Combining a geometric roof design with prefabricated construction and a plywood interior, this modular cabin offers a sustainable living solution tailored for adaptable use.
5 key facts about this project
01
Modular construction allows for easy expansion and adaptation to occupants' changing needs.
02
Utilizes cross-laminated timber panels for enhanced structural integrity and sustainability.
03
Charred wooden shingles enhance durability while providing a unique aesthetic.
04
The bent A-frame design optimizes energy efficiency and interior space utilization.
05
Large glass windows maximize natural light and connect the interior to the surrounding landscape.
General keywords
CABIN AO is an architectural design project that prioritizes modularity, sustainability, and innovative spatial solutions. The structure is designed to function as a versatile living space adaptable to the changing needs of its occupants. This compact architecture showcases a combination of contemporary aesthetic and efficient design principles, aiming to optimize both environmental impact and user experience.
The project facilitates various uses, serving equally well as a weekend retreat or a long-term residence. Its compact form allows for efficient land use and reduces the ecological footprint often associated with traditional housing. The architectural layout emphasizes functional spaces that can be customized with furniture and fittings, promoting a minimalist lifestyle without compromising comfort.
Modularity as a Design Approach
The most notable aspect of CABIN AO is its modularity. The design allows for expansion from a single unit to multiple configurations, accommodating diverse occupancy scenarios. This flexibility reduces waste and promotes a sustainable way of living. By integrating prefabricated components, the construction process becomes more efficient, leading to lower costs and reduced construction time.
The unique peaked roof design offers a blend of aesthetic appeal and functional benefits. It facilitates effective water runoff and enhances energy efficiency by allowing for optimal solar panel placement. Moreover, large glass windows maximize natural light and provide panoramic views of the landscape, enhancing the connection between the interior and the external environment.
Material Specification and Sustainability
CABIN AO employs a range of materials that reflect its commitment to sustainability and durability. The materials used include:
1. Gravel (400mm)
2. Prefabricated Cube Foundation (600x600x600mm)
3. Strong Plane Floor Joists (400mm)
4. Steel Square Profile (100x100x4mm)
5. Two 20 mm Plywood pieces (used for the back wall)
6. Panel Board (20mm)
7. Rectangular Tube (150x50x4mm)
8. Glued-laminated Beams (100mm)
9. Gypsum Board (for internal finishes)
10. Structural Code materials
11. Plywood Board (1200x2400x15mm)
12. Rectangular Beam (200x100mm)
13. Water Collection Gutter
14. Solar Panels
The combination of these materials not only contributes to the structural integrity of the cabin but also supports its energy efficiency. Solar panels, for instance, provide a renewable energy source, while the use of durable, locally-sourced materials minimizes environmental impact during construction.
CABIN AO embodies a forward-thinking approach to architecture, fusing adaptability with expressive design. To fully appreciate the intricacies of this project, readers are encouraged to explore the architectural plans, architectural sections, and architectural designs. These elements provide a comprehensive understanding of the project and its innovative architectural ideas.
The project facilitates various uses, serving equally well as a weekend retreat or a long-term residence. Its compact form allows for efficient land use and reduces the ecological footprint often associated with traditional housing. The architectural layout emphasizes functional spaces that can be customized with furniture and fittings, promoting a minimalist lifestyle without compromising comfort.
Modularity as a Design Approach
The most notable aspect of CABIN AO is its modularity. The design allows for expansion from a single unit to multiple configurations, accommodating diverse occupancy scenarios. This flexibility reduces waste and promotes a sustainable way of living. By integrating prefabricated components, the construction process becomes more efficient, leading to lower costs and reduced construction time.
The unique peaked roof design offers a blend of aesthetic appeal and functional benefits. It facilitates effective water runoff and enhances energy efficiency by allowing for optimal solar panel placement. Moreover, large glass windows maximize natural light and provide panoramic views of the landscape, enhancing the connection between the interior and the external environment.
Material Specification and Sustainability
CABIN AO employs a range of materials that reflect its commitment to sustainability and durability. The materials used include:
1. Gravel (400mm)
2. Prefabricated Cube Foundation (600x600x600mm)
3. Strong Plane Floor Joists (400mm)
4. Steel Square Profile (100x100x4mm)
5. Two 20 mm Plywood pieces (used for the back wall)
6. Panel Board (20mm)
7. Rectangular Tube (150x50x4mm)
8. Glued-laminated Beams (100mm)
9. Gypsum Board (for internal finishes)
10. Structural Code materials
11. Plywood Board (1200x2400x15mm)
12. Rectangular Beam (200x100mm)
13. Water Collection Gutter
14. Solar Panels
The combination of these materials not only contributes to the structural integrity of the cabin but also supports its energy efficiency. Solar panels, for instance, provide a renewable energy source, while the use of durable, locally-sourced materials minimizes environmental impact during construction.
CABIN AO embodies a forward-thinking approach to architecture, fusing adaptability with expressive design. To fully appreciate the intricacies of this project, readers are encouraged to explore the architectural plans, architectural sections, and architectural designs. These elements provide a comprehensive understanding of the project and its innovative architectural ideas.
