Inevitably, comparisons between the new +Chevrolet Corvette Z06 and the +Nissan GT-R Nismo are being made. Before I get to any discussion, here are the performance numbers for each: Corvette Z06 (manual) Corvette Z06 (auto) Nissan GT-R Nismo 0-30 mph 1.5 sec 1.3 sec 1.2 sec 0-40 mph 2.1 sec 1.7 sec 1.7 sec 0-50 mph 2.6 sec 2.3 sec 2.2 sec 0-60 mph 3.2 sec 3.0 sec 2.9 sec 0-70 mph 4.1 sec 3.8 sec 3.7 sec 0-80 mph 4.9 sec 4.7 sec 4.7 sec 0-90 mph 5.9 sec 5.6 sec 5.8 sec 0-100 mph 7.2 sec 6.8 sec 7.0 sec 1/4 mile 11.3 sec @ 126.2 mph 11.1 sec @ 127 mph 11.2 sec @ 125 mph braking 60-0 mph 91 ft 91 ft 97 ft braking 70-0 mph 128 ft 128 ft 145 ft figure 8 22.5 sec @ 0.98 g (avg) 22.5 sec @ 0.98 g (avg) 22.9 sec @ 0.91 g (avg) The manual Z06 acceleration numbers are based on Motor Trend's test because they tested a manual and the auto's numbers are based on Car and Driver's test because they tested an auto. The GT-R Nismo acceleration numbers are b...
I'm finishing up a comparison post (link to introduction: Intro: Focus RS vs Golf R vs WRX STI vs Evo X ) and, throughout the post, I realized that I have to go off topic a lot to talk about how each type of differential changes the way the car drives. As a result, I thought I'd write a separate post to go into more detail before I post the comparison to keep it more focused on the cars and avoid veering off topic too much. By saying "Limited Slip Differentials" in the title, I am including torque vectoring diffs because, although current conventional terminology treats them differently, a torque vectoring differential is, in essence, a very sophisticated limited slip diff (LSD) that can be manipulated to actively help the car handle better. And while none of the cars in the comparison use open (without help from the brakes) or non-gear mechanical LSD’s, I’ll briefly discuss them so that the post is more inclusive. I’ll only focus on using power to help the...







