Image Credit: Lockheed Martin |
The MADV would lock in with the space station, and travel to and from the Martian surface via supersonic retropulsion fuelled by liquid hydrogen. Supersonic retropulusion is the same approach utilized by SpaceX to land its reusable Falcon 9 rocket boosters.
The use of liquid hydrogen and liquid oxygen as propellant is essential to the Mars Base Camp plan. While the initial fuel could be sourced from Earth, eventually water could be extracted from asteroids, the Moon's surface or even from the Mars system to create the liquid hydrogen fuel.
"Base camps are not a destination unto themselves," said Rob Chambers, one of the Lockheed engineers who spoke at the conference. "They're a place from which you then set out — in this case, to descend to the surfaces of other worlds."
Read more about this fascinating story at: https://www.space.com/38306-lockheed-martin-reusable-mars-lander-unveiled.html
Image Credit: Lockheed Martin |
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