Utilizing charred wooden shingles and cross-laminated timber, the cabins are designed to blend into their forested surroundings while providing sustainable lodging for trekking enthusiasts.
5 key facts about this project
01
Charred wooden shingles enhance durability and resistance to weather conditions.
02
Cross-laminated timber construction enables efficient assembly and structural integrity.
03
The bent A-frame design aids in snow shedding and maximizes interior space.
04
Modular layout allows for flexible reconfiguration across diverse terrains.
05
Strategically placed glazing provides panoramic views while maintaining privacy.
Project specific keywords
The Amber Road Trekking Cabins project is an architectural intervention designed to provide comfortable lodging for trekking enthusiasts within a natural landscape. These modular cabins are strategically located to enhance outdoor experiences while maintaining a low environmental impact. Each cabin serves a dual purpose: to provide shelter and to foster a connection with nature. The project emphasizes sustainability through thoughtful material selection and design, ensuring that both functionality and aesthetics align with natural surroundings.
Design Elements and Functionality
The project consists of three primary structures: two living cabins and a dining cabin, integrated harmoniously into the landscape. Each living cabin measures approximately 8.1 square meters, while the dining cabin covers around 10.3 square meters. This layout balances private and communal spaces, allowing for a social environment without compromising individual privacy. Additionally, features such as terraces and outdoor barbecue areas encourage outdoor living and engagement with the surrounding environment.
The selection of materials is crucial to the project’s success. Structural timber, particularly pine, is used for its aesthetic qualities and availability. Charred wood, applied through the YAKISUGI technique, not only offers a visually appealing exterior but also enhances durability and weather resistance. Natural insulation from Steico-flex ensures energy efficiency, addressing modern sustainable design requirements. A local stone chimney serves as both a functional feature and a design accent, linking the cabins to traditional building practices.
Sustainable and Modular Design
A defining characteristic of the Amber Road Trekking Cabins is the focus on modularity. The design allows for easy assembly and disassembly, making it adaptable to various terrains. This approach minimizes site disruption and provides flexibility in reconfiguring the layout as needed. The steeply pitched roofs contribute to effective snow shedding, enhancing the buildings' functionality in a diverse climatic setting.
Outdoor views are maximized through strategically placed glazing, allowing natural light to permeate the interiors while connecting guests to the natural surroundings. This design fosters a sense of immersion in the environment, aligning with the project's goal of encouraging outdoor exploration.
The project stands out due to its integration of contemporary architecture with traditional materials and techniques. By employing a modular design that is sensitive to the environment, the Amber Road Trekking Cabins offer a practical solution that meets the needs of modern occupants while respecting the natural landscape.
Explore the project presentation for comprehensive insights into architectural plans, sections, and designs. Understanding the architectural ideas underpinning the Amber Road Trekking Cabins will provide deeper appreciation for its thoughtful execution and innovative solutions within the field of architecture.
Design Elements and Functionality
The project consists of three primary structures: two living cabins and a dining cabin, integrated harmoniously into the landscape. Each living cabin measures approximately 8.1 square meters, while the dining cabin covers around 10.3 square meters. This layout balances private and communal spaces, allowing for a social environment without compromising individual privacy. Additionally, features such as terraces and outdoor barbecue areas encourage outdoor living and engagement with the surrounding environment.
The selection of materials is crucial to the project’s success. Structural timber, particularly pine, is used for its aesthetic qualities and availability. Charred wood, applied through the YAKISUGI technique, not only offers a visually appealing exterior but also enhances durability and weather resistance. Natural insulation from Steico-flex ensures energy efficiency, addressing modern sustainable design requirements. A local stone chimney serves as both a functional feature and a design accent, linking the cabins to traditional building practices.
Sustainable and Modular Design
A defining characteristic of the Amber Road Trekking Cabins is the focus on modularity. The design allows for easy assembly and disassembly, making it adaptable to various terrains. This approach minimizes site disruption and provides flexibility in reconfiguring the layout as needed. The steeply pitched roofs contribute to effective snow shedding, enhancing the buildings' functionality in a diverse climatic setting.
Outdoor views are maximized through strategically placed glazing, allowing natural light to permeate the interiors while connecting guests to the natural surroundings. This design fosters a sense of immersion in the environment, aligning with the project's goal of encouraging outdoor exploration.
The project stands out due to its integration of contemporary architecture with traditional materials and techniques. By employing a modular design that is sensitive to the environment, the Amber Road Trekking Cabins offer a practical solution that meets the needs of modern occupants while respecting the natural landscape.
Explore the project presentation for comprehensive insights into architectural plans, sections, and designs. Understanding the architectural ideas underpinning the Amber Road Trekking Cabins will provide deeper appreciation for its thoughtful execution and innovative solutions within the field of architecture.
