Epiphany
Well-Known Member
I've done a number of camber plate installs in my lifetime, including these on my 2020 GT500.
First, the knurls are not there to "lock" anything in. They are simply the mechanical means by which the three fasteners are held to the plate they were pressed into. Sometimes you'll note upon inspection that the knurls that have passed through the plate they were pressed into have somewhat flattened out, other times they may still look to have a point. This is due to varying tolerances and how the hardness of the bolts and the hardness of the plate interact.
There are a couple of things to be wary of during the install. When the upper bearing is transferred to the adjustable plates (from the factory plates) you have to pay close attention to how the plates seat when placing them atop the spring and when you begin to tighten the strut nut. It is very easy to cock the assembly if you don't have the springs positioned/compressed properly. This will cause the assembly to bind and needs to be corrected immediately. This is pointed out in the instructions.
When the three camber plate nuts are torqued to spec, the two plates are drawn together. It is the friction imparted by the nuts that causes the assembly to remain "fixed." The original, factory installed plates stay together regardless of whether they are installed or sitting on a benchtop. Of note, the width of the slot on the adjustable plates is greater than the circumference of the holes the bolts are pressed through on the factory original installed plates.
Factory original left, adjustable on right.
Before being installed or having the plates drawn together when torqued...
And while you can't really see it below, these plates are drawn together and tight as the nuts above are in place and torqued.
Could the knurls slightly hold up movement of the plates when the suspension is unloaded and the nuts are loosened? Yeah, to a minor degree. A whack, a thud, a gentle pry, and you are on your way. These aren't CNC machined 6061-T6 pieces with tightly controlled tolerances but they work just fine.
Was the Tech wrong to dress (I assume he used a file) the plates for additional clearance? Assuming the amount of material he removed was minor I don't see an issue as much as he really didn't need to do that. His logic is along the right track though.
Step 25 from the installation instructions is about as clear as it gets. No, the system doesn't glide like its on silky smooth bearings when making camber adjustments. The strut plates can "stick" and seem like they don't want to move but they will.
First, the knurls are not there to "lock" anything in. They are simply the mechanical means by which the three fasteners are held to the plate they were pressed into. Sometimes you'll note upon inspection that the knurls that have passed through the plate they were pressed into have somewhat flattened out, other times they may still look to have a point. This is due to varying tolerances and how the hardness of the bolts and the hardness of the plate interact.
There are a couple of things to be wary of during the install. When the upper bearing is transferred to the adjustable plates (from the factory plates) you have to pay close attention to how the plates seat when placing them atop the spring and when you begin to tighten the strut nut. It is very easy to cock the assembly if you don't have the springs positioned/compressed properly. This will cause the assembly to bind and needs to be corrected immediately. This is pointed out in the instructions.
When the three camber plate nuts are torqued to spec, the two plates are drawn together. It is the friction imparted by the nuts that causes the assembly to remain "fixed." The original, factory installed plates stay together regardless of whether they are installed or sitting on a benchtop. Of note, the width of the slot on the adjustable plates is greater than the circumference of the holes the bolts are pressed through on the factory original installed plates.
Factory original left, adjustable on right.
Before being installed or having the plates drawn together when torqued...
And while you can't really see it below, these plates are drawn together and tight as the nuts above are in place and torqued.
Could the knurls slightly hold up movement of the plates when the suspension is unloaded and the nuts are loosened? Yeah, to a minor degree. A whack, a thud, a gentle pry, and you are on your way. These aren't CNC machined 6061-T6 pieces with tightly controlled tolerances but they work just fine.
Was the Tech wrong to dress (I assume he used a file) the plates for additional clearance? Assuming the amount of material he removed was minor I don't see an issue as much as he really didn't need to do that. His logic is along the right track though.
Step 25 from the installation instructions is about as clear as it gets. No, the system doesn't glide like its on silky smooth bearings when making camber adjustments. The strut plates can "stick" and seem like they don't want to move but they will.
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