Crafted from metallic panels and volcanic dust, the circular cabin provides a sustainable retreat that harmonizes with the Icelandic landscape while serving as a warm shelter for outdoor enthusiasts.
5 key facts about this project
01
Built with a circular form, enhancing energy efficiency and structural stability.
02
Utilizes volcanic dust in the flooring, connecting the cabin with the local geology.
03
Incorporates large glass surfaces to maximize natural light and scenic views.
04
Features a panoramic terrace that extends outdoor living space.
05
Constructed using durable metallic panels designed to withstand harsh weather conditions.
The kúla (bubble) ski snow cabin is an architectural project situated in the Myvatn region of Iceland. This design combines modern architectural principles with the natural landscape, aiming for both functionality and aesthetic appeal. By utilizing a rounded, organic form, the cabin seamlessly integrates with the rugged Icelandic terrain, providing a unique shelter for skiers and nature enthusiasts.
The project's primary function is to offer a cozy retreat in a challenging climate. It serves as a space for rest and relaxation after outdoor activities, catering to the needs of visitors wanting to unwind in proximity to nature. The cabin features an open-plan layout that enables easy movement within the space, bringing together communal and private areas.
The exterior comprises metallic panels that ensure durability against weather conditions, alongside large glass surfaces that maximize natural light and view of the surrounding landscape. Key elements include a central lobby area that welcomes guests, a self-service refreshment zone, and separated changing facilities. Additionally, a panoramic terrace extends the living area outdoors, allowing occupants to engage with the scenery.
The inclusion of a circular lounge area around a central hearth encourages social interaction and adds warmth to the design. The use of thin wood panels and a wood frame structure contributes to a sense of natural coziness, while maintaining the integrity required for a building in such an environment. A concrete foundation, along with volcanic dust flooring, reflects the local geology, integrating the building further into its landscape.
The cabin exemplifies unique design approaches by emphasizing sustainability throughout its construction. The carefully chosen materials promote energy efficiency, and architectural adaptation to the harsh climate is evident in the robust insulation and durable exterior finishes. The design challenges conventions by prioritizing organic shapes over traditional rectangular forms, evoking the natural beauty of the region while addressing the functional needs of its users.
The kúla (bubble) ski snow cabin stands out in its approach to marrying architecture with the surrounding environment. The project’s elegant integration of form, materiality, and local context distinguishes it from typical constructions in similar settings. Interested readers are encouraged to explore the project presentation for more detailed insights, including architectural plans, architectural sections, and specific architectural designs that illustrate these innovative ideas.
The project's primary function is to offer a cozy retreat in a challenging climate. It serves as a space for rest and relaxation after outdoor activities, catering to the needs of visitors wanting to unwind in proximity to nature. The cabin features an open-plan layout that enables easy movement within the space, bringing together communal and private areas.
The exterior comprises metallic panels that ensure durability against weather conditions, alongside large glass surfaces that maximize natural light and view of the surrounding landscape. Key elements include a central lobby area that welcomes guests, a self-service refreshment zone, and separated changing facilities. Additionally, a panoramic terrace extends the living area outdoors, allowing occupants to engage with the scenery.
The inclusion of a circular lounge area around a central hearth encourages social interaction and adds warmth to the design. The use of thin wood panels and a wood frame structure contributes to a sense of natural coziness, while maintaining the integrity required for a building in such an environment. A concrete foundation, along with volcanic dust flooring, reflects the local geology, integrating the building further into its landscape.
The cabin exemplifies unique design approaches by emphasizing sustainability throughout its construction. The carefully chosen materials promote energy efficiency, and architectural adaptation to the harsh climate is evident in the robust insulation and durable exterior finishes. The design challenges conventions by prioritizing organic shapes over traditional rectangular forms, evoking the natural beauty of the region while addressing the functional needs of its users.
The kúla (bubble) ski snow cabin stands out in its approach to marrying architecture with the surrounding environment. The project’s elegant integration of form, materiality, and local context distinguishes it from typical constructions in similar settings. Interested readers are encouraged to explore the project presentation for more detailed insights, including architectural plans, architectural sections, and specific architectural designs that illustrate these innovative ideas.
