the MIT approach minimizes the need for on-site construction, enabling a faster habitat setup that supports human life on the moon.

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dubbed ESA space bricks, these 3D printed LEGO-like blocks are aimed for the construction of launch pads and shelters for astronauts visiting the moon.

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momo self-assembling lunar habitat is developed by mit's department of architecture, aeroastro, and the media lab.

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max space’s goal is to have a series of scalable and inflatable space habitats and stations, ranging from 20 m³ to 100 m³ initially, then up to over 10,000 m³ by 2030.

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the modular moon habitat that HASSELL designed for the european space agency consists of hexapod-shaped components that shield the residents from radiation.

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unlike the more rigid geometries found in space architecture, the HESTIA habitat reveals a softer form, close to a sphere.

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the habitat would initially be installed on the moon as a core pod that gradually expands and inflates to accommodate more living and work spaces for the astronauts.

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during the expedition, the two danish architects collected data about the structure and the psychological wellbeing of its inhabitants.

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