A rotating living module crafted from charred wood and cross-laminated timber showcases adaptive design principles within a compact footprint, making it a functional solution for modern urban living.
5 key facts about this project
01
A rotating living module optimizes spatial usage for diverse functions.
02
Constructed from cross-laminated timber panels for enhanced structural efficiency.
03
Charred wooden shingles provide durability and a unique aesthetic.
04
Incorporates a green roof that contributes to insulation and biodiversity.
05
Natural ventilation systems promote air quality without mechanical assistance.
General keywords
The 90 Degrees Microhome is an architectural project that emphasizes compact living through innovative design and smart spatial solutions. Measuring 25 square meters, the microhome is configured to maximize usability while maintaining essential comfort for its inhabitants. This project reflects a response to the growing need for efficient housing that is both functional and environmentally conscious.
Architecture and design play a crucial role in this microhome, focusing on flexibility and adaptability. The microhome features a rotating living module that seamlessly transitions between various uses, allowing it to transform from a living space to a sleeping area. This dynamic approach to space management ensures that the limited footprint supports multiple functions, catering to the diverse lifestyles of its residents.
Flexibility and Multi-Functionality
A distinctive feature of the 90 Degrees Microhome is its emphasis on flexible living arrangements. The furniture is designed to serve multiple purposes, with a sofa that converts into a bed and curated storage solutions integrated into the architecture. This thoughtful design reduces clutter and promotes organization, making efficient use of every square meter. The integration of high-quality glass in the design allows natural light to penetrate deep into the home, enhancing the sense of space and creating an inviting atmosphere.
Sustainability and Biophilic Design
Sustainability is a pivotal aspect of this project, evident in the use of environmentally friendly materials. The microhome employs timber frame construction, Kingspan Dri-Design panels, and Shou Sugi Ban wood, highlighting a commitment to resource-efficient building practices. The inclusion of green roofs aids in insulation while promoting biodiversity and stormwater management. This project exemplifies biophilic design, as it encourages interaction between its occupants and the surrounding environment. Natural ventilation systems contribute to a comfortable indoor climate while minimizing dependence on artificial heating and cooling.
The architectural designs of the 90 Degrees Microhome are a reflection of contemporary needs, making it a relevant model for future housing solutions. For those interested in exploring the project further, the architectural plans, sections, and design concepts are available for review, providing additional insights into this innovative project.
Architecture and design play a crucial role in this microhome, focusing on flexibility and adaptability. The microhome features a rotating living module that seamlessly transitions between various uses, allowing it to transform from a living space to a sleeping area. This dynamic approach to space management ensures that the limited footprint supports multiple functions, catering to the diverse lifestyles of its residents.
Flexibility and Multi-Functionality
A distinctive feature of the 90 Degrees Microhome is its emphasis on flexible living arrangements. The furniture is designed to serve multiple purposes, with a sofa that converts into a bed and curated storage solutions integrated into the architecture. This thoughtful design reduces clutter and promotes organization, making efficient use of every square meter. The integration of high-quality glass in the design allows natural light to penetrate deep into the home, enhancing the sense of space and creating an inviting atmosphere.
Sustainability and Biophilic Design
Sustainability is a pivotal aspect of this project, evident in the use of environmentally friendly materials. The microhome employs timber frame construction, Kingspan Dri-Design panels, and Shou Sugi Ban wood, highlighting a commitment to resource-efficient building practices. The inclusion of green roofs aids in insulation while promoting biodiversity and stormwater management. This project exemplifies biophilic design, as it encourages interaction between its occupants and the surrounding environment. Natural ventilation systems contribute to a comfortable indoor climate while minimizing dependence on artificial heating and cooling.
The architectural designs of the 90 Degrees Microhome are a reflection of contemporary needs, making it a relevant model for future housing solutions. For those interested in exploring the project further, the architectural plans, sections, and design concepts are available for review, providing additional insights into this innovative project.
