MIT researchers have developed a self-assembling modular lunar housing system that protects astronauts from cosmic radiation. The project, known as Momo, is a collaboration between MIT’s Architecture Department, AeroAstro, and MIT Media Lab.
The design aims to maximize the efficiency of folding the Starship HLS cargo compartment and ensure modularity, allowing system components to be separated and recombined. Each module of the lunar housing is constructed from 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.
In the event of a puncture, individual modules can be replaced, avoiding the need to replace the entire housing. The collaborative effort takes a comprehensive approach to transforming the Momo housing design into a reality by implementing cutting-edge technology and rigorous testing to minimize risks and ensure success.
The deployment of the Momo housing system not only supports the Artemis III mission but also paves the way for long-term settlement on the Moon. It enables sustainable human exploration and exploitation while representing a significant step towards advancing lunar habitats for future missions and space exploration endeavors.
MIT researchers have unveiled a novel self-assembling modular lunar housing system designed to protect astronauts from cosmic radiation during deep space missions. The project known as Momo is a collaboration between MIT’s Architecture Department, AeroAstro, and MIT Media Lab.
The design aims to maximize efficiency in folding Starship HLS cargo compartments while maintaining modularity so that components can be separated and recombined easily. Each module of this lunar habitat is constructed from an aluminum frame and high-density polyethylene film that blocks radiation.
If there is any puncture in these modules, they can be replaced individually without having to replace the entire building structure.
This collaborative effort involves MIT working alongside NASA’s Marshall Space Flight Center, Johnson Space Center
