Constructed from cross-laminated timber and zinc, this microhome strategically integrates with the rugged terrain of Fulufjället National Park to provide a self-sufficient retreat for outdoor enthusiasts.
5 key facts about this project
01
Constructed entirely from locally sourced cross-laminated timber.
02
Features charred wooden shingles for increased durability and fire resistance.
03
Designed with a bent A-frame structure to efficiently shed snow.
04
Integrates solar panels for energy self-sufficiency in a remote location.
05
Incorporates a rainwater harvesting system to enhance sustainability.
General keywords
The Fulufjället Hut is a contemporary architectural project located in Fulufjället National Park, Dalarna, Sweden. This microhome spans a compact footprint of 25 square meters, strategically designed to engage with the surrounding natural landscape. The architecture emphasizes functionality and sustainability, aligning with the demands of the harsh climate and rugged terrain typical of the region.
Unique in its approach, the Fulufjället Hut combines traditional Scandinavian elements with modern building techniques. Inspired by indigenous Samí structures, the design incorporates a cross-shaped layout that delineates different functional areas within the hut. This layout highlights defined zones, including a living/sleeping area, cooking area, bathroom, and entry space. Each zone is designed for efficiency while promoting a seamless flow between functions.
Sustainable materials are at the forefront of the Fulufjället Hut's design. It primarily employs cross-laminated timber (CLT), prized for its durability and thermal performance. The choice of materials reflects a commitment to ecological integrity, ensuring that the project minimizes its environmental impact. The use of zinc for window frames and roof details enhances the hut's longevity while requiring minimal maintenance. The design also focuses on prefabrication, allowing for efficient construction workflows and reduced site disruption.
The integration of renewable energy solutions is a key aspect of the project’s sustainability strategy. The hut is designed to accommodate solar panels, which provide energy for lighting and appliances. Additionally, a rainwater collection system is included, further enhancing self-sufficiency and promoting responsible resource management.
Architectural details, such as angular geometry and sharp lines, contribute to the visual identity of the hut while aligning with its functional requirements. The design intentionally directs snow away from critical surfaces, addressing one of the primary challenges of the winter climate.
Material choice and construction processes elevate the Fulufjället Hut above other projects. The careful selection of CLT and zinc not only supports structural integrity but also reflects a broader commitment to sustainable building practices in architecture. The project's thoughtful organization of internal spaces encourages occupants to engage with their surroundings, fostering a connection with nature.
The Fulufjället Hut serves as a successful example of architectural designs that blend modernist principles with environmentally conscious practices. For those interested in a deeper exploration of the architectural plans, sections, and design elements that contribute to this project’s success, further details are available for review. Understanding the various architectural ideas and specifics can provide valuable insight into its unique contributions to contemporary architecture.
Unique in its approach, the Fulufjället Hut combines traditional Scandinavian elements with modern building techniques. Inspired by indigenous Samí structures, the design incorporates a cross-shaped layout that delineates different functional areas within the hut. This layout highlights defined zones, including a living/sleeping area, cooking area, bathroom, and entry space. Each zone is designed for efficiency while promoting a seamless flow between functions.
Sustainable materials are at the forefront of the Fulufjället Hut's design. It primarily employs cross-laminated timber (CLT), prized for its durability and thermal performance. The choice of materials reflects a commitment to ecological integrity, ensuring that the project minimizes its environmental impact. The use of zinc for window frames and roof details enhances the hut's longevity while requiring minimal maintenance. The design also focuses on prefabrication, allowing for efficient construction workflows and reduced site disruption.
The integration of renewable energy solutions is a key aspect of the project’s sustainability strategy. The hut is designed to accommodate solar panels, which provide energy for lighting and appliances. Additionally, a rainwater collection system is included, further enhancing self-sufficiency and promoting responsible resource management.
Architectural details, such as angular geometry and sharp lines, contribute to the visual identity of the hut while aligning with its functional requirements. The design intentionally directs snow away from critical surfaces, addressing one of the primary challenges of the winter climate.
Material choice and construction processes elevate the Fulufjället Hut above other projects. The careful selection of CLT and zinc not only supports structural integrity but also reflects a broader commitment to sustainable building practices in architecture. The project's thoughtful organization of internal spaces encourages occupants to engage with their surroundings, fostering a connection with nature.
The Fulufjället Hut serves as a successful example of architectural designs that blend modernist principles with environmentally conscious practices. For those interested in a deeper exploration of the architectural plans, sections, and design elements that contribute to this project’s success, further details are available for review. Understanding the various architectural ideas and specifics can provide valuable insight into its unique contributions to contemporary architecture.
