Image: Plompmozes
Research and architecture studio AI Space Factory has designed a
3D-printed house for the surface of Mars – and it looks like a beehive.
3D-printed house for the surface of Mars – and it looks like a beehive.
Dubbed the Marsha Project, the vertical dwelling was dreamt up for NASA’s
3D Printed Habitat Challenge, and has been endorsed by the agency.
Marsha 3D-printed home for Mars, designed by AI Space Factory
*Image: Plompmozes
Each ‘hive’ can accommodate four astronauts and can be 3D-printed in situ using a static construction rover and materials gathered from the surface of the Red Planet, including basalt and renewable bioplastic. Marsha’s vertical design alleviates Mars’ atmospheric constraints by minimising movement of the construction rover across unfamiliar terrain, allowing it to print while static.
Explains the practice: ‘Where structures on earth are designed primarily for gravity and wind, special conditions on Mars point to a structure optimized to handle internal atmospheric pressure and structural stresses: a vertical container with a minimal footprint.’
*Image: Plompmozes 1 OF 4
The cylindrical dwellings comprise an outer shell, which is tethered to the surface of the planet (to guard against strong winds), and an internal shell which houses living spaces. These are set across four levels, with a wet lab on the lower level, kitchen and dry lab above, and the top two floors for recreation. Bedrooms are conceived as semi-enclosed sleeping pods that offer privacy.
A large water-filled skylight caps the dwelling and filters light down through the height of the building.
Marsha 3D-printed home for Mars, designed by AI Space Factory
*Image: Plompmozes
AI Space Factory will now construct a 1:3 prototype of the Marsha
dwelling as the next stage of the project. Watch this space…
3D Printed Habitat Challenge, and has been endorsed by the agency.
Marsha 3D-printed home for Mars, designed by AI Space Factory
*Image: Plompmozes
Each ‘hive’ can accommodate four astronauts and can be 3D-printed in situ using a static construction rover and materials gathered from the surface of the Red Planet, including basalt and renewable bioplastic. Marsha’s vertical design alleviates Mars’ atmospheric constraints by minimising movement of the construction rover across unfamiliar terrain, allowing it to print while static.
Explains the practice: ‘Where structures on earth are designed primarily for gravity and wind, special conditions on Mars point to a structure optimized to handle internal atmospheric pressure and structural stresses: a vertical container with a minimal footprint.’
*Image: Plompmozes 1 OF 4
The cylindrical dwellings comprise an outer shell, which is tethered to the surface of the planet (to guard against strong winds), and an internal shell which houses living spaces. These are set across four levels, with a wet lab on the lower level, kitchen and dry lab above, and the top two floors for recreation. Bedrooms are conceived as semi-enclosed sleeping pods that offer privacy.
A large water-filled skylight caps the dwelling and filters light down through the height of the building.
Marsha 3D-printed home for Mars, designed by AI Space Factory
*Image: Plompmozes
AI Space Factory will now construct a 1:3 prototype of the Marsha
dwelling as the next stage of the project. Watch this space…
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https://thespaces.com/2018/07/30/ai-space-factory-designs-homes-for-planet-mars/
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