An elevated structure made of timber with a unique rainwater collection system and enhanced natural ventilation serves as a sustainable retreat, seamlessly integrating with the surrounding environment.
5 key facts about this project
01
Elevated design enhances airflow and minimizes ecological impact.
02
Rainwater collection incorporated into the roof structure.
03
Modular construction allows for flexible adaptation to site conditions.
04
Timber frame utilizes cross-laminated panels for structural efficiency.
05
Large operable windows facilitate natural ventilation without mechanical systems.
General keywords
Project specific keywords
The "Flying HUT" is an architectural project situated in the rural environment of Kep, Cambodia. Designed to integrate seamlessly with its natural surroundings, the structure embodies a modern interpretation of traditional Cambodian residential architecture. This project emphasizes sustainability and functionality while offering a contemplative retreat for its inhabitants. The elevated design allows for reduced environmental impact, fostering a direct relationship with the nature surrounding it.
Design Approach and Materiality
One of the distinguishing characteristics of the "Flying HUT" is its modular construction, which simplifies assembly and adaptation to diverse site conditions. The use of timber for structural elements adds warmth and aligns with local building practices, while steel provides the necessary strength for the elevated platform. The steel pilings raise the structure above the ground, allowing for airflow and natural habitat preservation beneath the dwelling.
The roof design features a central slope that facilitates rainwater collection, demonstrating a commitment to environmental stewardship. This water is redirected into a reservoir for domestic use, promoting self-sufficiency and reducing reliance on external water sources. Large operable windows enhance natural ventilation, contributing to thermal comfort and energy efficiency within the space. The design also incorporates mosquito netting to ensure a healthy living environment in the humid climate.
Functionality and Spatial Organization
The interior layout of the "Flying HUT" is characterized by an open-plan arrangement that enables flexibility in usage. Communal areas, private spaces, and meditation areas are thoughtfully organized to promote social interaction while maintaining individual privacy. The strategic placement of outdoor landscaped areas allows for an immersive experience with nature, further enhancing the livability of the project. Landscape basins not only contribute to aesthetics but encourage biodiversity, making the dwelling part of the natural ecosystem.
The integrated approach to the architecture and environment ensures that the "Flying HUT" supports both occupants and local wildlife. The focus on soft building materials creates a comfortable atmosphere while maintaining a strong connection to traditional practices.
For a more comprehensive understanding of the "Flying HUT" and to explore the architectural plans, sections, designs, and ideas that comprise this project, readers are encouraged to delve deeper into its presentation. This project exemplifies a balanced relationship between architecture and nature, showcasing a thoughtful approach to design in a rural context.
Design Approach and Materiality
One of the distinguishing characteristics of the "Flying HUT" is its modular construction, which simplifies assembly and adaptation to diverse site conditions. The use of timber for structural elements adds warmth and aligns with local building practices, while steel provides the necessary strength for the elevated platform. The steel pilings raise the structure above the ground, allowing for airflow and natural habitat preservation beneath the dwelling.
The roof design features a central slope that facilitates rainwater collection, demonstrating a commitment to environmental stewardship. This water is redirected into a reservoir for domestic use, promoting self-sufficiency and reducing reliance on external water sources. Large operable windows enhance natural ventilation, contributing to thermal comfort and energy efficiency within the space. The design also incorporates mosquito netting to ensure a healthy living environment in the humid climate.
Functionality and Spatial Organization
The interior layout of the "Flying HUT" is characterized by an open-plan arrangement that enables flexibility in usage. Communal areas, private spaces, and meditation areas are thoughtfully organized to promote social interaction while maintaining individual privacy. The strategic placement of outdoor landscaped areas allows for an immersive experience with nature, further enhancing the livability of the project. Landscape basins not only contribute to aesthetics but encourage biodiversity, making the dwelling part of the natural ecosystem.
The integrated approach to the architecture and environment ensures that the "Flying HUT" supports both occupants and local wildlife. The focus on soft building materials creates a comfortable atmosphere while maintaining a strong connection to traditional practices.
For a more comprehensive understanding of the "Flying HUT" and to explore the architectural plans, sections, designs, and ideas that comprise this project, readers are encouraged to delve deeper into its presentation. This project exemplifies a balanced relationship between architecture and nature, showcasing a thoughtful approach to design in a rural context.
