Context:
I recently purchased a shapeoko 5 4x4 with 80mm spindle. I have narrow doorways in my house.
Though I haven’t had a need to move my older shapeoko pro from where it’s been set up the past few years (except last month), I was considering a new table design for this new shapeoko 5 thats more robust than what I currently got (a sheet of 25mm mdf with 4 wooden batten legs screwed into it) which sways a bunch as my SPro gantry moves.
Because of the need to account for narrow doorways, my table would need to be made up of 2 narrow tables fastened together at a minimum so it could be moved out, if needed. I made a robust 2-table design in CAD and was ready to execute
…but then I was reminded of this flip-table design:
I remember seeing these a year or two ago but since forgot about them - until now. Now, I don’t know if I should instead be going for this style of design, and mount the shapeoko 5 through the table surface via the ends of the 4 cross-braces of the hybrid table with coachbolts and nuts.
I have an 2-part enclosure (for the same doorway reason above) I’ve made that would also need to be accounted for in this flip-table design consideration. I guess the benefit of the flip-table approach is I can be ready to move it with 5 minutes of effort and it’s easier to transport as no disassembly is required. However, it’s a bit more effort to design with more unknowns around rigidity.
Question:
- Should I go for my 2-table design (think standard big table you all make but split in half and fastened together) or this flip-table design as described above?

