This is an extremely interesting case of how 3D printing is evolving from prototype production to a real possibility in addressing the global housing crisis. Building a complete 12-unit residential building in 34 days, while reducing labor resources, construction waste and materials, proves that there is a significant opportunity with respect to automating the construction process.

Most interestingly, the VillaSprint represents social housing and not another luxury project, thus giving a more significant level of credibility to the product because it clearly demonstrates how innovative technologies can solve problems relating to affordability, efficiency and sustainability in a single solution. The relationship between the traditional building of the twin structure and the same building constructed using 3D printing technology provides compelling evidence that 3D printing can greatly reduce project duration while maintaining the necessary structural integrity.

While obstacles remain such as regulatory hurdles, scalability and mass acceptance, projects such as this lend credence to the idea that 3D printed structures could become a viable alternative for addressing future housing shortages and for providing shelter for those affected by natural disasters. An incredible achievement both in terms of engineering and sustainable construction practices.