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SPC 28860 Rear Camber Kit Installation Photos for W211 RWD

7.7K views 1 reply 1 participant last post by  Josh8loop  
#1 · (Edited by Moderator)
I recently purchased the SPC 76000 ball joint press adapter, and two SPC 28860 kits for my E320 CDI to help with rear wheel tire wear. My tires have significant interior wear which I believe may be attributed to incorrect rear wheel camber alignment. For $150 in parts I figure why not put them in and have rear adjustable camber? Installation is pretty straight forward as long as you have access to a ball joint installation kit similar to this one:

New 4 in 1 Ball Joint Deluxe Service Kit Tool Set 2WD 4WD Free Shipping | eBay


Most likely your local Autoparts house has a free rental program and you could get it that way.


Here are some photos of the process on the rear drivers side of our W211:






Above: Parts and pieces needed from SPC. SPC 76000, and two SPC 28860 bushing kits.

Below: Few tools needed for the process. 18mm 6-point wrench, 14mm 12- point socket, 6 inch extension, 3/8" ratchet, dial or digital caliper etc.









Above/Below: Begin with old bushing measurements. Should be 41.5mm for the one, and 38.5mm for the other. Instructions say to call SPC if your differ by more than .5mm. Mine were right on the money. Measuring can be difficult due to locaiton, but make sure they are at least in the ball park and move forward. Verification measurements will be made later as well.















Above: Bolts start to come out.

Below: Here is the removed bolting and Tri-lobe washer the instructions talk about.










Above: Moving on to the other bolt now.

Below: Out they come!








Above: Don't forget about the cable bracket. Make sure it goes back in during re installation.

Below: Now we can remeasure and verify the bushing diameters are correct. Close enough to keep on going in my mind.








Above: SPC76000 kit with the correct 41.5mm adapters are put in the press tool and made ready.

Below: We have movement! All in all it didn't take huge amounts of torque to get it pressed out. Gets easier the farther out you push it.







Above: Out it comes.


Below: Grab a heavy duty zip tie or two, some rope, or hose clamp like I did.




Above: Hose clamp to assist in keeping the lower arm in a position to allow the press to be used.

Below: Lift it up as far as possible and install the hose clamp.


 
#2 · (Edited)



Above: Time to remeasure the lower. Looks good to me.

Below: Correct 38.5mm adapter used and away we go.








Above: Out it came.

Below: Side view comparison of the two bushings. Similar rubber bushing material thickness.









Above: Picture of the old lower bushing. Notice the dished aluminum receptacle the bushing fits into.

Below: SPC eccentric inner sleeve showing a match to the above mentioned receptacle.










Above: Here's where things got interesting. Seems to be a contradiction in the SPC installation paperwork. The NOTE in step 5 and the expounded information in the parenthesis. Speaking with SPC it appears that certain Mercedes vehicles are opposite of other vehicles. As long as the bushings are pressed on and centered(.215" in this case) and the protruding side of the bushing faces away from the knuckle things will come out just fine. Be aware that SPC will be changing the installation directions to be more clear.

Below: Direction I installed the lower 41.5mm bushing. Notice the protruding side of the bushing is facing away from the knuckle. I verified this is indeed correct with the manufacturer subsequent to installation.










Above: Pressing 'er in.

Below: I measured it and around .215" either side and the bushing is centered. I've got a little farther to go in this picture.








Above: Here is what the lower looks like after pressing the bushing in, and inserting the eccentric inner sleeve.

Below: Time for the upper now. Once again the hose clamp was used.










Above: Installation direction of the parts. Protrusion of bushing faces away from the steering knuckle as shown.


Below: Begin the pressing process.








Above: Keep pressing until I see .215" showing and it will be centered properly.

Below: Looks good so far.








Above: SPC does not recommend any anti-seize be applied to the bushing inserts and chamferred edges since once it's tightened down, they want it to be essentially one solid functioning piece. I will be only applying anti-seize on the area where the bushings slide though each other and not on the faces so I will meet their design intent.





Above: Instructions say to install the lower bolting first before doing the upper. Done!

Below: Time to do the upper now.








Above/Below: Using a mirror I can set them to approximately the same position until I can get an alignment done.







All in all if you take your time it can be done easily in a couple hours each side. It's not too bad an installation really and on mine the bolts weren't uber tight. Good luck to you all!