camdenbuck
New member
U-joint failed at 65 and a neat staccato sound occurred so had it towed home.
Had a shop press a new u-joint into the spline but it didn't seem right (binding a little when I rotated it in my hands and I could move the caps with my fingers) so I ordered an entire (junkyard) DS assembly from LKQ online. Assumption was that at that speed, there may have been some deformity/distortion that occurred at the DS-slip yoke connection at that speed.
Since I am replacing the entire shaft assembly, I speculate there will be no need to mark where the old shaft meets the flanges because it is being replaced in its entirety (the old one isn't being put back on).
Speculation: The junkyard DS from front flange to rear differential flange must be "in phase and balanced" in and of itself, and can be bolted on (4 bolts at each end) without additional consideration for flange position. Is this a fair speculation? Any real clarification or feedback would be awesome. I am 8 bolts away from the truth!
Had a shop press a new u-joint into the spline but it didn't seem right (binding a little when I rotated it in my hands and I could move the caps with my fingers) so I ordered an entire (junkyard) DS assembly from LKQ online. Assumption was that at that speed, there may have been some deformity/distortion that occurred at the DS-slip yoke connection at that speed.
Since I am replacing the entire shaft assembly, I speculate there will be no need to mark where the old shaft meets the flanges because it is being replaced in its entirety (the old one isn't being put back on).
Speculation: The junkyard DS from front flange to rear differential flange must be "in phase and balanced" in and of itself, and can be bolted on (4 bolts at each end) without additional consideration for flange position. Is this a fair speculation? Any real clarification or feedback would be awesome. I am 8 bolts away from the truth!