MIT Researchers Design Modular, Self-Assembling Housing on the Moon to Protect Astronauts from Cosmic Radiation.
(Video: MIT)
Momo is a collaborative project between the Massachusetts Institute of Technology’s Architecture Department, AeroAstro, and MIT Media Lab, aimed at creating self-assembling habitats on the Moon. The design is driven by two main objectives: maximizing the compactness of the habitat for storage in the Starship Human Landing System (HLS) and ensuring modularity (the extent to which system components can be separated and recombined), according to a report from Design Boom on May 26.
Each module is constructed from an aluminum frame and high-density polyethylene film to shield against radiation. These modules contain storage space and can be customized to serve various functions, such as airlocks, windows, solar panels, workstations, or exercise areas. Additionally, they can be replaced in case of damage, allowing astronauts to swap out a module instead of replacing the entire habitat.
MIT’s modular self-assembling housing design.
This collaborative effort led by MIT, alongside the Marshall Space Flight Center and the Johnson Space Center, as well as private entities like SpaceX and the Brookhaven National Laboratory, highlights a comprehensive approach to bringing the Momo habitat to reality.
As the team progresses through significant milestones, from initial requirements to full operational readiness, they will continue to integrate advanced technology and conduct rigorous testing to minimize risks and ensure mission success. The successful deployment of the Momo habitat will not only support the Artemis III mission but also lay the groundwork for long-term habitation on the Moon, paving the way for sustainable human exploration and utilization of lunar resources.
