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Here you can see the shoulder of the inner ring used to center
the tire on the rim. You can also see the knurled inner bead.
This is used to give that little extra sealing. |
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The tire is centered on the rim. |
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Here is the inner side of the outer ring. You can also see
the knurled face. |
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Here you can see the tapered recesses for the head of the
bolt's. As you torque these bolts down the outer ring will flex
so the bolt heads sit flat in these tapered cuts. |
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Ready to start the long proccess of tourqeing the bolts down. |
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The bead of a bogger is about 1 1/8" thick so I had to
use longer bolts to get the shorter grade 8 bolts to start. |
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And the old stand by, is crude but effective. and just as
accurate as a clicker. |
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Don't forget the anti-seize. This prevents the dissimilar
metals from corroding, and to stop from galling the threads. |
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Here I'm trying to show the weld for the inner bead. It looks
like mig spray arc. and it is beefy. 5/8's fillet, nice! |
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I started the 4 longer bolts to draw the ring down on the
bead of the tire so I could start the shorter bolts. |
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Started adding the bolts. |
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Putting my little one's to work. |
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I used to have steel rims that have a thin bolting flange.
The Aluminum rims I have now have a 1 inch mounting flange so
I had to get longer wheel studs. Here is my oldest daughter pressing
the studs in. |
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Here she is putting the axle back in.
I don't want to hear anything about child labor law's,
I pay her union wages with benefits. |
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Ready to bolt them up. |
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Here they are. After about 4 hours. They look sweet. Now I
just need the time to try them at 4 PSI on the rocks. |