zooming around little cornery roads wheeeeeeeeeeeeeee
Small hourglass island
Always raining and foggy
Use an umbrella
Always raining and foggy
Use an umbrella
It's a few hundred pounds. Need a heavier drive shaft, gears and rear axle. And having the engine on top of the driving wheels means you get less slip, more efficient.PrivateVendetta wrote:
But rear wheel cars generally have larger engines, that's why the power goes to the rear...
Or is it the Front wheel drive that makes it lighter? Can't make that much of a difference.
Last edited by Jay (2012-07-19 16:12:22)
Well, mileage standards are the primary reason so few cars are RWD now.PrivateVendetta wrote:
I guess the wording just threw me.
'Better gas mileage' made me think of something more technical. I would have just written 'lighter' and left the implications at that.
No, if a front wheel drive car starts sliding its A LOT easier to recover.Jay wrote:
You can make sharper turns at higher speeds because the energy is pushing the car through the turn, and the power is coming at a higher angle relative to the center mass. A FWD car is less likely to slip, but if it does it's less recoverable.
Not in my experience, but I could be wrong. I've owned 3 RWD vehicles and one FWD, only ever lost control of my moms FWD altima.Camm wrote:
No, if a front wheel drive car starts sliding its A LOT easier to recover.Jay wrote:
You can make sharper turns at higher speeds because the energy is pushing the car through the turn, and the power is coming at a higher angle relative to the center mass. A FWD car is less likely to slip, but if it does it's less recoverable.
When an fwd car loses grip it under steers, much easier to catch and control.Jay wrote:
Not in my experience, but I could be wrong. I've owned 3 RWD vehicles and one FWD, only ever lost control of my moms FWD altima.Camm wrote:
No, if a front wheel drive car starts sliding its A LOT easier to recover.Jay wrote:
You can make sharper turns at higher speeds because the energy is pushing the car through the turn, and the power is coming at a higher angle relative to the center mass. A FWD car is less likely to slip, but if it does it's less recoverable.
I don't believe you've studied engineering, you'd have some clue if you had.Jay wrote:
You can make sharper turns at higher speeds because the energy is pushing the car through the turn, and the power is coming at a higher angle relative to the center mass. A FWD car is less likely to slip, but if it does it's less recoverable.
Wrong again.Well, mileage standards are the primary reason so few cars are RWD now.
Catching understeer seems to be counter-intuitive for a lot of people, but yes if you do it right its much simpler.Camm wrote:
When an fwd car loses grip it under steers, much easier to catch and control.
When an rwd car loses grip, it oversteers, much, much harder to catch and control.
Last edited by Dilbert_X (2012-07-20 02:49:56)
yeah but dilbs most normal drivers haven't got a clue how to catch a sliding rear. It's so much easier in an FWD car, when you start sliding, off the power. If the back swings out in a RWD car, and you let off the power, the back will slide even more, basic physics.Dilbert_X wrote:
Catching understeer seems to be counter-intuitive for a lot of people, but yes if you do it right its much simpler.Camm wrote:
When an fwd car loses grip it under steers, much easier to catch and control.
When an rwd car loses grip, it oversteers, much, much harder to catch and control.
Yeah, and my older brother had a BMW 523, my father had a 523, and an MX5, and my mate has had a 328, and now has an MX5.Dilbert_X wrote:
Have you driven a RWD car?