3D PRINTED

MARS HABITAT

Architecture design studies for future colonies on Mars developed at the MSA Münster, directed by Mirek Claßen (BigRep – Berlin) & consulted by Michael Morris (Co- Founder of SEArch+ Space Exploration Architecture – New York)

THE CHALLENGES

Electricity

Greenhouses and habitats need to be heated up since its in average -50°C on Mars

RADIATION

Mars has no iron core like earth, therefore cosmic radiation hits mars surface without any bufferny

Water

New samples from the surface of Mars have shown that there is plenty of water. This must be extracted and cleansed.

Oxygen

The Martian atmosphere consists of 95.97% carbon dioxide (CO2) and almost no oxygen.

FOOD PRODUCTION

Mars is covered with regolith in contrast to earth rich in nutrients soil. This is a dry material that contains perchlorate chemicals that are toxic to humans.

PROJECTS

The following projects have been part of a university course at the Münster School of Architecture (MSA).
They are short term projects that were developed within 4 weeks – from the first idea to the final presentation.

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    3D Printed Mars Habitat

    Architecture design studies for future colonies on Mars developed at the MSA Münster, directed by Mirek Claßen (BigRep – Berlin) & consulted by Michael Morris (Co- Founder of SEArch+ Space Exploration Architecture – New York)

    © 2022

    Image sources:
    Background Images: NASA & SpaceX, ESO/S. Brunier (www.eso.org/public/images/eso0932a/)