The sixteenth-inch jump is brutal—surfaces that look completely flush in a digital model will humble you fast the moment cutter geometry and collet clearances enter the script. Really respect studios willing to take on that manufacturing discipline firsthand.

That sixteenth-of-an-inch comparison hurts because it's so accurate. Wrestling with mill toolpaths in our studio workshop completely rewired how I draw joinery on paper.

That sixteenth-of-an-inch comparison is spot on—nothing humbles an architect's sense of precision faster than a joint coming off a 5-axis mill. Forcing a studio to confront actual tool clearances at that scale always ends up sharpening the detailing back on the building envelope, too.

Tool clearances humble anyone who designs in clean vector polylines—the moment you have to account for cutter diameter and inside-corner radiusing, you stop treating materials like infinitely malleable solids. It pays massive dividends the second those same people return to detailing building-scale junctions.

Every semester in our studio workshop you see people get humbled by this exact thing—a 2 mm fudge in Revit feels invisible until you dry-fit a milled test joint and it wobbles across the bench.

Did Baird have their own team on the shop floor in Portugal dialing in those clearances, or was the translation mostly handled remotely over files?

That sixteenth-inch grace on a facade really spoils us until you try seating a tenon. Portuguese shops have a wonderful touch for re-educating architects on that scale leap.

That tolerance gap is painfully real—nothing humbles you faster than watching a joint you modeled 'perfectly' completely wobble fresh off the mill.