evo setup for autox stock class
My STU set up:
Front Spring rates 600 Lbs
Rear spring rates 685 Lbs
Vorshlag Camber Plates
Shocks AST 5100
K&N panel filter
AMS Downpipe
AMS High flow Cat
3" Custom MagnaFlow exhaust
Cobb Access Port and Tune
Hotchkis Sway bars
Front Sway
Rear Sway
Rear camber 2.0 deg
Rear Toe 0 degs
Front Camber 3.0
Front toe 0 Degs
Tire pressures 50 psi front, 45 psi rear
tires bridgestone star specs
Hope this helps
Front Spring rates 600 Lbs
Rear spring rates 685 Lbs
Vorshlag Camber Plates
Shocks AST 5100
K&N panel filter
AMS Downpipe
AMS High flow Cat
3" Custom MagnaFlow exhaust
Cobb Access Port and Tune
Hotchkis Sway bars
Front Sway
Rear Sway
Rear camber 2.0 deg
Rear Toe 0 degs
Front Camber 3.0
Front toe 0 Degs
Tire pressures 50 psi front, 45 psi rear
tires bridgestone star specs
Hope this helps
My STU set up:
Front Spring rates 600 Lbs
Rear spring rates 685 Lbs
Vorshlag Camber Plates
Shocks AST 5100
K&N panel filter
AMS Downpipe
AMS High flow Cat
3" Custom MagnaFlow exhaust
Cobb Access Port and Tune
Hotchkis Sway bars
Front Sway
Rear Sway
Rear camber 2.0 deg
Rear Toe 0 degs
Front Camber 3.0
Front toe 0 Degs
Tire pressures 50 psi front, 45 psi rear
tires bridgestone star specs
Hope this helps
Front Spring rates 600 Lbs
Rear spring rates 685 Lbs
Vorshlag Camber Plates
Shocks AST 5100
K&N panel filter
AMS Downpipe
AMS High flow Cat
3" Custom MagnaFlow exhaust
Cobb Access Port and Tune
Hotchkis Sway bars
Front Sway
Rear Sway
Rear camber 2.0 deg
Rear Toe 0 degs
Front Camber 3.0
Front toe 0 Degs
Tire pressures 50 psi front, 45 psi rear
tires bridgestone star specs
Hope this helps
Rick
From the 2010 rules book.
"Both the front and rear suspension may be adjusted through their
designed range of adjustment by use of factory adjustment arrangements
or by taking advantage of inherent manufacturing tolerances.
This encompasses both alignment and ride height parameters if such
adjustments are provided by the stock components and specifi ed by
the factory as normal methods of adjustment. However, no suspension
part may be modified for the purpose of adjustment unless such
modifi cation is specifi cally authorized by the factory shop manual for
non-competition purposes."
So, if I read that write, the OEM EVO X Service Manual would have to advise techs on the flipping of the aforementioned bolt for it to be legal. Does it read like that, or is flipping the bolt a trick EVO guys figured out?
"Both the front and rear suspension may be adjusted through their
designed range of adjustment by use of factory adjustment arrangements
or by taking advantage of inherent manufacturing tolerances.
This encompasses both alignment and ride height parameters if such
adjustments are provided by the stock components and specifi ed by
the factory as normal methods of adjustment. However, no suspension
part may be modified for the purpose of adjustment unless such
modifi cation is specifi cally authorized by the factory shop manual for
non-competition purposes."
So, if I read that write, the OEM EVO X Service Manual would have to advise techs on the flipping of the aforementioned bolt for it to be legal. Does it read like that, or is flipping the bolt a trick EVO guys figured out?
I don't know the Evo X, but for the IX, it's an eccentric bolt that can be rotated in two directions. It's within the "factory adjustment arrangements" and is legal for stock classing to use the setting that gives more negative camber. Hope that helps.
Sneaky sneaky...
By flipping what they really mean is to keep rotating. So on pre X Evos when the eccentric lobe (for lack of a better word) is on the extreme inner side you'll be around 0 camber, when it's pointing up or down you'll have around -1 camber, and when it's on the extreme outer side you'll have around -2 camber. I think that's how it works
Sneaky sneaky...
Sneaky sneaky...
By flipping what they really mean is to keep rotating. So on pre X Evos when the eccentric lobe (for lack of a better word) is on the extreme inner side you'll be around 0 camber, when it's pointing up or down you'll have around -1 camber, and when it's on the extreme outer side you'll have around -2 camber. I think that's how it works
Sneaky sneaky...
Sneaky sneaky...
However, when I took it for an alignment I found out it has limits to what it can do for you. I asked the mechanic for all the negative camber I could get at the front (within specs - up to 1.5deg - so shops would quit talking down to me about tire wear.)
After a couple of hours of fussing with it, the guy said he could only get me about -1.1 deg at the front before it messed up the toe.

Still, it was better than the original (lack of) alignment.
Last edited by BluEvo210; Dec 29, 2010 at 01:49 AM. Reason: spacing
When I get back from the sandbox (next summer) I'm going to have a friend see if he can improve on the Goodyear guy's alignment.
Donny has skilz, and has a history of improving on uninspired alignment jobs for me.
Donny has skilz, and has a history of improving on uninspired alignment jobs for me.






