The sleeping pods on a cliff offer a fresh approach to modular living. They are designed to fit into a rugged natural setting while focusing on sustainability and practicality. These pods serve as self-sufficient units, allowing occupants to experience life off the grid while blending seamlessly with the surrounding landscape.

Structural Integrity

The sleeping pods feature a modular design that makes assembly and disassembly straightforward. Prefabricated components arrive at the construction site by helicopter and truck, minimizing the environmental impact associated with building. Once on-site, a wooden floor is laid, supported by a screw foundation that provides stability, essential for high-altitude locations.

Material Specifications

Selected materials play a significant role in ensuring the robustness and energy efficiency of the pods. Fiber cement and Xlam are used in the foundation-floor joints, helping to establish a solid base. The wall-floor junction combines fiber-reinforced concrete and extruded polystyrene, enhancing strength and insulation. For flooring, porcelain tiles are chosen for their durability and ease of maintenance.

Energy Efficiency

Each pod is designed to operate independently, incorporating modern energy systems. Water heaters equipped with heat pumps meet the heating needs, while a greywater recovery system promotes efficient water use. Photovoltaic panels harness solar energy, allowing occupants to rely less on external power sources. This focus on renewable resources aligns with the increasing demand for sustainable living arrangements.

Natural Integration

The design of the sleeping pods considers the surrounding terrain. Each unit is positioned to take advantage of the views while maintaining a low visual impact. This thoughtful placement enhances the experience for those inside and helps preserve the natural beauty of the cliff. The project emphasizes a connection to nature, reflecting the landscape's rugged characteristics.

The roof design includes a gentle slope, allowing for effective rainwater collection and creating covered outdoor spaces for relaxation. This practical feature adds functionality while enhancing the overall experience of the pods, inviting occupants to spend time outside in a natural setting.