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Home / Science / 3D Printed Cylinder Tower Over Mars Surface in Latest Design for Habitat Challenge | 3DPrint.com

3D Printed Cylinder Tower Over Mars Surface in Latest Design for Habitat Challenge | 3DPrint.com



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<p><img class= The 3D Printed Habitat Challenge of NASA has seen several companies competing for a high honors – the first habitats for people to design on Mars and the Moon The competition has proven its ability to create structures such as cones, cylinders and beams, and the last phase of the competition takes the teams to a new level Level by presenting their ideas for whole structures So far, there have been low, dome-like structures, some of which were partially buried in the ground, but AI SpaceFactory, the second winner of the last round of competition, has something else in mind.

MARSHA MARS Habitat), features large, cylindrical structures that resemble elongated eggs optimized for internal atmospheric pressure and structural loads, are quite different from the groundwater dwellings, which are mainly Sch handling power and wind.

The Soil The level of each MARSHA structure has a "garage" that contains external systems and exploration activities with a supporting wet lab. Above it is the main junction with 34 square meters dry lab and kitchen. The third level has single cabins, a sanitary station and a hydro-cultural garden. The fourth level is a recreational and exercise area and has a bright, water-filled skylight. Each building consists of two "shells", with the space between the two acting as a light well. Circadian lighting has been developed to replicate the Earthlight

The reason why so much work has gone into the development of methods and materials for mars building is that it is not realistic to use building materials from the Bringing Earth So everything has to be made from material available on the Red Planet. For this purpose, AI spaceFactory develops basalt-fiber-reinforced PLA (bf-PLA), extracting the basalt from mars rock and harvesting and processing the PLA from plants grown on Mars. Basalt fibers are super strong and happen to be a natural insulator, so it is convenient that they are so easily accessible.

Whenever people get to the point where colonizing Mars is an impending possibility, NASA plans to send robots to the planet to collect materials and print the habitats three-dimensionally, so that they can print for people are ready when they arrive.

"Architecture on Earth plays a vital role in our way of life, and on Mars, this role is gaining in importance as architectures are machines that keep us alive," says AI spaceFactory. "In space architecture, any design decision is critical to the success of a mission, structures must be resilient, and interior layouts must be mission-critical, and as sustainable social and mental health is mission-critical, space habitats should be an element of humanity credible and evocative living space with a strange but familiar beauty. "

The structures look different from the outside, but inside they look comfortable and liveable. The fact that they are built vertically means that a robot does not have to drive over an unknown surface to build it. A stationary rover with a telescopic arm builds up the structures.

NASA has awarded Al SpaceFactory with nearly $ 21,000 for further development of the project.

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[Images: AI spaceFactory]


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