Matthew Robert Hall, 
Isabel Mchale Sierra 
Elevated by a combination of C.I.P. concrete and H.S.S. steel framing, this eco-friendly microhome integrates cross-laminated timber construction with flexible layouts to provide a sustainable living solution on the island of Frenchboro.
5 key facts about this project
01
Constructed with an H.S.S.
02
steel frame for structural flexibility.
03
Utilizes C.I.P.
04
concrete for enhanced durability in coastal conditions.
05
Incorporates cross-laminated timber panels for efficient thermal performance.
General keywords
Project specific keywords
The C-Clamp architectural project represents a contemporary approach to microhome design situated on the island of Frenchboro, Maine. This project addresses modern housing needs by combining sustainability with efficient living spaces. With a focus on ecological responsibility and interaction with the environment, the design incorporates a compact layout to maximize functionality while minimizing ecological impact. The architectural features reflect a thoughtful integration of structure and landscape, promoting both utility and aesthetic harmony.
A distinguishing characteristic of the C-Clamp project is its innovative use of materials and architectural form. The design incorporates a raised volume that extends skyward, thereby reducing its footprint and allowing for unobstructed views of the surrounding landscape. Utilizing CIP (Cast in Place) concrete for structural elements provides durability, while an HSS (Hollow Structural Section) steel brace frame contributes to the overall stability and lightweight construction. The careful selection of 3-ply CLT (Cross Laminated Timber) enhances thermal efficiency and sustainability, aligning with the project’s goal of eco-friendliness.
The spatial organization of the C-Clamp project encourages flexibility and adaptability. The open-plan configuration integrates living, dining, and workspaces to facilitate fluid transitions between activities. This layout is further enhanced by glass walls that foster an indoor-outdoor connection, allowing residents to engage directly with nature. The interior design incorporates space-saving features that optimize the limited area, showcasing modernity without compromising comfort.
In summary, the project exemplifies a new direction in microhome architecture, characterized by its sustainable design and effective spatial solutions. By utilizing innovative materials and a layout designed for environmental engagement, the C-Clamp project serves as a contemporary model of living that balances human needs with ecological considerations. To gain a deeper understanding of this project, individuals are encouraged to explore the detailed architectural plans, sections, and innovative ideas presented in the project documentation.
A distinguishing characteristic of the C-Clamp project is its innovative use of materials and architectural form. The design incorporates a raised volume that extends skyward, thereby reducing its footprint and allowing for unobstructed views of the surrounding landscape. Utilizing CIP (Cast in Place) concrete for structural elements provides durability, while an HSS (Hollow Structural Section) steel brace frame contributes to the overall stability and lightweight construction. The careful selection of 3-ply CLT (Cross Laminated Timber) enhances thermal efficiency and sustainability, aligning with the project’s goal of eco-friendliness.
The spatial organization of the C-Clamp project encourages flexibility and adaptability. The open-plan configuration integrates living, dining, and workspaces to facilitate fluid transitions between activities. This layout is further enhanced by glass walls that foster an indoor-outdoor connection, allowing residents to engage directly with nature. The interior design incorporates space-saving features that optimize the limited area, showcasing modernity without compromising comfort.
In summary, the project exemplifies a new direction in microhome architecture, characterized by its sustainable design and effective spatial solutions. By utilizing innovative materials and a layout designed for environmental engagement, the C-Clamp project serves as a contemporary model of living that balances human needs with ecological considerations. To gain a deeper understanding of this project, individuals are encouraged to explore the detailed architectural plans, sections, and innovative ideas presented in the project documentation.
