Ski Boot Repair Services
A friend picked up skiing this year and, like most beginners, grabbed the cheapest gear they could find. The boots survived about 2½ days before the heel pads disintegrated, leaving them skiing on exposed screws. On the drive home, they made a last‑ditch stop at a small ski shop—and somehow the shop still had the exact OEM pads for a boot model they hadn’t serviced in over seven years.
I heard the story that night, along with their plan to head back out the next weekend. That’s when I stepped in. Instead of gambling on another rare part showing up, I offered to engineer a replacement: measure, model, print, refine, and deliver a functional heel pad in time for their next run.
Captured the boot interface geometry using calipers and reference measurements, documenting screw spacing, and curvature
Benchmarked the OEM heel pad by measuring thickness, tread depth, and material type
Built an initial CAD model that replicated the OEM geometry while integrating tread features and a toe‑off grip pattern to improve walking stability.
Dialed in TPU print parameters (since the printer had no TPU presets) by iterating temperature, flow rate, cooling, and wall structure until satisfied
Revised the model through test‑fit cycles, adjusting tolerances and formfactor, then printed the final functional pad ready for on‑mountain use
The following weekend the boot pads were tested on the mountain, with great success!
They did mention it the toe bindings were a little tight when clipping in. Likely the result of nonoptimal printing parameters, a detail that could be ironed out with a tweak or two to printing parameters.
