Europe's Largest 3D Printed Housing Project Opens in Denmark

A student village in Holstebro, Denmark, has become Europe's largest 3D printed housing project. Skovsporet, or The Forest Trail, comprises 36 ground-level apartments across six building clusters. The first students moved in this month. Rent starts at EUR 670 per month for a 50-square-metre unit.

How It Was Built

3DCP Group operated a single COBOD BOD3 construction printer throughout the project. A crew of three people ran the machine. They printed one building of six apartments, covering 275 square metres, in five working days. A conventional site of this size would need considerably more workers on the wall trades alone.

The printed walls integrate with timber, cork, and glass to create full homes. Each apartment includes a kitchen, study space, lounge, bathroom, and sleeping area. Generous roof windows and sloped ceilings bring daylight inside. The six buildings frame shared courtyards with gardens, footpaths, and cycle parking.

Cost and Sustainability

The buildings delivered at EUR 1,880 per square metre, excluding design, utilities, and landscaping. That figure came in below Denmark's statutory maximum for subsidized housing, a cap set low enough that it usually prevents new affordable projects from moving forward.

Curved walls and rounded forms usually add cost in conventional construction. Brick curves need extra labor. Bespoke formwork adds time and money. Precast elements break the rhythm of the production line. 3D printing a curve costs the same as a straight line, so the attractive design carried no premium.

The team used locally sourced concrete with a cement that emits up to 30 percent less CO2 than traditional options. The printer worked around the site's existing trees, leaving 90 percent of them standing.

What It Means

The technical breakthrough was not printing one successful structure. It was repeating the process across six clusters while improving speed, maintaining accuracy, and integrating printed elements with conventional building systems. For affordable housing markets with tight cost controls and labor shortages, the model offers a way to build more homes without sacrificing design quality.