Stock motor is 170 hp. Good shorty headers and exhaust and cold air intake would bump that up to around 200hp. If you only have cold air intake, it's probably 175-180 hp. A high flow muffler alone is good for about 10 hp. Corvette specifications for the transmission probably means that a corvette 2nd servo piston was added to the transmission. It makes the 1-2 shift a little firmer.
I do not recommend you to buy a used corvette from year 2010. Anyways is should be over 45 thousands dollars in a resale value, and in a good condition.
On the driveway...it will leak out anyways
It is a sealed transmission, which means no dipstick. It is cheaper for the automakers to do this. Most people will trade their vehicles in before the transmission needs any fluid changes anyways.
no...but you can use screaming eagle synthetic oil in both the motor and the transmission which is supposed to be better anyways
That depends on they year, but only about 2,3 hp. Anyways the HP is 22.5 at the crank. Or around (this one is a estimate) 17.5 at the Rear wheel
yes it does you don't need to be in 2nd gear anyways in a crown Victoria yes it does you don't need to be in 2nd gear anyways in a crown Victoria yes it does you don't need to be in 2nd gear anyways in a crown Victoria
open the hood, it should be on ur left side close to the lights, that's how it is on my 02 anyways?
There is a knob on the left side of the steering wheel , well that is with my C6 anyways. Jump over to Smokinvette.com and put this question in the C5 section and you will be sure to get the right answer! Good luck!
Not likely, anyways it wouldn't be strong enough to handle that horse power, they can barely handle the 2.4
what is this web do anyways
It might, but really depends on what problem you are experiencing and its cause. A flush usually costs about $100+/-, and, given the age of the vehicle, it probably needs one anyways. If nothing else, it will help to extend the life of the transmission.
You can approximate the horsepower capabilities of any electric motor by calculating incoming electric power. This is done by simply multiplying the rated voltage by the rated current. This will give you a unit of watts. There are about 746 watts per horsepower. Say if the motor is about 85% efficient, then incoming power will match output power minus this efficiency. Anyways, multiply incoming power by .85 and divide by 746 should give an approximate horsepower of the water pump's motor.