[ad_1]
According to TechCrunch the software requires various details about the structures that designers design. In other words, the teams could not settle for a concept that seemed good to them – they had to make sure that the thickness of their habitats, their heating, their watertightness and their Other elements could actually withstand the harsh Martian conditions.
All five teams shared a $ 100,000 cash prize for this stage of the competition, with the top two teams winning $ 20,957.95 each. One of the best teams, Zopherus of Arkansas, envisioned a built habitat by moving 3D printers capable of deploying robots to retrieve local materials for construction.
AI. SpaceFactory of New York has designed a cylindrical habitat for maximum use of space.
The Kahn-Yates team from Jackson, Mississippi, who earned third place, features a design with translucent light dots. It has also been created to withstand the massive dust storms of Mars.
SEArch + / Apis New York's Cor has given priority to creating a habitat that lets in light but that can provide strong protection against Radiation
Finally, the team at Northwestern University in Illinois devised a design that features a spherical shell with an external parabolic dome. They also want to make the building as simple as possible by using an inflatable boat as the basis for a 3D printer, so that it can quickly print a dome with cross beams.
The five teams now have to prove that their ideas are achievable through 3D printing – autonomously, that is to say – a part of their structures and create a scale of a third version of their design. Monsi Roman, head of NASA's Centennial Challenges program, said, "We are thrilled to see the success of this diverse group of teams that have approached this competition in their own unique styles: they not only design structures, but they design habitats that allow our space explorers to live and work on other planets. "
Source link
