Humans still have to enter Mars, but architects are already designing houses where people on the faraway planet can live for NASA.
AI SpaceFactory, a "Multi-Planetary Architectural and Technology Design Agency" in New York City, designed a habitat called "Marsha" that can be printed in 3D using materials available on the Red Planet. The design won NASA's 3D-Printed Habitat Challenge this month.
Take a look into the Martian habitat with renderings by AI SpaceFactory.
The cone-shaped pods are 15 feet high and 8 feet in diameter and would sit vertically on the dusty, rocky surface of Mars. The pods should be printed in 3D in just 30 hours without human help.
Inside there are four levels of habitats connected by spiral staircases.
A ground floor would include a sealed hatch for entry and exit in spacesuits, and astronaut laboratories for testing and other work. Other levels would include a kitchen, a garden for growing crops, a level for training and other recreational activities, and four "Sleepy Pods" – private living spaces with a bed and a desk.
Inside the Pods, AI According to SpaceFactory, it has to be "light, airy" and comfortable for people living on a faraway planet whose living conditions are different from Earth's, including extreme temperature changes that occur the same day 70 degrees Fahrenheit and minus 100 degrees may vary. The agency describes their pods as a "tiny earth bubble in a distant world".
"Each level has at least one window that covers the entire 360-degree panorama Indirect natural light from the large water Filled skylights and intermittent windows flood the interior and still protect the crew from harmful solar and cosmic radiation" , so AI SpaceFactory.
The pods would be made from an innovative blend of basalt fibers derived from mars rock and renewable bioplastics (polylactic acid or PLA) made from plants grown on Mars, "says AI SpaceFactory on the agency's website, and eliminates that Problematic problem of interplanetary material transport.
People could be several years away from even transporting people to Mars (SpaceX's Elon Musk has claimed that he can make it to 2024, although NASA photographed for the 2030s NASA launched its design competition in 2015 and asked architects and technology experts to design living spaces where people can live on Mars, and the designs had to be printed in 3D using sustainable materials on Mars, as NASA's Mars rovers are large-format Wanted to use 3D printers to create habitats, be arrive in front of people at all.
AI SpaceFactory received a $ 500,000 winner prototype that defeated 60 different teams (a team from Penn State University took second place and won $ 200,000). AI SpaceFactory's basalt fiber and bioplastic biopolymer composite proved to be "stronger and more durable" than prototypes using concrete from other competing teams, NASA's illustration of vertical Mars habitats designed for a NASA competition by AI SpaceFactory.
Source: AI SpaceFactory