Try a stl repair https://modelrepair.azurewebsites.net
Marvin
If my file does not work I would definitely give that a shot thank you very much, it's in the process of printing right now and waiting to see if it cleaned it up
I need to but I'm out of 1/2 aluminum round stock right now. The part really does need to be brass or aluminum but hips plastic will have to do till I can get some and make them, I need 2
Also, if not I'm sure I can drum up some from somewhere around here. I just don't want to end up having to turn down a good piece of a lot bigger diameter when I need something that's final dimensions are so close to a half of an inch. I bought some wider wheels for my knee scooter. I picked up a set of front mower wheels for a Husqvarna that are pretty decent to have a wider contact patch with the ground. The large-diameter super skinny inline type Wheels get stuck in cracks and toss my ass off. Do you think those cobalt bits would keep a clean edge with the soft home Depot mild steel rod they sell. I do not know if our home Depot carries aluminum rod. I'm going to attempt making some tomorrow if possible for learn to solder and going out for father's day
Nolte machining is down the road from my house they might have some scrap lol
Got it put back together using the hips plastic 3D printed sleeve, so far so good however a metal one will definitely be needed for long-term use LOL. It's definitely going to have a off-road tire growl to it when out on a hard surface and moving quickly like a big off-road tire, people will hopefully know that is a get out of the way sound :) the width difference is absolutely tremendous however I don't want to go outside and test it on the concrete in the dark and with just the plastic ones in case I eat it. It might take Katie awhile to find me haha
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Part is nothing but a sleeve in theory. Old wheels had a 10mm id for the bolt, the new ones are about 12.8mm id. Soooooo the sleeve outside anything between 12.7 to 12.8 will work and the Id. Whatever the closet to 10mm we have but slightly over so bolt can go through. And 37mm in length. There I'd no torsion, friction, anything with this other than just taking up space. I am just using mower wheels that already have decent ball bearings in them and turn out to be basically identical to what is already on there. The washers grip the extended inner race that sticks out on the new wheel so there will not even be a compression force on this part in regards to bolting it on. I'll attach another pic I couldn't sleep cause of the darn foot and after testing this morning it made a huge difference and I smacked stuff hard lol so even the thin 3D printed one held up to that. Technically mild steel, aluminum would be a forever "fix. Going to try and nap for a bit and hit up the hive when my dad gets off.