You have to see this in action: http://www.marketwatch.com/story/this-robot-could-build-much-of-your-next-house-2016-11-01
Once commercially available, this amazing robot will be capable of laying approximately 1,000 bricks per hour, which means that it could build the entire shell of a building in just two days, rather than four to six weeks of hard labor needed for a human crew to complete the same task.
Hadrian X is the second iteration of the house-building robot from Australia-based Fastbrick Robotics Ltd. that could disrupt the $1.3 trillion global construction market and slash the cost of construction.
I can see some issues yet to be solved, such as where are the columns for the foundation to top tie-beam structural reinforcement? Where are the corner columns? And how-about the 'ladders' being inserted in the course of CMU blocks? I don't think this technology is there yet, but it's impressive for what they have been able to do to this point.
Once commercially available, this amazing robot will be capable of laying approximately 1,000 bricks per hour, which means that it could build the entire shell of a building in just two days, rather than four to six weeks of hard labor needed for a human crew to complete the same task.
Hadrian X is the second iteration of the house-building robot from Australia-based Fastbrick Robotics Ltd. that could disrupt the $1.3 trillion global construction market and slash the cost of construction.
I can see some issues yet to be solved, such as where are the columns for the foundation to top tie-beam structural reinforcement? Where are the corner columns? And how-about the 'ladders' being inserted in the course of CMU blocks? I don't think this technology is there yet, but it's impressive for what they have been able to do to this point.