Quote:
Originally Posted by Stg1Regal
Now a older article I read on a G-body Monte, with b-body spindles a correct offset upper arms a big ft sway bar, and rear bar, and springs, managed a best of .89 g's?
Can or will a G-body do better?
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I have no doubts that the G-body can do better than 0.9g these days. If all you're after is max lateral acceleration, the solution is fairly simple. Big sticky tires on wide wheels, somewhat more than stock spring and perhaps bar stiffness (perhaps skewed a little less forward), and more favorable 'operating camber'. There's another thread where 0.93g was developed, though I didn't notice if the tires used were identified or even if the size was given.
I'd start with the top tires as used in SCCA's Solo (autocross) 'Street Touring' category as being generally a little more reasonably streetable than R-compounds. Think Falken Azenis RT615 or better (Kumho XS?), sized at least 245/45-17. (That said, I know that some folks are using the ~100 treadwear R-compound R888 on the street.)
Keep in mind that getting a big lateral acceleration number is not the only goal to an improved chassis. Transitional handling, or (sort of) how the car behaves as you're getting to that big g-number is at least equally important. And the G-body needs help here. Decent summer performance rubber, springs about 50% stiffer than OE, F41 sta-bars, and -2.5° camber can get you at least to mid 0.8x lateral g, and the car will be very easy to drive. But it will still hate slaloms.
Norm