We use the release-pause-release method, and it works really well. Let us explain. Since you don’t have a huge sidewall (like slicks have) to absorb the initial “hit” during launch, you’ll need to create a buffer to absorb the initial movement at the tires. If you don’t have a buffer, you’ll just spin. When it’s time to go, release the clutch quickly, but controlled. Then, just as the car is transferring weight, pause your left leg for a moment.
While the drag racing launch can be violent (we’ve all seen racers dump the clutch and blast off the line), street tires require a smooth, controlled application of power to stay hooked. Your best times will come from getting off the line clean. Finesse is key. Believe it or not, we recommend novice drivers launch as if they were driving away from a traffic light, but with more rpm and slightly quicker clutch release. We would say 2,500 is a great place to start. Using this rpm, you’ll probably bog the engine a bit. No problem—add rpm, or get the clutch out quicker.
More on all of them below, but it’s worth noting for anyone having philosophical reservations about a four-cylinder Camaro that at 275 horsepower, it’s more powerful than any small-block V-8 offered between 1972 and 1992 and at 335 horses, the new V-6 flat-out trumps every small-block from 1967 to 2002. Progress can be a wonderful thing.
Production of the 2016 Camaro begins later in the year at GM’s Lansing Grand River facility, in Michigan. It’s the home of the Cadillac ATS and CTS, which is appropriate, because that’s the architecture on which the new car is built. Those Caddies have been hailed as dynamic equals or better than German competitors such as the BMW 3-Series, so having that structure as the Camaro’s foundation is as good as it gets.