The module functions as a self-sufficient, off-grid living unit, thoughtfully engineered to engage with its environmental context. Central to its design is a climate-controlled core—an intentional construct that provides a stable microclimate, shiel
n an epoch increasingly marked by the uncertainties of the climate crisis, this architecture transcends conventional notions of shelter. It demonstrates a remarkable adaptability to diverse and often volatile climatic conditions. Notably, the unit's
The width of the core is 2450 mm and the length can reach up to 12000 mm. When transformed, the area of the temporary dwelling increases from 15 to 120 m². The canopy material is constructed from a composite material as part of the ATLAS LAB project
By integrating essential amenities within this adaptable framework, the module redefines notions of comfort and resilience in mobile living. It stands as a testament to innovative design strategies that address the pressing need for sustainable hous
The material of the contour is a multi-layered textile facade designed for both functionality and durability. The outer layer is crafted from a fire-resistant, water-repellent fabric that not only provides protection against the elements but also en
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The facade of the module integrates advanced solar-collecting technology, enabling the effective harnessing of solar energy. This integration significantly enhances the module's overall energy efficiency and facilitates off-grid living by decreasing
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