid Nearly Hits Earth

One of the major feats that NASA needs to accomplish before a manned Mars mission is astronaut self-sufficiency while far from Earth. Astronauts on the space station today can speak to mission controllers on Earth in close to real time. That just won't be possible on a lengthy trip to the Red Planet, NASA officials said today.

Astronauts sent to sample and explore the asteroid pulled into orbit around the moon won't be able to communicate with Earth in real time, either. This allows ground controllers and spaceflyers to use that asteroid mission as proving ground to test out what a less Earth-dependent mission — like traveling to Mars — could be like.

"It won't be easy to go to Mars in any way, shape or form, and we really need to prepare to do that," Gerstenmaier said. "We'll do that preparation first on the Space Station and then push the envelope a little bit further. [We'll] look at the vicinity around the moon where we can have this asteroid redirected into this location to continue to build those skills that are necessary for us to eventually go to Mars."

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