Design Architecture Project Milestone Pitched as the First 3D Printed Housing Project By Lloyd Alter Design Editor University of Toronto Lloyd Alter is Design Editor for Treehugger and teaches Sustainable Design at Ryerson University in Toronto. our editorial process Facebook Facebook Twitter Twitter Lloyd Alter Updated October 11, 2018 ©. University of Eindhoven/ Project Milestone Share Twitter Pinterest Email Design Tiny Homes Architecture Interior Design Green Design Urban Design They are building "five great houses that are comfortable to live in and will have happy occupants." The first 3D printed housing project is being built in Eindhoven, the Netherlands by the University of Eindhoven. The houses in Project Milestone do not look like conventional houses on the outside; instead, they will look like a pile of rocks, like "five stones have landed in a field. The builders claim that they are the first 3D printed houses that one can actually live in, meeting all code requirements. © University of Eindhoven/ Project MilestoneThe futuristic design has succeeded in being timeless. The design results from the typical possibilities of the new technique. The 3D printing technique gives freedom of form, whereas traditional concrete is very rigid in shape. This freedom of form has been used here to make a design with which the houses naturally blend into their wooded surroundings, like boulders. As if the five buildings were abandoned and have always been in this wooded oasis. The first house will be one storey with a wooden roof, while the others will be two storeys and all concrete. They are being built one at a time so that lessons learned from one can be applied to the others. The houses will be purchased and managed by Vesteda, an established real estate company, which will then lease the houses out to tenants. ©. University of Eindhoven/ Project Milestone © University of Eindhoven/ Project Milestone The houses are made by squirting the concrete mix out of nozzles and building it up in layers, much like we have seen from WinSun in China. In trying to answer the question Why 3D Concrete printing? They explain that it uses far less concrete (reducing CO2 emissions) and has much more design flexibility. © University of Eindhoven/ Project MilestoneAnother advantage is freedom of form. With 3D concrete printing, very fine concrete structures are possible. In the traditional pouring of concrete, the formwork determines the shape of concrete. With concrete prints, builders will soon be able to make concrete details as small as a pea, and round, hollow or convex shapes. This makes concrete buildings and constructions with completely new forms possible. They call it a game-changer, "made sustainably and energy-efficient, but also comfortable, light and quiet. And in fantastic wooded natural surroundings." It is a bit surprising to see such low-density housing in such a small, crowded country that does multi-family housing so well, but perhaps that is next. © printed wall with ribsThe first aim of the project is to build five great houses that are comfortable to live in and will have happy occupants. But behind that there is the ambition to boost 3D concrete printing science and technology such that printed housing, with all it's advantages, will soon be a reality that is widely adopted. Will it become a reality that is widely adopted? It is still really slow, the structure is one giant thermal bridge of concrete ribs, and while they claim to have so much design flexibility, they are still limited to stacking up layers of goo. We have a ways to go yet.