Replacing Lower Control Arms
#162
I pulled the LCA’s out, and the ball socket is loose in the Moog bushings , however , they have been subjected to pot holes and rough train tracks and broken pavement over 3 years and 125,000 klms.
I’ve stepped up to the zinc coated Moog K201285 bearing bushings.
The worn parts allowed the LCA’s to contact the top and bottom of the pocket they fit into in the unibody.
Here is the bottom, the centre bolt sleeve is loose and you can see the mark on the LCA above the grass blades on the right.
This is the top side, the bushing is pressed up and out, the new bushing presses in from this side, it has a taper or bevel to start it into the LCA, the hole has a slight bevel also to start the bushing in, I used a 1 7/8 socket and 8lb hammer to drive them home, using an old brake disc for an anvil.
I’ve stepped up to the zinc coated Moog K201285 bearing bushings.
The worn parts allowed the LCA’s to contact the top and bottom of the pocket they fit into in the unibody.
Here is the bottom, the centre bolt sleeve is loose and you can see the mark on the LCA above the grass blades on the right.
This is the top side, the bushing is pressed up and out, the new bushing presses in from this side, it has a taper or bevel to start it into the LCA, the hole has a slight bevel also to start the bushing in, I used a 1 7/8 socket and 8lb hammer to drive them home, using an old brake disc for an anvil.
Last edited by Oldblue; 01-07-2021 at 07:06 PM.
#164
Take you angle grinder and grind these rivets on the ball joint side flat. Then centre punch them and drill 1/8 hole straight down they them , then 1/4 then 5/16. Drill the heads off with a 1/2 drill bit just until the head pops off Knock the ball joint off the lac and then drive the remaining part of the rivet out of the LCA.
Install the bolts provided in the ball joint package (these are Moogs) and torque to 50 ft lbs .
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