Gabriel Eduardo Belli Butler, 
Constructed with 3D-printed concrete and designed to mimic the contours of volcanic lava pebbles, this ski retreat harmonizes modern techniques with the natural landscape to create an immersive environment for winter sports enthusiasts.
5 key facts about this project
01
3D-printed concrete walls minimize construction waste and allow for complex geometric forms.
02
The design mimics the natural contour of volcanic lava pebbles, enhancing site integration.
03
Reclaimed timber finishes contribute to sustainability while providing warmth to interiors.
04
Geothermal heating systems utilize local resources for efficient energy use.
05
Large glass panels ensure unobstructed views, creating a seamless indoor-outdoor connection.
General keywords
The "Lava Pebbles" project is an architectural design for a ski snow cabin located in Iceland, specifically in proximity to the Krafla Geothermal Center. This project aims to establish a strong connection between its architecture and the surrounding volcanic landscape. By responding to the unique geological features of Iceland, the cabin serves to provide a functional space for visitors engaging in winter sports while seamlessly integrating into its environment.
The design is characterized by its organic shapes that reflect the natural forms of lava pebbles, using soft curves and rounded volumes. This approach results in a structure that is not only visually appealing but also contextually relevant. The cabin’s layout incorporates different zones designed for relaxation, observation, and operational needs while promoting an interactive experience with the landscape.
Unique Design Approaches
The "Lava Pebbles" project distinguishes itself through its emphasis on sustainability and environmental integration. The architecture employs 3D-printed concrete, facilitating complex forms while minimizing material waste. The building is insulated with mineral wool and features reclaimed timber finishes that enhance its ecological footprint.
Since the project emphasizes passive design principles, it optimizes natural light and solar heat gain through strategically placed windows, allowing the interior spaces to remain comfortable without excessive energy use. The utilization of geothermal energy for heating further reinforces the cabin’s commitment to sustainability, showcasing a thoughtful approach to energy consumption.
Spatially, the design includes distinct areas such as a central gathering space, a viewing deck, and an equipment garage—all tailored to enhance user experience. The integration of landscaping that mimics local flora establishes a cohesive relationship between the structure and its surroundings, inviting users to engage with both the cabin and the natural environment.
Architectural Details
The structural integrity of "Lava Pebbles" is achieved through a combination of innovative construction techniques and high-performance materials. The use of 3D-printed concrete not only creates aesthetic value through intricate detailing but also ensures durability in the harsh climate conditions of Iceland. Large expanses of glass strategically positioned throughout the cabin maximize views of the surrounding landscape, effectively blending indoor and outdoor environments.
The design promotes a holistic user experience by facilitating movement between different functional areas. The architecture does not merely serve as shelter; it enhances recreational activities by providing opportunities for skiing, relaxing, and appreciating the unique geological features of Iceland.
To gain deeper insights into the architectural plans, architectural sections, architectural designs, and architectural ideas that comprise the “Lava Pebbles” project, readers are encouraged to explore the full project presentation for comprehensive details.
The design is characterized by its organic shapes that reflect the natural forms of lava pebbles, using soft curves and rounded volumes. This approach results in a structure that is not only visually appealing but also contextually relevant. The cabin’s layout incorporates different zones designed for relaxation, observation, and operational needs while promoting an interactive experience with the landscape.
Unique Design Approaches
The "Lava Pebbles" project distinguishes itself through its emphasis on sustainability and environmental integration. The architecture employs 3D-printed concrete, facilitating complex forms while minimizing material waste. The building is insulated with mineral wool and features reclaimed timber finishes that enhance its ecological footprint.
Since the project emphasizes passive design principles, it optimizes natural light and solar heat gain through strategically placed windows, allowing the interior spaces to remain comfortable without excessive energy use. The utilization of geothermal energy for heating further reinforces the cabin’s commitment to sustainability, showcasing a thoughtful approach to energy consumption.
Spatially, the design includes distinct areas such as a central gathering space, a viewing deck, and an equipment garage—all tailored to enhance user experience. The integration of landscaping that mimics local flora establishes a cohesive relationship between the structure and its surroundings, inviting users to engage with both the cabin and the natural environment.
Architectural Details
The structural integrity of "Lava Pebbles" is achieved through a combination of innovative construction techniques and high-performance materials. The use of 3D-printed concrete not only creates aesthetic value through intricate detailing but also ensures durability in the harsh climate conditions of Iceland. Large expanses of glass strategically positioned throughout the cabin maximize views of the surrounding landscape, effectively blending indoor and outdoor environments.
The design promotes a holistic user experience by facilitating movement between different functional areas. The architecture does not merely serve as shelter; it enhances recreational activities by providing opportunities for skiing, relaxing, and appreciating the unique geological features of Iceland.
To gain deeper insights into the architectural plans, architectural sections, architectural designs, and architectural ideas that comprise the “Lava Pebbles” project, readers are encouraged to explore the full project presentation for comprehensive details.
