evergreen96
Senior member
What are the pro and con for having a car that is front wheel drive vs rear wheel drive?
no.Originally posted by: CocaCola5
RWD can deliver power(of the engine) to the ground better than a FWD giving it a slightperformance advantage.
Originally posted by: TuffGuy
no.Originally posted by: CocaCola5
RWD can deliver power(of the engine) to the ground better than a FWD giving it a slightperformance advantage.
Originally posted by: TuffGuy
no.Originally posted by: CocaCola5
RWD can deliver power(of the engine) to the ground better than a FWD giving it a slightperformance advantage.
Originally posted by: TuffGuy
no.Originally posted by: CocaCola5
RWD can deliver power(of the engine) to the ground better than a FWD giving it a slightperformance advantage.
Originally posted by: SpongeBob
Originally posted by: TuffGuy
no.Originally posted by: CocaCola5
RWD can deliver power(of the engine) to the ground better than a FWD giving it a slightperformance advantage.
Didn't make sense to me either. Wouldn't you lose more power due to losses in the transaxle and rear diff?
Originally posted by: CocaCola5
Originally posted by: SpongeBob
Originally posted by: TuffGuy
no.Originally posted by: CocaCola5
RWD can deliver power(of the engine) to the ground better than a FWD giving it a slightperformance advantage.
Didn't make sense to me either. Wouldn't you lose more power due to losses in the transaxle and rear diff?
You're right, a FWD has less "mechanical loss"(due to transmission inefficiency) than a RWD. However, what I really meant was, in a race car situation(ie lap time), a RWD still lets you get on the gas earlier and harder than normally with a FWD car. This has to do with the fact a FWD is less stable at the front of the chassis when POWER is delivered thru its front wheels, and from what they say, the increased instablity(ie a "nervous chassis") makes the car slower(less traction) out of a corner or corner speed therefore a RWD has a advantage here.
Originally posted by: SpongeBob
Originally posted by: CocaCola5
Originally posted by: SpongeBob
Originally posted by: TuffGuy
no.Originally posted by: CocaCola5
RWD can deliver power(of the engine) to the ground better than a FWD giving it a slightperformance advantage.
Didn't make sense to me either. Wouldn't you lose more power due to losses in the transaxle and rear diff?
You're right, a FWD has less "mechanical loss"(due to transmission inefficiency) than a RWD. However, what I really meant was, in a race car situation(ie lap time), a RWD still lets you get on the gas earlier and harder than normally with a FWD car. This has to do with the fact a FWD is less stable at the front of the chassis when POWER is delivered thru its front wheels, and from what they say, the increased instablity(ie a "nervous chassis") makes the car slower(less traction) out of a corner or corner speed therefore a RWD has a advantage here.
I see, so wouldn't mid-engine, RWD be the best setup then? Because the front/rear weight ratio is better as well as the engine being pretty much on top of the driving wheels.
Yup! You got that right!!I see, so wouldn't mid-engine, RWD be the best setup then? Because the front/rear weight ratio is better as well as the engine being pretty much on top of the driving wheels.
Originally posted by: CocaCola5
Originally posted by: SpongeBob
Originally posted by: CocaCola5
Originally posted by: SpongeBob
Originally posted by: TuffGuy
no.Originally posted by: CocaCola5
RWD can deliver power(of the engine) to the ground better than a FWD giving it a slightperformance advantage.
Didn't make sense to me either. Wouldn't you lose more power due to losses in the transaxle and rear diff?
You're right, a FWD has less "mechanical loss"(due to transmission inefficiency) than a RWD. However, what I really meant was, in a race car situation(ie lap time), a RWD still lets you get on the gas earlier and harder than normally with a FWD car. This has to do with the fact a FWD is less stable at the front of the chassis when POWER is delivered thru its front wheels, and from what they say, the increased instablity(ie a "nervous chassis") makes the car slower(less traction) out of a corner or corner speed therefore a RWD has a advantage here.
I see, so wouldn't mid-engine, RWD be the best setup then? Because the front/rear weight ratio is better as well as the engine being pretty much on top of the driving wheels.
Yes. But I can see you're trying to suggest something(right?).
Originally posted by: CocaCola5
A RWD lets you apply more power earlier and harder than a FWD in a race situation, this is a pretty well known fact among race fans, so by this I am saying a RWD can deliver power better than a FWD, and we're talking 1/10s of seconds not like this will be the same under normal driving(also not refering to 1/4 drag racing either).
Heh -Ah, I see you've uncovered my hidden motive of proving that the Pontiac Fiero was a good car!
actually anything with a 50/50 weight balance is considered right, and i think BMWs are there.Originally posted by: SpongeBob
Originally posted by: CocaCola5
Originally posted by: SpongeBob
Originally posted by: TuffGuy
no.Originally posted by: CocaCola5
RWD can deliver power(of the engine) to the ground better than a FWD giving it a slightperformance advantage.
Didn't make sense to me either. Wouldn't you lose more power due to losses in the transaxle and rear diff?
You're right, a FWD has less "mechanical loss"(due to transmission inefficiency) than a RWD. However, what I really meant was, in a race car situation(ie lap time), a RWD still lets you get on the gas earlier and harder than normally with a FWD car. This has to do with the fact a FWD is less stable at the front of the chassis when POWER is delivered thru its front wheels, and from what they say, the increased instablity(ie a "nervous chassis") makes the car slower(less traction) out of a corner or corner speed therefore a RWD has a advantage here.
I see, so wouldn't mid-engine, RWD be the best setup then? Because the front/rear weight ratio is better as well as the engine being pretty much on top of the driving wheels.