LUNARK is Made from Black Glossy Fiber Shell to Withstand the Moon
Elena Rahman — November 8, 2021 — Eco
References: saga.dk & yankodesign
Space architects designed the LUNARK for living on the moon. The modular origami tent is built to unfold into 750 times its size. SAGA, the Danish architecture studio behind the project, ensured that the design structure is easily transportable and has a zero-waste ecosystem. Moreover, the team tested the tent to withstand arctic temperatures and meteor showers.
The architects took the tent on a test run in Greenland to ensure its warmth and stability. Its form was inspired by the patterns of a budding leaf and the precision of origami folding. It unfolds from a tight bud into a large oval shape made from a rigid carbon fiber shell. The LUNARK exterior sandwiches panels with a foam core to create extra insulation while maintaining a light weight.
Image Credit: SAGA
The architects took the tent on a test run in Greenland to ensure its warmth and stability. Its form was inspired by the patterns of a budding leaf and the precision of origami folding. It unfolds from a tight bud into a large oval shape made from a rigid carbon fiber shell. The LUNARK exterior sandwiches panels with a foam core to create extra insulation while maintaining a light weight.
Image Credit: SAGA
Trend Themes
1. Modular Origami Structures - Innovative origami-inspired designs could be applied to a variety of industries such as emergency housing or disaster relief.
2. Sustainable Zero-waste Ecosystems - The zero-waste ecosystem approach could influence the aviation industry's waste reduction policies and practices.
3. Extreme Weather Resilient Tents - The technology and materials that withstand arctic temperatures and meteor showers could be applied to the military and first responder tents and shelters.
Industry Implications
1. Space Exploration - The structure of LUNARK has potential to inspire innovative designs and materials for future moon and Mars habitats.
2. Aviation - The zero-waste ecosystem approach could influence the aviation industry's waste reduction policies and practices.
3. Military and First Responder - The technology and materials that withstand arctic temperatures and meteor showers could be applied to the military and first responder tents and shelters.
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