Either one works@r3dd0g, to clarify do you mean the metal wheel lip and not the rubber tire?
I always wondered if tire size mattered for toe in.
Either one works@r3dd0g, to clarify do you mean the metal wheel lip and not the rubber tire?
I always wondered if tire size mattered for toe in.
Tires are not always consistent, the wheel as long as it isn't bent will be consistent.Either one works
When I did mine. I clammped two pieces of metal against the front rotors and adjusted until it was close. It always drove straight but a year later we put it on a machine and once it registered we pulled it off. It was dead nuts.
If you go on a horizontal line they are consistent enough.Tires are not always consistent, the wheel as long as it isn't bent will be consistent.
But warped rotors can toss it off, but I guess thousandths maybe it's to much to be worried about.Yep, with two 40” pieces of angle iron with a level on each.

That's how I tried to do it. It was so long ago I question if maybe there was some other reason the tires got messed up.Yep, with two 40” pieces of angle iron with a level on each.
Yes, I broke a similar driver I got for the axle seals in my C10. I'm pretty sure I hit it with the edge of the hammer face. I'm bringing a dead blow hammer as well. Hoping that will help it survive.Those kent more drivers are brittle as all get out. Make sure you are squared up to the seal and housing. We've broken a couple lately in the shop because someone got careless and tagged the edge as they hit it. That style is no longer available for us to get.
There is a website that sells them new but they want almost $200 for them.Better find someone who can do these on a lathe or a 3D printer maybe.
Bending the tierod into a frown and still having it drive straight counteracts the warped rotorsBut warped rotors can toss it off, but I guess thousandths maybe it's to much to be worried about.![]()

First time?
