Likened to a real life building block home, which is thankfully made out of a material other than colorful plastic, the cantilevered wooden house is unusual on a variety of levels. Yet it has a streamlined modern aesthetic that lands it in the timeless category with ease. Dubbed +node, the cantilevered wooden house is minimalist overall, which makes such a designation quite easy.
Designed by Keisuke Maeda of UID architects, the cantilevered wooden house is located in Japan. As written on Design Milk, "The sloped site meets at a 'node' point where nature and man-made intersect, hence the name of the project." The true beauty behind the cantilevered wooden house is that it works with the surrounding landscape rather than against it.
Cantilevered Wooden Houses
Keisuke Maeda of UID Architects Designs a Classy Building Block Home
Trend Themes
1. Cantilevered Architecture - There are opportunities for eco-conscious architects to explore and innovate new design structures using minimal and eco-friendly materials.
2. Minimalist Aesthetics - Companies can innovate and launch minimalist home decor collections that compliment the streamlined aesthetic of these cantilevered wooden houses.
3. Sustainable Building Materials - More companies can explore, improve and promote the use of sustainable building materials in an effort to build eco-friendly housing that integrates with natural landscapes like the +node house.
Industry Implications
1. Architecture - The architecture industry can adopt the cantilevered design technique and utilize eco-friendly materials that will cater to the growing need for eco-friendly and streamlined building designs.
2. Home Decor - Home decor and furniture companies have an opportunity to develop a collection with a minimalist aesthetic to compliment homes with a similar design theme.
3. Sustainable Building Materials Manufacturing - Manufacturers that develop and promote the use of sustainable building materials have an opportunity to provide architects with a more eco-friendly approach to building design and construction.