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NASA's Mars habitat challenge gives a glimpse of life on the red planet

Get the Mach newsletter. SUBSCRIBE April 6, 2019, 09:59 GMT Vid Jaclyn Jeffrey-Wilensky NASA has crowned three design teams as finalists in their ongoing competition for designing 3D printed habitats for Mars. which gives farmers a glimpse of how it may seem to live on another world. The goal of the competition was "to create housing solutions for our explorers on the moon, Mars or beyond" Monsi Roman, head of NASA's centuries-old challenges program at Marshall Space Flight Center in Huntsville, Alabama, said in an email. The $ 1 00,000 prize money was shared by SEArch + / Apis Cor in New York City, Zopherus of Rogers, Arkansas, and New Haven, Connecticut-based Mars Incubator. The competition required the law to design habitats that can withstand strong radiation, extreme temperature shifts and a thin atmosphere on Mars. And the habitats must be designed so that they could be built via 3D p rinting, which turns digital drawings into structures by laying down consecutive layers of plastic or other material – in this case rock and local garbage generated by astronauts were collected. A 3D printer could be sent to Mars to build a habitat before the astronauts even move, which means that the astronauts would have a place to live as soon as they arrived at the plane. If the habitat experiences damage, the astronauts or the controllers on earth can instruct the printer to quickly produce the necessary replacement part. First finalist SEArch + / Apis Cor (seen at the…

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Vid Jaclyn Jeffrey-Wilensky

NASA has crowned three design teams as finalists in their ongoing competition for designing 3D printed habitats for Mars. which gives farmers a glimpse of how it may seem to live on another world.

The goal of the competition was “to create housing solutions for our explorers on the moon, Mars or beyond” Monsi Roman, head of NASA’s centuries-old challenges program at Marshall Space Flight Center in Huntsville, Alabama, said in an email.

The $ 1

00,000 prize money was shared by SEArch + / Apis Cor in New York City, Zopherus of Rogers, Arkansas, and New Haven, Connecticut-based Mars Incubator.

The competition required the law to design habitats that can withstand strong radiation, extreme temperature shifts and a thin atmosphere on Mars. And the habitats must be designed so that they could be built via 3D p rinting, which turns digital drawings into structures by laying down consecutive layers of plastic or other material – in this case rock and local garbage generated by astronauts were collected.

A 3D printer could be sent to Mars to build a habitat before the astronauts even move, which means that the astronauts would have a place to live as soon as they arrived at the plane. If the habitat experiences damage, the astronauts or the controllers on earth can instruct the printer to quickly produce the necessary replacement part.

First finalist SEArch + / Apis Cor (seen at the top) chose long structures with slightly sloping sides and heavy roofs. External walls made of Mars stone, called regolith, help protect against radiation, as well as specially angled overhangs on the windows. The brightly lit interior spaces – crew quarters, lab space and kitchen – are independently linked to life support systems to keep the astronauts safe in emergencies. And a vertical garden fills the interior walls with greenery.


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