Utilizing cross-laminated timber and a gabled roof design, this compact coastal microhome integrates with the rugged Scottish landscape while providing a sustainable retreat for visitors seeking a connection with nature.
5 key facts about this project
01
Utilizes locally sourced cross-laminated timber for enhanced structural performance.
02
Features charred wooden shingles for improved weather resistance and aesthetic appeal.
03
Incorporates a modular design allowing for easy disassembly and maintenance.
04
Optimizes natural light with strategically placed windows to enhance interior comfort.
05
Designed to withstand extreme coastal weather conditions while maintaining a low environmental footprint.
General keywords
The Crovie Microhome is a compact architectural project located in the village of Crovie, Scotland. This microhome addresses the need for sustainable housing in a rural context, offering both livability and resilience against the local climate. The design emphasizes efficiency, spatial optimization, and integration with its coastal environment, making it a model for similar architectural endeavors.
The project functions as a vacation retreat, suitable for activities like swimming and surfing. It is specifically designed for temporary accommodation while fostering a sense of community among visitors and residents alike. The layout efficiently utilizes a mere 25 m², integrating essential living spaces such as a combined kitchen and living area, a bedroom, and a bathroom.
Sustainable material choices characterize this design, including cross-laminated timber, KingSpan products, and extruded polystyrene insulation. These materials not only ensure the structural integrity of the microhome but are also environmentally friendly, contributing to the project’s overall sustainability. The gabled roof, while traditional in form, allows for optimal wind resistance and effective water drainage, essential for the harsh weather conditions prevalent in coastal Scotland. The microhome also features solar panels, enhancing energy efficiency and aligning with contemporary sustainability practices.
The microhome's layout is thoughtfully arranged to promote interactions among occupants and the surrounding community. Public spaces are adjacent to the entrance, inviting engagement with the external environment and the village's pathways. This aspect of the design is significant as it fosters a cohesive community atmosphere, unlike many isolated modern homes that disconnect from their surroundings.
A unique aspect of the Crovie Microhome is its disassembly potential. Designed for ease of maintenance, its components can be easily replaced or repaired without extensive demolition. This approach not only minimizes waste but also underscores the importance of sustainable architecture. Additionally, the project reflects local architectural traditions, maintaining a visual and contextual relationship with neighboring structures while innovating on traditional forms.
Exploring the various architectural elements such as the architectural plans, architectural sections, and architectural designs used in the Crovie Microhome can provide deeper insight into the project's design intentions and execution. Understanding these architectural ideas will enhance appreciation for how this microhome serves as a functional model for sustainable living in remote settings.
The project functions as a vacation retreat, suitable for activities like swimming and surfing. It is specifically designed for temporary accommodation while fostering a sense of community among visitors and residents alike. The layout efficiently utilizes a mere 25 m², integrating essential living spaces such as a combined kitchen and living area, a bedroom, and a bathroom.
Sustainable material choices characterize this design, including cross-laminated timber, KingSpan products, and extruded polystyrene insulation. These materials not only ensure the structural integrity of the microhome but are also environmentally friendly, contributing to the project’s overall sustainability. The gabled roof, while traditional in form, allows for optimal wind resistance and effective water drainage, essential for the harsh weather conditions prevalent in coastal Scotland. The microhome also features solar panels, enhancing energy efficiency and aligning with contemporary sustainability practices.
The microhome's layout is thoughtfully arranged to promote interactions among occupants and the surrounding community. Public spaces are adjacent to the entrance, inviting engagement with the external environment and the village's pathways. This aspect of the design is significant as it fosters a cohesive community atmosphere, unlike many isolated modern homes that disconnect from their surroundings.
A unique aspect of the Crovie Microhome is its disassembly potential. Designed for ease of maintenance, its components can be easily replaced or repaired without extensive demolition. This approach not only minimizes waste but also underscores the importance of sustainable architecture. Additionally, the project reflects local architectural traditions, maintaining a visual and contextual relationship with neighboring structures while innovating on traditional forms.
Exploring the various architectural elements such as the architectural plans, architectural sections, and architectural designs used in the Crovie Microhome can provide deeper insight into the project's design intentions and execution. Understanding these architectural ideas will enhance appreciation for how this microhome serves as a functional model for sustainable living in remote settings.
