[ad_1]
NASA has selected five winners as part of an ongoing contest to get smart ideas on how to build a 3D printed habitat on Mars.
The winners passed the first level of the 3D Centennial Habitat Challenge, which required the development of about 60% of the design. Level two will require greater complexity with a 100% completion and an understanding of the hydraulics of each construction. The teams will then create virtual structures and, on April 29, will build them for real on the campus of Bradley University in Peoria, Illinois.
The teams have different approaches and their video inputs reflect that. The leading Zopherus team, for example, highlights the autonomous robots that build their modular structures. By using Martian soil, their robots would build structures from scratch.
L & # 39; AI. SpaceFactory puts the emphasis on creating efficient cylinders with multiple floors by building vertically. Their video even titled "Our Vertical Martian Future."
Kahn Yates focuses on a shell-like design, which they say focuses on one of the biggest dangers of Mars: dust storms. They also offer a garden, which could provide food and recreation.
The SEArch + Unit / Apis Cor Mars X is inspired by Nordic architecture, emphasizing the possibility of letting in as much natural light as possible. This approach focuses on the privacy of people, with an erasable barrier between rooms and professional / social neighborhoods. Their structure, which offers a common living space in a horizontal structure, differs considerably from other ideas, especially the contribution of SpaceFactory.
These winners created thoughtful designs focusing on different aspects of life on Mars. Sending them all to the next round allows NASA to better explore every facet of what would be the most isolated living conditions in the history of mankind.
Source: Engadget
Source link
