Constructed with QuadCore panels and Jute insulation, this butterfly-shaped dwelling emphasizes sustainable living through its adaptable design and natural ventilation, serving as a compact and efficient mini home.
5 key facts about this project
01
Constructed with QuadCore panels for superior insulation and durability.
02
Incorporates Jute insulation, enhancing sustainability through natural materials.
03
Features a butterfly shape that optimizes natural light and ventilation.
04
Utilizes a flexible layout for multifunctional living spaces.
05
Integrates a biological water treatment system for eco-friendly wastewater management.
General keywords
The Free Butterfly is a compact architectural project designed as a 25 m² mini home, embodying principles of sustainability, adaptability, and minimalism. Its distinct form, reminiscent of a butterfly, serves both aesthetic and functional purposes, promoting a seamless connection between the living space and the surrounding environment. This structure showcases a range of sustainable technologies and materials, reinforcing a commitment to eco-conscious living.
The primary function of The Free Butterfly is to provide an efficient and comfortable living space that can readily adapt to varying lifestyle needs. The design features a central open area that integrates the kitchen, dining, and living zones into one multifunctional space. This layout allows for flexibility and promotes a sense of openness. The inclusion of a folding bed and movable kitchen walls enhances versatility, enabling the occupants to reconfigure the space according to their preferences.
Sustainable architecture is a focal point of this project, with unique design approaches that set it apart from conventional housing solutions. The architectural form is not only visually engaging but also enhances functionality through improved ventilation and natural light optimization. Large windows facilitate an influx of daylight while fostering a strong connection with the outdoors. The insulated pitched roof further contributes to energy efficiency, allowing for effective management of rainwater through an integrated drainage system.
Materiality plays a significant role in The Free Butterfly's success. The use of QuadCore Coldstore CS Flat Panels offers excellent insulation properties, while Hemkor Jute Insulation underlines the project's ecological focus. Structural elements utilize aluminum profiles and wooden support systems that are lightweight yet robust. The choice of finishes, including solid surfaces and perforated plywood, balances durability with aesthetic appeal. Furthermore, the implementation of renewable energy solutions, such as solar panels, and a sophisticated water management system enhances the home’s sustainability profile while reducing reliance on conventional utilities.
A key feature of The Free Butterfly is its promotion of an indoor-outdoor lifestyle. An expansive deck extends the living area, encouraging engagement with nature and making efficient use of space. The design integrates an air exchange system that maintains indoor air quality while minimizing energy consumption.
To gain deeper insights into this innovative architectural design, readers are encouraged to explore the project presentation, particularly focusing on the architectural plans, architectural sections, and architectural ideas that further illustrate the design's unique approaches and technical specifications. The Free Butterfly is an example of how thoughtful architecture can create efficient, sustainable living environments while fostering a connection with the natural world.
The primary function of The Free Butterfly is to provide an efficient and comfortable living space that can readily adapt to varying lifestyle needs. The design features a central open area that integrates the kitchen, dining, and living zones into one multifunctional space. This layout allows for flexibility and promotes a sense of openness. The inclusion of a folding bed and movable kitchen walls enhances versatility, enabling the occupants to reconfigure the space according to their preferences.
Sustainable architecture is a focal point of this project, with unique design approaches that set it apart from conventional housing solutions. The architectural form is not only visually engaging but also enhances functionality through improved ventilation and natural light optimization. Large windows facilitate an influx of daylight while fostering a strong connection with the outdoors. The insulated pitched roof further contributes to energy efficiency, allowing for effective management of rainwater through an integrated drainage system.
Materiality plays a significant role in The Free Butterfly's success. The use of QuadCore Coldstore CS Flat Panels offers excellent insulation properties, while Hemkor Jute Insulation underlines the project's ecological focus. Structural elements utilize aluminum profiles and wooden support systems that are lightweight yet robust. The choice of finishes, including solid surfaces and perforated plywood, balances durability with aesthetic appeal. Furthermore, the implementation of renewable energy solutions, such as solar panels, and a sophisticated water management system enhances the home’s sustainability profile while reducing reliance on conventional utilities.
A key feature of The Free Butterfly is its promotion of an indoor-outdoor lifestyle. An expansive deck extends the living area, encouraging engagement with nature and making efficient use of space. The design integrates an air exchange system that maintains indoor air quality while minimizing energy consumption.
To gain deeper insights into this innovative architectural design, readers are encouraged to explore the project presentation, particularly focusing on the architectural plans, architectural sections, and architectural ideas that further illustrate the design's unique approaches and technical specifications. The Free Butterfly is an example of how thoughtful architecture can create efficient, sustainable living environments while fostering a connection with the natural world.
