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#1 |
Senior Member
Join Date: Jan 2012
Location: Western North Carolina
Posts: 5,851
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The tire can be out of round if part of the flap is stuck under a section of bead.
I have had good luck with the stick-on lead weights. Back off the brake adjustment and back off the bearing nut a little bit until the wheel rotates freely. Rotate the wheel twice and if it stops in the same place, add weight at the top. Add the weights at the inside rim and clean the wheel before adding the weights. If you keep track of how much you backed off the brake adjustment and bearing nut, you can easily return them to their original position. Keep adding weight until the tire stops at random places. The balancing beads work if the tire runs true, not out of round. It works at higher speeds and not at slow speeds. It works because at higher rpm than the critical speed the light side of the tire rotates at a bigger radius than the heavy side. So the beads migrate to the light side to balance the tire.
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A is for apple, green as the sky. Step on the gas, for tomorrow I die. Forget the brakes, they really don't work. The clutch always sticks, and starts with a jerk. My car grows red hair, and flies through the air. Driving's a blast, a blast from the past. Last edited by nkaminar; 06-28-2024 at 08:25 PM. |
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#2 | |
Senior Member
Join Date: Jan 2019
Location: Germany, near Aachen
Posts: 1,194
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Guten Abend. I don't understand that. It is clear that a tiny little bump is created at the point where the tire has the heaviest weight. To put it in an exaggerated way, the tire forms an oval. My logical thinking would suggest that the beads would collect there on the outside in the curve of the bump. Because that is where the circumferential speed is highest and where gravity then drives the beads. Where is my thinking wrong, please?
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