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Moonlight Performance
Thanks Wayne. I'm confused as to how it works. I would think in order for it to work, the spindle bracket would need to have one hole that is the same diameter as the smallest diameter of the bolt (the side with threads on it), and the other side of the spindle bracket would need to have a hole that is actually larger than the thickest part of the bolt (nearest the shoulder).
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Senior Member
Originally Posted by
Hindsight
Thanks Wayne. I'm confused as to how it works. I would think in order for it to work, the spindle bracket would need to have one hole that is the same diameter as the smallest diameter of the bolt (the side with threads on it), and the other side of the spindle bracket would need to have a hole that is actually larger than the thickest part of the bolt (nearest the shoulder).
The axis of the threaded portion of the bolt is off center from the larger shoulder. Therefore, as the bolt is rotated in it's seat, the angular position, determined by the larger shoulder, laterally offsets the axis of the threaded portion.
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Moonlight Performance
Originally Posted by
wleehendrick
The axis of the threaded portion of the bolt is off center from the larger shoulder. Therefore, as the bolt is rotated in it's seat, the angular position, determined by the larger shoulder, laterally offsets the axis of the threaded portion.
Right - I believe I'm on the same page as you, but is my statement about the hole sizes in the spindle bracket accurate? If so, I believe I understand fully, if not, I'm still confused
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