With a glulam structure and integrated geothermal heating, the cabin offers expansive views of the Icelandic landscape while providing essential amenities for winter recreation.
5 key facts about this project
01
Constructed with glued laminated timber for enhanced structural integrity.
02
Incorporates geothermal heating to optimize energy efficiency.
03
Features a bent A-frame design for improved snow management.
04
Utilizes recycled timber battens to reduce environmental impact.
05
Large windows provide unimpeded panoramic views of the surrounding landscape.
General keywords
The Long Ski Cabin is an architectural project situated in Iceland, designed to serve as a ski resort facility. The structure embodies traditional Icelandic longhouse characteristics while incorporating contemporary design elements. This duality allows the cabin to function as both a resting space for skiers and a practical building with essential amenities.
The architecture of the Long Ski Cabin features an elongated form reminiscent of historical longhouses, marked by a gently sloping roof. This design is crucial for snow management and optimal natural light exposure. The primary function of the cabin is to provide a comfortable environment for visitors, with designated areas for equipment storage, changing rooms, and communal relaxation spaces. The layout promotes efficient movement and interaction among users, enhancing the overall skiing experience.
Materiality plays a significant role in the design of the Long Ski Cabin. It employs glued laminated timber, offering structural stability while maintaining an aesthetic appeal. The cedar shingle roof contributes to the cabin’s durability, particularly against harsh weather conditions, while recycled timber battens support various structural elements with minimal environmental impact. Additionally, wood fiber insulation ensures thermal efficiency, underscoring the project’s commitment to sustainability.
Sustainability is a key focus throughout the design approach. The project utilizes geothermal energy, aligning with environmentally responsible practices. Large windows are strategically positioned to maximize views of the surrounding Icelandic landscape and to facilitate natural lighting within the cabin. This integration with nature is a vital part of the design, fostering a connection between the building and its environment.
The unique design of the Long Ski Cabin emerges through its harmonious blend of traditional and modern elements. The combination of cultural reverence and contemporary materials not only creates a functional utility but also enhances the environmental relationship of the structure. This cabin distinguishes itself from conventional resort designs by prioritizing sustainability and local architectural heritage.
For those interested in a deeper understanding of the Long Ski Cabin, further exploration of the architectural plans, sections, and designs is recommended. These elements provide valuable insights into the functionality and execution of the project, highlighting the innovative approaches employed in this architectural endeavor.
The architecture of the Long Ski Cabin features an elongated form reminiscent of historical longhouses, marked by a gently sloping roof. This design is crucial for snow management and optimal natural light exposure. The primary function of the cabin is to provide a comfortable environment for visitors, with designated areas for equipment storage, changing rooms, and communal relaxation spaces. The layout promotes efficient movement and interaction among users, enhancing the overall skiing experience.
Materiality plays a significant role in the design of the Long Ski Cabin. It employs glued laminated timber, offering structural stability while maintaining an aesthetic appeal. The cedar shingle roof contributes to the cabin’s durability, particularly against harsh weather conditions, while recycled timber battens support various structural elements with minimal environmental impact. Additionally, wood fiber insulation ensures thermal efficiency, underscoring the project’s commitment to sustainability.
Sustainability is a key focus throughout the design approach. The project utilizes geothermal energy, aligning with environmentally responsible practices. Large windows are strategically positioned to maximize views of the surrounding Icelandic landscape and to facilitate natural lighting within the cabin. This integration with nature is a vital part of the design, fostering a connection between the building and its environment.
The unique design of the Long Ski Cabin emerges through its harmonious blend of traditional and modern elements. The combination of cultural reverence and contemporary materials not only creates a functional utility but also enhances the environmental relationship of the structure. This cabin distinguishes itself from conventional resort designs by prioritizing sustainability and local architectural heritage.
For those interested in a deeper understanding of the Long Ski Cabin, further exploration of the architectural plans, sections, and designs is recommended. These elements provide valuable insights into the functionality and execution of the project, highlighting the innovative approaches employed in this architectural endeavor.
