rogueagent08 wrote:you should really learn what a CVT transmission is before you try to make a smart a** comment.
No one attacked you...that was not necessary.
rogueagent08 wrote:CVT transmission do not have gears and do not shift like a traditional auto transmission.
This is correct, but the CVT's "virtual" gears that the paddle shifters sequence through allow the driver greater control of where in the RPM range the engine is running at a given time. That can be very useful in a variety of situations. I'd take your bet of D vs manual mode in a race simply because I as a human can anticipate gear changes because I know the track...the transmission's control unit can only make at-the-moment changes. That's the fundamental weakness of all automatic transmissions...geared, continuously variable, or even clutched automated manuals. They can't anticipate. I can drop a gear coming into a turn and keep RPMs high, maintain momentum, and scream through. The CVT will fiddle around and be less effective, because it doesn't know what's coming, it only knows what's happening now...which won't necessarily still be useful in half a second. Even worse, the automatic transmission only has a small peek at what's going on now...not the whole picture.
rogueagent08 wrote:as someone that actually races and drives other high performance cars, high RPMs do not equate to power..
Actually, high RPM does quite literally equate to power. In fact that is EXACTLY the definition of power. Power is a rate at which force is delivered, and RPM is the time value of that rate (the force or work is torque). The higher the RPM, the more POWER is being produced. That's why so many torqueless tiny engines have very high redlines...they can make most use of minimal torque at higher RPMs. Conversely, it's partially why so many torquey motors like truck V8s have very low redlines...you don't need to rev high to make effective use of available torque (another big factor in low redline is of course rotating mass).