Skateboard Wedge Riser

Create a skateboard wedge riser, a rectangular block that tapers in thickness along its length to produce a 5 degree wedge angle. Overall footprint: 90 mm long (X axis) x 65 mm wide (Y axis). Thickness: 3 mm at the x = -45 mm edge, increasing linearly to approximately 10.9 mm at the x = +45 mm edge, so the top face is a flat plane tilted at exactly 5 degrees relative to the bottom face. The bottom face is flat. Cut 6 vertical through-holes (axis parallel to Z, perpendicular to the flat bottom face), each 7 mm in diameter, arranged as a "universal" old-school/new-school skateboard bolt pattern: - Two columns of holes at y = +20.6375 mm and y = -20.6375 mm (41.275 mm apart, centered on the width). - Three rows along x, shared by both columns: - Row A (shared front row) at x = -26.9875 mm - Row B (New School back row) at x = +26.9875 mm (54 mm from Row A) - Row C (Old School back row) at x = +36.5125 mm (63.5 mm from Row A) This gives 6 holes total: (x, y) = (-26.9875, 20.6375), (-26.9875, -20.6375), (26.9875, 20.6375), (26.9875, -20.6375), (36.5125, 20.6375), (36.5125, -20.6375). Origin at the center of the bottom face. Export as a single solid STL.

Parameters

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.