I don't like to pop into threads about competitors parts, and I'm not saying a word about GC or MM or Steeda camber plates (good or bad), just defending our product and pricing after a few comments like the one below.
IMO - The Vorshlag pieces are nice, no doubt probably the best, but $500 c/c plates? I can't see where the Vorshlag plates are worth the extra $250, to a noncompetitive driver. Especially when most people run $800 Konis, and think they're the shiznit. Seems a bit lame. Yeah, for the dedicated track car with JRZ's, spend $500 on c/c plates, f'sho, but for the Koni-sportin' weekend guy, seriously? Pose much?
I'm not the least bit impressed by anything GC makes.
DevGittinJr - There are several reasons why our camber/caster plates for the S197 chassis cost more than others. And when we see drivers trash a set of $250/each front tires in a track weekend the costs seem somewhat justified. We've had a lot of people say "these plates paid for themselves in the first track event". Do you need our plates to roll to the grocery store? Of course not. But if you put your Mustang through the wringer at an autocross or road course event, camber-caster plates are a solid "first suspension upgrade" investment. And our's are built for the long haul...
One place where we incur additional costs is the fact that we sell all of our camber plates with additional pieces that most other camber plates do not include, namely new UPPER SPRING PERCHES that have INTEGRAL sealed double row radial bearings. This radial bearing takes the twisting motion of the strut shaft AWAY from the spherical bearing (which is made to pivot only, but not twist axially).
There is also a
lower price when you get our CNC coilover style upper perches ($439) vs the fabricated OEM perches - because the 2.25", 60mm or 2.5" coilover perches are easier to make. We take a completely different engineering philosophy when we make our camber plate designs, as well. We use
larger spherical bearings, the added radial bearing, engineer each plate with the material thicknesses and strength needed to take higher impact loads, take into account
bump travel and stack up heights, and every single set of camber plates is made to order - with parts changing to fit the strut's upper pin profile and spring diameter.
We also add in caster adjustment to the S197 plate (some of which is only achievable if you modify the strut towers - that many race cars do), which many other plates lack. The ease of adjustment track side can also be radically different from brand to brand. All of our parts are machined in the USA, so there's no overseas "sweat shop savings" in the parts costs. We've been making and improving our designs since 2003, and I'm not getting rich off of camber plate sales, not hardly. The way we do things isn't the easiest or cheapest way to make a "one size fits all" camber plate, but its the way to make one last a decade or more.
I've seen some camber plates fail the bearings in a matter of
weeks, whereas we have customers that have exceeded 125,000 miles of use on the same bearings. The set on my car has 19,000 miles on them, most of that on track, and they are still silent and trouble-free. If you don't care about clattering noises, popping when you turn the steering wheel, or constant maintenance - don't buy our plates. There's no "lameness" or "posing" going on, just solid engineering into a long life part.
Cheers,