A letter to the Pivac's

Greetings Gentlemen,

Hadrian x needs a upgrade so that the wedges are no longer necessary nor brick tappers, how can this be achieved?

Firstly: present dynamic algorithmic stabilization on Hadrian x is good but in order to increase laying speed and accuracy the last bit of swinging motion needs to be deleted from the boom so that the dynamic stabilization can stay within 1 mm accuracy that can be achieved when the boom is completely still.

To completely delete all left right and up and down swinging from the boom after repositioning, the boom needs a x and y axis swing dampener:


Such a electronic dampener in x and y axis will completely delete all residual boom swinging after boom repositioning or even during repositioning, which means the dynamic stabilization WILL WORK AT IT'S OPTIMAL range of 1mm accuracy all the time,

which will increase laying speed and delete misplaced blocks that need tapping.

Now the other problem which is that most slabs are NOT flat as most slabs are not done accurately, to overcome this problem hadrian x before laying a BLOCK that touches the slab, must first 3d scan that part of the slab and a router inside HADRIAN x will edit a block in such a way that when the edited side of the block touches the slab the top side of the block sit perfectly level:


The router could be a robotic arm that uses 3d slab scan data of the specific space the brick is to be placed on and etch the same shape of the concrete slab onto the brick making the brick sit 100% level on the surface

To incorporate a 3d scanner into the laying part of the boom should be possible without much weight gain, and a router was originally planned so let's delete the last bottlenecks.

Fbr must delete the block tapping and wedges and the bridge block, the technology is here.