Hardware Sizing
On angled risers the front and rear bolts pass through different amounts of material — enter both heights to get independent sizing for each side.
Hardware sizing for flat or angled risers — including separate front and rear sizing for wedge pads.
Skateboard hardware uses the #10-32 UNF thread standard. Sizes are listed in fractional inches as sold at skate shops worldwide.
On angled risers the front and rear bolts pass through different amounts of material — enter both heights to get independent sizing for each side.
Skateboard hardware uses the #10-32 UNF thread standard. Length depends on your deck thickness, riser height, and baseplate thickness. For a standard no-riser setup (11mm deck, 3mm baseplate), 1" hardware is typical. Each 1/8" (3.175mm) of riser usually requires stepping up one bolt size.
On a wedge riser, the front and rear bolt holes pass through different amounts of material — you need to size each side separately. Use Angled / Wedge mode above, enter both front and rear heights, and the calculator returns independent sizes for each side.
Standard skateboard hardware comes in: 7/8", 1", 1 1/8", 1 1/4", 1 1/2", 1 3/4", and 2". This calculator rounds up to the nearest available size to ensure sufficient thread engagement.
At least 2–3mm of thread should extend beyond the nylon locknut. The locknut itself is approximately 5.5mm tall. This calculator uses 8mm total engagement as a safe default — you can adjust this in the Nut + Thread Engagement field above.
PETG is recommended for outdoor riser pads because it handles heat better than PLA. PLA is useful for first test prints and fit checks. For riding parts, print at 100% infill, use enough walls/perimeters, orient the pad flat on the bed, and inspect the finished part for cracks, layer separation, or heat deformation before riding.
Only if the front and rear thicknesses are equal (flat pad). On a true wedge, the thicker side needs longer bolts. Always calculate both sides separately when using angled risers.
Yes — that's exactly what RISER 3D Builder is for. Set your height, angle, and hole pattern, then export an STL file ready to print. Use the print guidance above before riding on any printed part.