Skip to main content

Homes in the Netherlands are concrete example of 3D printing’s potential

World’s first commercial 3D-concrete printing housing project

A small community of 3D-printed concrete houses is coming to the city of Eindhoven in the Netherlands. Dubbed Project Milestone, the construction project will include five homes built sustainably and energy-efficiently using some of the latest techniques in 3D-printing.

Designed for efficiency, the first house will feature floor space of just over 1,000 square feet and walls just under two-inches thick. After the first home is constructed, the others will be relatively elaborate, with multiple stories, patios, and balconies.

“These homes express the freedom of shapes,” Rudy van Gurp, a project manager at Van Wijnen, a construction company that is working on Project Milestone, told Digital Trends. “It is a high-end design to let the world know that everything is possible.”

Three-dimensional printing has been heralded as one of the most disruptive technologies of the 21st century, finding applications in the arts, in the hospital, and even in the kitchen. It also has the potential to become a key part of more sustainable construction, helping decrease material costs along the way.

“[Three-dimensional] printing is already sustainable by using less material … less waste, and less failure,” Van Gurp said. “As cement production is one of the main CO2 sources worldwide, it will be a great reduction of CO2 emission.”

Project Milestone will serve as a focal point of Bosrijk, branded as a sculpture garden in the Meerhoven district of Eindhoven. Last year, the city became home to the first 3D-printed concrete bridge.

The first house in Project Milestone will be printed offsite and assembled on location, serving as a sort of default example from which the other structures will take inspiration. The construction teams behind the project hope that by the fifth house, they’ll be able to print the structures entirely on-site.

Project Milestone is a collaboration between the engineers at the Technical University of Eindhoven, Van Wijnen, real estate manager Vesteda, materials firm Saint Gobain-Weber Beamix, and engineers Witteveen and Bos.

The first stage is scheduled to be completed in 2019, at which point the first residents of the 3D-printed concrete tiny home community will move in. Prices have not yet been determined.

Editors' Recommendations

Dyllan Furness
Dyllan Furness is a freelance writer from Florida. He covers strange science and emerging tech for Digital Trends, focusing…
This 3D-printed four-legged robot is ready to take on Spot — at a lower price
3d printed ghost robotics origin

New Spirit 40: First Steps & Quick Run

Most people reading this will be familiar with four-legged robots such as the dog-inspired Spot robot developed by Boston Dynamics or Swiss robotics company ANYbotics’ ANYmal. But while there’s no doubt that such robots are supremely impressive, they’re also expensive -- which could limit their application in certain domains.

Read more
3D-printed replica of Michelangelo’s David statue is less than 1mm tall
3d printed david statue poppy seed

Towering in at a colossal 17-feet tall, Michelangelo’s David statue is a spectacular work of art. Well, it turns out that it’s no less impressive when it’s under one millimeter in size -- as experts from 3D-printing company Exaddon and the Laboratory of Biosensors and Bioelectronics at ETH in Zürich, Switzerland recently made clear.

In a dazzling demonstration, the collaborators teamed up to re-create the iconic David statue at two different (although both exceptionally tiny) scales. One was scaled down to 1:10,000, while the other was miniaturized even further to a scale of only 1:70,000. To put that pair of figures in context, the first one is around the same size as a poppy seed, just under 1 millimeter. The second one is around a tenth of a millimeter. Both are recognizable as the David statue, although the smaller of the two loses quite a few of the details of its much larger sibling. At that size, it’s hard to blame it too much, though!

Read more
Clever topology means this 3D-printed polymer is tough enough to stop a bullet
rice university 3d printed polymer stops bullets 1111 impact 1 web

You’ve probably heard of 3D-printed guns, but how about a 3D-printed material that's capable of stopping bullets in their tracks? That’s what researchers from Rice University’s George R. Brown School of Engineering may have developed with a new polymer that's almost as hard as diamonds despite being a lightweight material that’s full of holes.

The material is based on something called a tubulane, a complex structure of cross-linked carbon nanotubes first suggested by scientists in the early 1990s. Despite how theoretically exciting tubulanes might be, people have been unable to create them in reality. Using the idea as the basis for a polymer structure could well be the next best thing.

Read more