What do you do if you have a bunch of troublesome E10 (e-torx) bolts with tight clearance on your car, and have a 3D printer? You design and print the specialized tools you need! I developed a parametric OpenSCAD model which let me tweak the dimensions, and printed off several of these in different sizes, each optimized for a different trouble bolt. This is the best of the wrench models and should work pretty universally.

What do you do when you've put over 210km/130k miles on your aftermarket swaybar bushings and can't find a reasonable replacement? You design and print your own polyurethane bushings with TPU! I was pleasantly surprised just how easy and fast this was - I went from concept to parts-in-hand within a few hours using OpenSCAD with AI assistance to accelerate portions of the drafting.

Like so many others, I couldn't find an existing model for the type of design I really wanted, so I made my own! The lid took way longer to get right than it should have, but I did get it right, and this case turned out even better than I had hoped! This holds 13 hex shank bits, with a print in place hinged lid (or can be printed separate and snapped on). And it really does "hold" them, you can flip the case upside-down and drop it a short distance and they stay in, yet press on the button with a finger, and drill end pops up to grab it really easy. I even made it so the lid folks under to create a vertical stand with a slight lean back. I uploaded the OpenSCAD model if others like this design but want a different number of bits or they need to be larger/smaller. This isn't a full parametric model right now, but probably could be if there's interest. #Newmodel #Sharing Makes(Edited)