Hey @redapple Watch the video it is pretty clear. If you are...

Hey @redapple
Watch the video it is pretty clear.

If you are referring to human error in uneven slabs then this would become redundant with the FBR technology.

The entire model is first designed in CADCAM which ensures that all the "uneven" slabbing or structures are completely eradicated before "printing" the entire wall.

The other benefit is it offers precision within millimetres making it more accurate than a human doing the same work.

Correct. And that's why the modelling of the wall/house will eradicated these errors before going into production.

Not only cheaper but more accurate.

And these are the same things you have to do with humans doing the job isn't it ?

The inherent advantages of using the tech is that it can continue beyond your 9-5 schedule , sick days , annual leaves and the whole "budget" is static as opposed to dynamic allocation due to working conditions.

The machine is extensible controlled by actuators on the bricklaying/installing arm.
So it is easy to extend or rotate the machine based on requirements.
You don't need the machine to be overhead all the time.
Infact most of the time it will be working in parallel with the task at hand.

Yes.

Until you see it being adopted widely.
Head over to the Brivis factory in Moorabin and see a similar tech at work.
They make climate control systems and were a part of UTC at one point under the name carrier air-conditioning.
Infact this has been in use for moulding structures since almost 2006 if i remember correctly.