Constructed with charred wooden shingles and cross-laminated timber, the design harmonizes with the Mývatn landscape, providing a functional ski cabin that balances modern amenities with local materiality.
5 key facts about this project
01
Constructed primarily with cross-laminated timber panels for enhanced structural stability.
02
Charred wooden shingles are used for weather resistance and aesthetic integration with the landscape.
03
The bent A-frame design reduces wind load while offering panoramic views.
04
A functional zonation separates communal areas from private changing spaces efficiently.
05
The cabin's orientation optimizes sunlight and minimizes snow accumulation at entrances.
General keywords
The Mývatn Ski Cabin is an architectural project located in the Mývatn region of Iceland, designed to function as a seasonal retreat for winter sports enthusiasts. This project serves to provide associated facilities for skiing while incorporating elements of comfort and connectivity with the surrounding landscape. The architecture emphasizes simplicity in design, effectively integrating local materials and responding to the environmental context.
The cabin is structured around three primary zones: REST & WARM, CHANGING, and SERVICE. Each zone plays a critical role in accommodating the needs of users. The REST & WARM area includes communal space with extensive glazing that allows for natural light and panoramic views, inviting users to experience the surrounding beauty. The CHANGING area is designated for skier transitions, ensuring practicality by offering changing rooms and minimal openings for privacy. Finally, the SERVICE zone contains storage and maintenance facilities, strategically positioned for easy access to the ski slopes.
The Mývatn Ski Cabin distinguishes itself through its innovative material use and architectural form that align with the local environment. The choice of materials, including timber, glass, concrete, and cross-laminated timber, reflects a commitment to sustainable building practices while ensuring durability against the Icelandic weather. The cabin employs a series of skillion roofs that mirror the contours of the landscape, facilitating snow management and enhancing visual cohesion with the environment. This design approach enables the building to harmonize with its natural surroundings while maintaining functional efficiency.
The cabin’s design integrates significant openings that enhance connectivity with the outdoor environment, reinforcing the experience of the landscape for occupants. By utilizing a double timber stud wall system, the structure achieves superior thermal performance, optimizing energy efficiency while maintaining comfort. The careful planning of the layout and material selection ensures that the cabin functions effectively year-round, accommodating winter sports activities and providing a serene retreat for relaxation.
To gain a deeper understanding of the architectural intent and execution behind the Mývatn Ski Cabin, readers are encouraged to explore the detailed architectural plans, sections, and designs that illustrate the project's unique characteristics and thoughtful design strategies.
The cabin is structured around three primary zones: REST & WARM, CHANGING, and SERVICE. Each zone plays a critical role in accommodating the needs of users. The REST & WARM area includes communal space with extensive glazing that allows for natural light and panoramic views, inviting users to experience the surrounding beauty. The CHANGING area is designated for skier transitions, ensuring practicality by offering changing rooms and minimal openings for privacy. Finally, the SERVICE zone contains storage and maintenance facilities, strategically positioned for easy access to the ski slopes.
The Mývatn Ski Cabin distinguishes itself through its innovative material use and architectural form that align with the local environment. The choice of materials, including timber, glass, concrete, and cross-laminated timber, reflects a commitment to sustainable building practices while ensuring durability against the Icelandic weather. The cabin employs a series of skillion roofs that mirror the contours of the landscape, facilitating snow management and enhancing visual cohesion with the environment. This design approach enables the building to harmonize with its natural surroundings while maintaining functional efficiency.
The cabin’s design integrates significant openings that enhance connectivity with the outdoor environment, reinforcing the experience of the landscape for occupants. By utilizing a double timber stud wall system, the structure achieves superior thermal performance, optimizing energy efficiency while maintaining comfort. The careful planning of the layout and material selection ensures that the cabin functions effectively year-round, accommodating winter sports activities and providing a serene retreat for relaxation.
To gain a deeper understanding of the architectural intent and execution behind the Mývatn Ski Cabin, readers are encouraged to explore the detailed architectural plans, sections, and designs that illustrate the project's unique characteristics and thoughtful design strategies.
