The main principle behind ‘lunark’ is its expanding volume, as the structure expands 750% after transport, while testing it was a great success as it was easy to unfold, and strong enough to withstand the extreme environment.
it’s far away, remote and isolated so the experiment conditions forced our design to be easy to deploy.’ at the same time, the arctic has the most similar lighting conditions to the moon. the cold arctic was the best bet for that. ‘if we as architects want to test the effect of architectural countermeasures in space we also need to simulate a realistic amount of stress on the participants (in our case ourselves). ‘we wanted to make the most realistic simulation mission,’ sebastian aristotelis tells designboom.
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the duo also collected data about their psychological wellbeing, the impact of isolation, and how to deal with conflicts under extreme conditions.
In the two months spent in extreme isolation in greenland, SAGA space architects collected data about the performance of the unfolding origami structure, and the circadian light panels that form the artificial sky inside the habitat. ‘lunark’ in preparation for transportĪll images courtesy of SAGA space architects the two danish architects, sebastian aristotelis and karl-johan sørensen, recently returned from two months of extreme isolation in northern greenland, where they tested ‘lunark’, themselves, and technologies for future moon missions while enduring -30☌, hurricane winds, and hungry polar bears. Earlier in 2020, SAGA space architects developed a prototype for a moon-friendly habitat that combines the principles of japanese origami folding with biomimicry (read more here).
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