anyone run 16x7 or 16x8s?
#21
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Originally Posted by Zebman
Originally Posted by djct_watt
Rotational Inertia = (mass) x (Radius^2)
Reducing mass is only one part of the formula, and a small one at that. Increases and decreases in radius (or wheels size) have an exponential effect on rotational inertia, or power loss to the wheels. Keep in mind that this also effects braking as well.
To all the handling nuts, remember to compare apples to apples, same width tires to same width and quality. High quality tires don't have to be rubber bands to have stiff sidewalls. You never ever ever ever see any rubber band tires on true race cars (ie formula one, GT, etc. . . and I'm not talking about drag slicks).
Rule of thumb (as posted above), the smallest diameter that clears the brakes. Note that all super/performance cars have big wheels, but also note that they barely clear the brakes. Ugly? Yes! Functional? Hell yes! Big wheels (larger than needed to clear the brakes) is PURELY cosmetic.
Reducing mass is only one part of the formula, and a small one at that. Increases and decreases in radius (or wheels size) have an exponential effect on rotational inertia, or power loss to the wheels. Keep in mind that this also effects braking as well.
To all the handling nuts, remember to compare apples to apples, same width tires to same width and quality. High quality tires don't have to be rubber bands to have stiff sidewalls. You never ever ever ever see any rubber band tires on true race cars (ie formula one, GT, etc. . . and I'm not talking about drag slicks).
Rule of thumb (as posted above), the smallest diameter that clears the brakes. Note that all super/performance cars have big wheels, but also note that they barely clear the brakes. Ugly? Yes! Functional? Hell yes! Big wheels (larger than needed to clear the brakes) is PURELY cosmetic.
However, if you're tracking, you don't want a wheel so small that it limits your speed in areas of track to a speed that you could normally pass. This is hardly a fact worth considering unless you're driving a 6 second drag car, or want bragging rights of top speed (which is stupid and useless), as a 16" wheel will still allow the average car to reach into the 100s.
#24
Originally Posted by djct_watt
Rotational Inertia = (mass) x (Radius^2)
#30
16 inch rims
im running 16x7s on my tc im actually running 255 45 16 bf goodrichs drag radials up front and 225 45 16s in the back the only problem was up front i needed a wheel spacer to clear the calibers but other then that the ride is good and the car hooks great. im sitting on tein s-tech springs also.
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