Crafted from cross-laminated timber panels with durable corrugated metal cladding, this trekking cabin provides a sustainable and functional shelter, harmonizing modern geometry with the rugged Icelandic landscape.
5 key facts about this project
01
Crafted from cross-laminated timber panels, enhancing structural integrity and sustainability.
02
Incorporates a bent A-frame design for optimal wind resistance and snow load management.
03
Features large glass windows for natural light and panoramic views of the surrounding landscape.
04
Utilizes corrugated metal cladding for durability against harsh weather conditions.
05
Includes modular assembly components for efficient transport and quick setup in remote locations.
General keywords
The Skýli architectural design project presents a trekking cabin located in Iceland, aimed at serving as a functional shelter for outdoor enthusiasts. This structure integrates seamlessly into the rugged Icelandic landscape while providing a comfortable and sustainable base for adventurers.
The project reflects a commitment to environmental sustainability through its choice of materials and innovative design features. Skýli accommodates up to 15 individuals and is designed to support a range of activities, including cooking, socializing, and sleeping. The architecture is characterized by its geometrical configuration, drawing inspiration from the volcanic forms of the surrounding terrain.
Sustainable Material Selection
A significant aspect of the Skýli project is its robust approach to material selection. The structure utilizes Cross Laminated Timber (CLT) for the inner shell due to its strength and environmental benefits. The exterior is clad in corrugated metal sheets and zinc, chosen for their durability against Iceland's severe weather conditions. These materials not only enhance the performance of the structure but also contribute to its striking visual identity and longevity. Large glass windows provide natural illumination and facilitate views, establishing a transparent connection between the interior and the exterior landscape.
Functional Design Considerations
The layout of Skýli is specifically tailored to meet the needs of trekkers. It features adaptable sleeping spaces equipped with multifunctional furniture that allows for flexibility in accommodation. The design includes communal areas for dining and relaxation, encouraging interaction among users. Utilities are thoughtfully incorporated, including storage for supplies and emergency features like communication equipment. Solar panels and energy-efficient systems are embedded within the design, ensuring that the project aligns with sustainable practices.
Innovative Design Approaches
Skýli's approach to architecture emphasizes modularity, enabling efficient assembly and transport to various locations in the wilderness. The cabin's geometric forms are a departure from traditional designs commonly seen in remote shelters, creating a contemporary expression that resonates with the natural environment. By combining aesthetic appeal with practical functionalities, Skýli stands out as an innovative solution for outdoor accommodation.
For a more in-depth understanding of this project, readers are encouraged to explore the architectural plans, sections, and various design elements that provide further insights into the principles and practices employed throughout the Skýli project.
The project reflects a commitment to environmental sustainability through its choice of materials and innovative design features. Skýli accommodates up to 15 individuals and is designed to support a range of activities, including cooking, socializing, and sleeping. The architecture is characterized by its geometrical configuration, drawing inspiration from the volcanic forms of the surrounding terrain.
Sustainable Material Selection
A significant aspect of the Skýli project is its robust approach to material selection. The structure utilizes Cross Laminated Timber (CLT) for the inner shell due to its strength and environmental benefits. The exterior is clad in corrugated metal sheets and zinc, chosen for their durability against Iceland's severe weather conditions. These materials not only enhance the performance of the structure but also contribute to its striking visual identity and longevity. Large glass windows provide natural illumination and facilitate views, establishing a transparent connection between the interior and the exterior landscape.
Functional Design Considerations
The layout of Skýli is specifically tailored to meet the needs of trekkers. It features adaptable sleeping spaces equipped with multifunctional furniture that allows for flexibility in accommodation. The design includes communal areas for dining and relaxation, encouraging interaction among users. Utilities are thoughtfully incorporated, including storage for supplies and emergency features like communication equipment. Solar panels and energy-efficient systems are embedded within the design, ensuring that the project aligns with sustainable practices.
Innovative Design Approaches
Skýli's approach to architecture emphasizes modularity, enabling efficient assembly and transport to various locations in the wilderness. The cabin's geometric forms are a departure from traditional designs commonly seen in remote shelters, creating a contemporary expression that resonates with the natural environment. By combining aesthetic appeal with practical functionalities, Skýli stands out as an innovative solution for outdoor accommodation.
For a more in-depth understanding of this project, readers are encouraged to explore the architectural plans, sections, and various design elements that provide further insights into the principles and practices employed throughout the Skýli project.
