MIT researchers have successfully created self-assembling modular lunar housing to protect astronauts from cosmic radiation. Dubbed “Momo,” this project is a collaborative effort between MIT’s Architecture Department, AeroAstro, and MIT Media Lab. The design goals include maximizing the efficiency of folding the Starship HLS cargo compartment and ensuring modularity.
Each module in Momo is made of an aluminum frame and high-density polyethylene film to block radiation. These modules can be customized to serve various functions such as airlocks, windows, solar cells, desks, or exercise stations. They are replaceable in case of damage, allowing astronauts to exchange them instead of replacing the entire housing.
MIT’s collaborative effort with NASA’s Marshall Space Flight Center, Johnson Space Center, private entities like SpaceX and Brookhaven National Laboratory aims to make Momo housing a reality. Through rigorous testing and the integration of cutting-edge technology, the team is working towards minimizing risks and ensuring mission success.
The successful deployment of Momo housing will not only support the Artemis III mission but also pave the way for long-term settlement on the Moon. This project is a crucial step towards sustainable human exploration and exploitation of the Moon.
In summary, MIT researchers have successfully developed self-assembling modular lunar housing that protects astronauts from cosmic radiation. The project is a collaboration between MIT’s Architecture Department, AeroAstro, and MIT Media Lab and involves private entities like SpaceX and NASA’s Marshall Space Flight Center and Johnson Space Center. The design goals include maximizing efficiency while ensuring modularity. Each module can be customized to serve different functions and is replaceable in case of damage. The successful deployment of Momo housing will support future missions to the Moon while paving the way for long-term settlement on the Moon’s surface.
