What if took the same basic concept behind a CNC milling machine or 3D printer gantry but enlarged it to make entire buildings? Maybe a "toolhead" that poured concrete, laid bricks, nailed and assemble all the things typically seen frame carpentry or even used welding machines or machines that could rivet to build entire skyscrapers? Why not study Japanese carpentry and see what makes its so special? See if what the ideal joinery and tolerance would be for different wood, humidity levels, temperature fluctuations, local zoning laws and other considerations and build a sort of CAD software around the idea and even took it one step further and had this an industrial scale o algo? Imagine CNC routers that could cut every beam, panel, and joint to pre-determined and standardized specifications or even did that but to the specifications of your house that was then shipped out to where ever it might be built? Then the previous sort of machine takes over and builds it right there and might even last as long as traditional Japanese homes because of joinery adopted alongside whatever else. All while you sat on your ass in an even smaller pre-manufactured home while you and your wife waits for your bigger, nicer, custom home to finished.
>>225575080There's already those https://youtube.com/shorts/lmIye6nnq6w
>>225575097>https://youtube.com/shorts/lmIye6nnq6wI know, my instructor actually showed me that video when I went to trade school for drafting last year. I just think the gantry systems are under utilized everywhere and like to dream shit up while ignoring current engineering reality. Like gantry systems for small-scale land reclamation imported sand and soil brought in or gantry systems for strip mining.
