Constructed with stilted design and a gabled roof, the retreat utilizes composite panels and large glass elements to enhance its coastal connection while providing a flexible space for outdoor enthusiasts.
5 key facts about this project
01
Elevated on stilts to mitigate flooding risks while maintaining views.
02
Incorporates bent A-frame design for structural efficiency and aesthetic appeal.
03
Employs charred wooden shingles for enhanced weather resistance and durability.
04
Large glass panels strategically positioned to optimize natural light and panorama.
05
Flexible interior spaces designed for multifunctional use and adaptability.
General keywords
Project specific keywords
The "Trekking Cabin" is a contemporary architectural project located along the Baltic Sea coastline in Latvia. This design exemplifies a fusion of traditional Latvian architectural forms with modern materials and construction techniques. The cabin serves as a retreat for outdoor enthusiasts, facilitating a connection to nature while providing a functional space for leisure activities.
The architectural design prioritizes sustainability through thoughtful material use and site adaptation, addressing the challenges posed by the coastal environment. Generating a distinctive presence along the shoreline, the structure embodies a guiding ethos that complements the surrounding landscape.
Innovative Use of Traditional Forms
A key feature of the "Trekking Cabin" is its steep gabled roof, reminiscent of traditional Latvian structures. This design element not only enhances the aesthetic appeal but also contributes to effective rainwater management and snow shedding. The elongated profile of the cabin elevates it, allowing for panoramic views of the ocean and inland landscape. The structure is lifted on stilts to mitigate the effects of potential flooding and erosion, demonstrating a practical response to site conditions.
Material Choice and Sustainability
The project employs a combination of wood, glass, metal, and composite panels. The timber frame construction provides structural integrity and warmth, while large glass panels facilitate natural light and outdoor visibility. Metal components offer durability against harsh weather, and composite panels enhance thermal performance. This choice of materials reflects a commitment to sustainability, ensuring minimal environmental impact while maximizing energy efficiency.
Functional Interior Layout
The interior of the "Trekking Cabin" is designed as an open-plan living space that promotes flexibility. The space accommodates various uses, from dining and socializing to relaxation. Built-in sleeping pods in the sleeping quarters provide privacy and comfort while optimizing spatial efficiency. Storage solutions blend seamlessly with the architecture, maintaining an organized living environment.
Explore the project presentation for a deeper understanding of its architectural plans, sections, designs, and innovative ideas. By reviewing these elements, you can gain valuable insights into the unique approach that defines the "Trekking Cabin."
The architectural design prioritizes sustainability through thoughtful material use and site adaptation, addressing the challenges posed by the coastal environment. Generating a distinctive presence along the shoreline, the structure embodies a guiding ethos that complements the surrounding landscape.
Innovative Use of Traditional Forms
A key feature of the "Trekking Cabin" is its steep gabled roof, reminiscent of traditional Latvian structures. This design element not only enhances the aesthetic appeal but also contributes to effective rainwater management and snow shedding. The elongated profile of the cabin elevates it, allowing for panoramic views of the ocean and inland landscape. The structure is lifted on stilts to mitigate the effects of potential flooding and erosion, demonstrating a practical response to site conditions.
Material Choice and Sustainability
The project employs a combination of wood, glass, metal, and composite panels. The timber frame construction provides structural integrity and warmth, while large glass panels facilitate natural light and outdoor visibility. Metal components offer durability against harsh weather, and composite panels enhance thermal performance. This choice of materials reflects a commitment to sustainability, ensuring minimal environmental impact while maximizing energy efficiency.
Functional Interior Layout
The interior of the "Trekking Cabin" is designed as an open-plan living space that promotes flexibility. The space accommodates various uses, from dining and socializing to relaxation. Built-in sleeping pods in the sleeping quarters provide privacy and comfort while optimizing spatial efficiency. Storage solutions blend seamlessly with the architecture, maintaining an organized living environment.
Explore the project presentation for a deeper understanding of its architectural plans, sections, designs, and innovative ideas. By reviewing these elements, you can gain valuable insights into the unique approach that defines the "Trekking Cabin."
