Utilizing a revolving core structure and natural wood panels, this microhome integrates innovative rainwater collection and acoustic solutions to create a flexible living space that fosters community interaction.
5 key facts about this project
01
Revolving core allows adaptable space configuration for various resident activities.
02
Rainwater collection system directs water into a compact tank for efficient resource management.
03
Natural wood panels and charred shingles emphasize sustainability and aesthetic appeal.
04
Skylights optimize natural light entry, reducing reliance on artificial lighting.
05
Elevated walkway design enhances community interaction while preserving personal privacy.
General keywords
The "Turning Out" project represents a progressive approach to affordable housing within the United States, addressing the increasing demand for innovative residential solutions. It challenges the conventions set by traditional single-family zoning laws, emphasizing adaptability, sustainability, and community interaction. The design integrates microhome elements with functional versatility, aiming to recontextualize underutilized backyard spaces into vibrant living environments.
The architectural design focuses on the concept of the "Revolving Core," a unique feature that allows for dynamic spatial reconfiguration. Residents can adjust the layout to meet their needs, enhancing the usability of limited square footage. This flexibility supports a variety of activities—ranging from social gatherings to personal solitude—without compromising privacy. The core serves as a central hub around which the other spaces are organized, encouraging interaction among inhabitants while maintaining individualized zones.
One distinctive element of the project is its materiality. The use of Dri Design Cassettes introduces texture to the façade, improving aesthetic appeal while enhancing durability. The integration of Quadrocore K10000 LEC Roof Panels addresses thermal insulation concerns effectively, ensuring energy efficiency throughout the year. Additionally, TROLIDKET V-Line Acoustic Ceiling Tiles are incorporated to minimize sound transfer within the compact spaces. Natural wood plywood panels further contribute to the project’s environmental sustainability, promoting a warm and inviting atmosphere while supporting eco-friendly principles.
The design incorporates sustainable strategies, such as rainwater collection systems and solar panels. The rainwater is directed to a slimline water tank, reducing dependency on municipal water systems. Skylights facilitate the entry of natural light, supporting energy-saving initiatives by reducing reliance on artificial lighting. Solar panels provide supplementary energy resources, aligning with the project's intent to be environmentally conscious.
The spatial organization emphasizes community connectivity. The microhomes are aligned along an elevated walkway that facilitates interaction among residents. This arrangement encourages informal gatherings and communal activities, effectively redefining perceptions of private and shared spaces. Through its four operational modes—Divide, Invite, Gather, and Peace—the design promotes diverse living experiences while maintaining the essence of affordability.
The "Turning Out" project exemplifies contemporary architectural practices that prioritize flexibility, sustainability, and community engagement. By integrating innovative materials and optimizing spatial configurations, it addresses the multifaceted challenges of affordable housing. Readers seeking to explore this project further should investigate the architectural plans, architectural sections, and architectural designs to gain a deeper understanding of its unique ideas and execution.
The architectural design focuses on the concept of the "Revolving Core," a unique feature that allows for dynamic spatial reconfiguration. Residents can adjust the layout to meet their needs, enhancing the usability of limited square footage. This flexibility supports a variety of activities—ranging from social gatherings to personal solitude—without compromising privacy. The core serves as a central hub around which the other spaces are organized, encouraging interaction among inhabitants while maintaining individualized zones.
One distinctive element of the project is its materiality. The use of Dri Design Cassettes introduces texture to the façade, improving aesthetic appeal while enhancing durability. The integration of Quadrocore K10000 LEC Roof Panels addresses thermal insulation concerns effectively, ensuring energy efficiency throughout the year. Additionally, TROLIDKET V-Line Acoustic Ceiling Tiles are incorporated to minimize sound transfer within the compact spaces. Natural wood plywood panels further contribute to the project’s environmental sustainability, promoting a warm and inviting atmosphere while supporting eco-friendly principles.
The design incorporates sustainable strategies, such as rainwater collection systems and solar panels. The rainwater is directed to a slimline water tank, reducing dependency on municipal water systems. Skylights facilitate the entry of natural light, supporting energy-saving initiatives by reducing reliance on artificial lighting. Solar panels provide supplementary energy resources, aligning with the project's intent to be environmentally conscious.
The spatial organization emphasizes community connectivity. The microhomes are aligned along an elevated walkway that facilitates interaction among residents. This arrangement encourages informal gatherings and communal activities, effectively redefining perceptions of private and shared spaces. Through its four operational modes—Divide, Invite, Gather, and Peace—the design promotes diverse living experiences while maintaining the essence of affordability.
The "Turning Out" project exemplifies contemporary architectural practices that prioritize flexibility, sustainability, and community engagement. By integrating innovative materials and optimizing spatial configurations, it addresses the multifaceted challenges of affordable housing. Readers seeking to explore this project further should investigate the architectural plans, architectural sections, and architectural designs to gain a deeper understanding of its unique ideas and execution.
