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Contact angle on wheel bearings

I'm making some wheel adapters for my old truck and I need to turn registers on my hubs. Was thinking about using aluminum and turning cones to match the bearing races, and too lazy to go looking when you guys probably already know. ;)
Anybody know off hand what the contact angle of a wheel bearing might be? It's a 1978 f350 if it makes much difference.
 
Or, alternatively, would I be better off turning bushes to fit the inner bearing diameter and dogging the hub back to the drive plate, effectively turning them on their own bearings..... ( Might have just solved my problem)...:D
 
I'd guess that the angle may vary depending upon the bearing manufacturer.

Take the entire spindle off and use that. Its 6 bolts...

Or buy a set of cheap bearing/seal drivers

61ZmeRCPAeL._AC_SL1100_.jpg
 
It's a kingpin, so no bolts. Was thinking that they would be similar as I don't remember the cones on a brake lathe being different angles, but it has been a few years, ok, decades.
 
I'd guess that the angle may vary depending upon the bearing manufacturer.

Take the entire spindle off and use that. Its 6 bolts...

Or buy a set of cheap bearing/seal drivers

61ZmeRCPAeL._AC_SL1100_.jpg
On a Ford front axle spindle pretty sure it’s 5 nuts :p
So even faster!
 
I'd guess that the angle may vary depending upon the bearing manufacturer.

Take the entire spindle off and use that. Its 6 bolts...

Or buy a set of cheap bearing/seal drivers

61ZmeRCPAeL._AC_SL1100_.jpg
Trying not to go to town..... Apparently I am not fiscally responsible when I go to town or some such.....:D
I have lots of aluminum plate pieces and plenty of time..... I consider shop time to be couples therapy, and I need lots of that I am told. ;)
 
It's a 2 wheel drive dually, making adapters to convert from stud centric to hub centric rims...... It's more the challenge than what makes sense. :p
20220221_150032.jpg
 
Instead of matching the angles, how about 2 aluminum discs with large radii on them? If the discs are the same OD's as the bearing cups then the radius will have full diameter contact inside the cups on the roller contact surface. Then as long as the center line of the discs is kept center of the spindle axis, you're laughing.
 
Instead of matching the angles, how about 2 aluminum discs with large radii on them? If the discs are the same OD's as the bearing cups then the radius will have full diameter contact inside the cups on the roller contact surface. Then as long as the center line of the discs is kept center of the spindle axis, you're laughing.
That doesn't sound complicated enough..... I was a foreman at one time. :p
Thanks that sounds like the best plan yet......
 
Ok. Sorry, thought it was 4x4. Yeah, make a pair of cones, or make a bull or pipe center and hold the other end in the chuck if you can
 
My reason for wanting to turn between centers is that there are very few machined surfaces to grip and index off of properly, and I need to turn a small register on the inside of the front hub and on the outside of the rear. The rears are easy as they just need spacer rings, but the front needs to register inside the old hub and inside the newer style rims.
 
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