(EURI) Journey to promote records in Europe (P.479) ViliaSprint²: Europe’s largest 3D-printed apartment building

01-06-2026

(Worldkings.org) The building consists of 12 social housing apartments spread across three floors, offering approximately 800 square meters of living space. Unlike many earlier 3D-printed construction projects that focused on single-family homes, ViliaSprint² demonstrates the viability of additive manufacturing for larger, multi-story residential buildings intended for long-term occupancy.

 

ViliaSprint² is a groundbreaking residential development located in Bezannes, near the city of Reims in northeastern France. Completed in 2026, it is recognized as Europe’s largest 3D-printed apartment building. The project was developed by Plurial Novilia, a social housing provider, and designed by HOBO Architecture with support from PERI 3D Construction and COBOD, a leading manufacturer of large-scale construction printers.

A key innovation of the project was the use of a COBOD BOD2 concrete 3D printer to produce the building’s walls and structural elements directly on-site. The printing process significantly accelerated construction, with the structural shell completed in just 34 effective printing days. This helped reduce the overall construction schedule by several months compared with a similar building constructed using conventional methods.

The architecture of ViliaSprint² takes advantage of the design flexibility offered by 3D printing. Its curved façades and rounded forms would have been more complex and costly to build through traditional techniques, yet they could be created efficiently through automated printing. The building also incorporates sustainable features such as photovoltaic panels, high-performance insulation, and energy-efficient systems designed to comply with France’s modern environmental standards.

ViliaSprint² is regarded as an important milestone in the evolution of construction technology. By combining large-scale 3D printing with social housing, the project demonstrates how additive manufacturing can help reduce construction time, improve design freedom, and support more sustainable building practices. Its successful completion provides a model for future residential developments across Europe and beyond.

According to the Internet

 

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