TacoCrawler
I wanna be Dave
thanks for the explanation Mike...
but I have to deal with my particular wheel offset
that is likely different then yours was.
So basically yer saying is...
that the wheel should spin freely on the threaded rod
sandwiched by the two washers... but not too tightly ?
I'd think that would wear out the wheels center holes prematurely
if used a lot. But don't know for sure.
I aim to mount the theaded shafts in a way
that I can use bearings in support and minimize wheel wear.
Basically a floating hub design on the threaded shafts, if you will.
well... that's what I'll attempt anyways.
I got another idea of printing an axle
that captures a floating threaded shaft on each end of the axle.
And will utilize the 12mm hex hubs so the tires mount and roll evenly.
Just haven't figured out how exactly !? Lol
but I have to deal with my particular wheel offset
that is likely different then yours was.
So basically yer saying is...
that the wheel should spin freely on the threaded rod
sandwiched by the two washers... but not too tightly ?
I'd think that would wear out the wheels center holes prematurely
if used a lot. But don't know for sure.
I aim to mount the theaded shafts in a way
that I can use bearings in support and minimize wheel wear.
Basically a floating hub design on the threaded shafts, if you will.
well... that's what I'll attempt anyways.
I got another idea of printing an axle
that captures a floating threaded shaft on each end of the axle.
And will utilize the 12mm hex hubs so the tires mount and roll evenly.
Just haven't figured out how exactly !? Lol