ARCS Robot claims to build world's largest 3D printed home - The EE

ARCS Robot claims to build world’s largest 3D printed home

SQ4D Builds Largest 3D Home. Pic credits: PR Newswire

SQ4D Inc. and its Autonomous Robotic Construction System (ARCS), claim to have built the largest permitted 3D printed home in the world. 

SQ4D has completed construction of permitted 3D printed home. The home is 1900 square feet and took only forty eight hours of print time, over an eight day period. The home was entirely printed and built onsite using less than $6000 (€5411) in materials. Future print-time is expected to be cut in half on their next projects, due to ARCS enhancements implemented post construction.

ARCS is a patent pending technology that robotically builds foundations, exterior walls, interior walls, utility conduits and more. This digital driven system reduces labour to as little as 3 people, accounting for up to 41% of the total construction of a home. ARCS low-power consumption technology allows homes and buildings to be built using far less energy than needed in traditional construction methods, creating an environmentally friendly impact.

SQ4D Using ARCS Technology
Pic credits: PR Newswire

ARCS achieves faster build times by eliminating and consolidating over 20 manual labour intensive processes (siding, framing, sheathing, etc.). This revolutionary technology will be replacing and eliminating more expensive and inferior building materials, causing the printed structures to be stronger and safer. Utilising concrete will reduce the cost by at least 30%, as well as making the structure more fire resistant than traditional methods. This home will have the strength to last into the next century.

To see the process of the home being built, visit SQ4D on YouTube. “

Follow us and Comment on Twitter @TheEE_io

By continuing to use the site, you agree to the use of cookies. more information

The cookie settings on this website are set to "allow cookies" to give you the best browsing experience possible. If you continue to use this website without changing your cookie settings or you click "Accept" below then you are consenting to this.