Constructed with a triangular steel framework and a lightweight ETFE facade, the facility seamlessly integrates with the natural landscape to provide an inviting recreational space for visitors in the Arctic.
5 key facts about this project
01
ETFE facade utilized for enhanced thermal insulation and natural light penetration.
02
Triangular steel trusses designed to withstand harsh Arctic weather conditions.
03
Integrated viewing deck for panoramic views of the surrounding wilderness.
04
Innovative siting approach that maximizes sun exposure throughout winter.
05
Warmth area featuring refreshment facilities to support outdoor activities.
General keywords
Project specific keywords
The Arctic Twist is an architectural project designed to enhance the user experience while respecting the surrounding landscape of Myåhn. This design is characterized by its unique triangular form that ensures structural stability and openness, creating a fluid connection between the building and its natural environment. The architecture effectively addresses climatic conditions in the Arctic, allowing visitors to engage with their surroundings while enjoying modern amenities.
The primary function of the Arctic Twist is to serve as a recreational space, accommodating both indoor and outdoor activities. Key areas within the building include a viewing deck for panoramic landscapes, a warmth area with refreshment facilities, and changing rooms for visitors. These functional spaces are strategically laid out to promote ease of use and connectivity, ensuring that visitors can transition smoothly between indoor and outdoor experiences.
Design Approach and Materiality
A significant aspect of the Arctic Twist is its use of innovative materials tailored to meet environmental challenges. Steel forms the backbone of the structure, providing durability and the capacity for large spans, while Ethylene Tetrafluoroethylene (ETFE) foil is utilized for the façade to maximize light and insulation. This material allows for three layers that enhance thermal performance and decrease energy consumption in varying weather conditions.
The use of glass is also pivotal, strategically placed to frame the landscape and create uninterrupted views. This careful selection of materials supports the overall design philosophy of merging architectural integrity with environmental sensitivity. By analyzing climatic data, the design optimizes sunlight capture, thoughtfully orienting the structure to ensure warmth and illumination.
Spatial Layout and User Experience
The spatial organization of the Arctic Twist is designed with the user experience in mind. The internal areas are delineated yet connected, allowing for both privacy and communal engagement. The viewing deck serves as a focal point, inviting visitors to enjoy the surrounding vistas. Nearby, the warmth area provides a space for rest and refreshment, essential for those navigating the climatic extremes of the region.
The project encapsulates architecture that respects its environment while providing functional and inviting spaces for users. This synergy fosters a profound connection with the natural landscape.
For a deeper understanding of the Arctic Twist project, including its architectural plans, sections, designs, and ideas, exploring the detailed presentation can provide valuable insights into its unique attributes and functional considerations.
The primary function of the Arctic Twist is to serve as a recreational space, accommodating both indoor and outdoor activities. Key areas within the building include a viewing deck for panoramic landscapes, a warmth area with refreshment facilities, and changing rooms for visitors. These functional spaces are strategically laid out to promote ease of use and connectivity, ensuring that visitors can transition smoothly between indoor and outdoor experiences.
Design Approach and Materiality
A significant aspect of the Arctic Twist is its use of innovative materials tailored to meet environmental challenges. Steel forms the backbone of the structure, providing durability and the capacity for large spans, while Ethylene Tetrafluoroethylene (ETFE) foil is utilized for the façade to maximize light and insulation. This material allows for three layers that enhance thermal performance and decrease energy consumption in varying weather conditions.
The use of glass is also pivotal, strategically placed to frame the landscape and create uninterrupted views. This careful selection of materials supports the overall design philosophy of merging architectural integrity with environmental sensitivity. By analyzing climatic data, the design optimizes sunlight capture, thoughtfully orienting the structure to ensure warmth and illumination.
Spatial Layout and User Experience
The spatial organization of the Arctic Twist is designed with the user experience in mind. The internal areas are delineated yet connected, allowing for both privacy and communal engagement. The viewing deck serves as a focal point, inviting visitors to enjoy the surrounding vistas. Nearby, the warmth area provides a space for rest and refreshment, essential for those navigating the climatic extremes of the region.
The project encapsulates architecture that respects its environment while providing functional and inviting spaces for users. This synergy fosters a profound connection with the natural landscape.
For a deeper understanding of the Arctic Twist project, including its architectural plans, sections, designs, and ideas, exploring the detailed presentation can provide valuable insights into its unique attributes and functional considerations.
