I'm putting my front axle back together after doing new gears and an ARB.
I put the two spindle hub nuts back on. I followed the steps to make sure the pre-load was correct on the spindle bearing, 8-12 pounds, to turn the wheel. However I don't really have enough room for my dam snap ring to go on the end of the axle. If I take the hub assembly off and just put on the manual lockouts there is plenty of room for the snap ring to go on and the snap ring will easily move around in the groove. But when I put the wheel hub on and the manual lockouts I barley can get the manual lockouts to seat far enough back for the snap ring groove.
I put the snap ring on and I used a brass punch to tap the snap ring back into the groove. The snap ring is now in the groove but its super tight (snap ring wont turn in the groove) and the pre-load on the wheel wont even register on my fish scale. I can still turn the wheel with my hand but not using 8-12 pounds on my fish scale. Its tight.
I have the same problem on the other side of my axel as well. I even ended up taking the spindles back off the axle to pull the axle out farther. But when I put the spindle back on and torqued down the spindle bolts the axle gets moved back a bit into the axle housing.
See the pictures, the red arrow shows that the manual hub does not seat flush against the start of the axle groove. You can see the lip/over hang.
Should the bearing pre-load go way up once the snap ring is on or should it stay at 8-12 pounds?
If the pre-load should stay at 8-12 pounds then does anyone have any idea why I'm running out of room for my snap ring only when the hub is on(hub with rotor) spindle?
I'm pretty sure my race is seated all the way in the hub as I did not replace it. I had the axle rebuilt about 2 years ago by a professional so this time I did no replace any bearings or anything.
I put the two spindle hub nuts back on. I followed the steps to make sure the pre-load was correct on the spindle bearing, 8-12 pounds, to turn the wheel. However I don't really have enough room for my dam snap ring to go on the end of the axle. If I take the hub assembly off and just put on the manual lockouts there is plenty of room for the snap ring to go on and the snap ring will easily move around in the groove. But when I put the wheel hub on and the manual lockouts I barley can get the manual lockouts to seat far enough back for the snap ring groove.
I put the snap ring on and I used a brass punch to tap the snap ring back into the groove. The snap ring is now in the groove but its super tight (snap ring wont turn in the groove) and the pre-load on the wheel wont even register on my fish scale. I can still turn the wheel with my hand but not using 8-12 pounds on my fish scale. Its tight.
I have the same problem on the other side of my axel as well. I even ended up taking the spindles back off the axle to pull the axle out farther. But when I put the spindle back on and torqued down the spindle bolts the axle gets moved back a bit into the axle housing.
See the pictures, the red arrow shows that the manual hub does not seat flush against the start of the axle groove. You can see the lip/over hang.
Should the bearing pre-load go way up once the snap ring is on or should it stay at 8-12 pounds?
If the pre-load should stay at 8-12 pounds then does anyone have any idea why I'm running out of room for my snap ring only when the hub is on(hub with rotor) spindle?
I'm pretty sure my race is seated all the way in the hub as I did not replace it. I had the axle rebuilt about 2 years ago by a professional so this time I did no replace any bearings or anything.
Last edited: