The Villa Asserbo is a quick assembly house that essentially snapped together like one big toy. Built using 400 Forest Stewardship Council-certified Nordic plywood components designed in digital software and fabricated using a CNC miller, the Villa Asserbo took only six weeks to construct. An impressive feat to say the least, it is an eco-friendly endeavor that not only used sustainable materials, but also cut down drastically on many of the environmentally unsustainable practices of standard residential construction.
Created by Danish designers Frederik Agdrup and Nicholas Bjørndal in collaboration with Facit homes, a London-based digital fabrication and architecture specialist, the Villa Asserbo is both stylish and practical. Similar houses can be built wherever CNC milling machines are found.
Snapped-Together Structures
The Villa Asserbo Was Assembled Like One Big Toy
Trend Themes
1. Quick Assembly - There is an opportunity for disruptive innovation in the construction industry to develop quick assembly methods that can significantly reduce construction time.
2. Sustainable Materials - The use of sustainable materials in construction presents an opportunity for disruptive innovation in the materials industry to develop new eco-friendly alternatives.
3. Digital Fabrication - The collaboration between designers and digital fabrication specialists highlights an opportunity for disruptive innovation in the architecture and design industry to leverage technology for more efficient and precise building processes.
Industry Implications
1. Construction - The construction industry can explore the potential of quick assembly methods to streamline the construction process and reduce costs.
2. Materials - The materials industry can focus on developing sustainable materials that can be used in construction to address environmental concerns and meet increasing demand for eco-friendly alternatives.
3. Architecture and Design - The architecture and design industry can adopt digital fabrication technologies and techniques to improve efficiency and precision in building structures, leading to innovative designs and reduced construction timelines.