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Researchers: [ Junseo Kim ], [ Seonghwan Lee ]
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Researchers: [ ], [ ], [ Seonghwan Lee ]
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Collaborators:
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Themes: Lightweight and deployable structures
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https://drive.google.com/file/d/1f6nxGoWj_JfV5O95U8aQ6pzLZgwjSevr/view?usp=sharing
1-s2.0-S2352431625001166-mmc2.mp4
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Sustaining long-term human habitation on Mars requires deployable habitats with low packaging volume, structural robustness, and multistability—features, lacking in conventional inflatable structures. Here, we introduce an origami-based dodecahedral structure that achieves quadruple stability with deployability, high packaging efficiency, and modularity for adaptive habitat design. We present a theoretical model and experiments confirming its multistability, and further validate feasibility through a large-scale prototype and modular assembly demonstrations. Beyond space habitats, this volumetric origami offers new possibilities for robotic systems, metamaterials, and wave dynamics applications.
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