Originally posted by: Zim Hosein
On my way home tonight I saw a Ford Probe w/ Type R stickers on it :Q
When power is being delivered from the rear wheels, and from the lift action that is taking place. In the front of the car, you have the two forces, the weight of the front of the car (going down) and the force of the lift action (going up). In the back, there will be four forces. The weight of the back of the car (going down), the downforce from the wing/spoiler (also going down), the lift (going up), and the normal force from the spinning tire (also going up). Now if you switch, to a FWD car, you will see that in the front, you have 2 upward forces and 1 downward force. In the rear, you have 2 downward force, and one upward force.Originally posted by: Ultima
I'm just wondering, why do people think spoilers only help RWD cars? At the speeds you're travelling at for a spoiler to affect anything, there will be no significant weight transfer from accelerating hard, so where the spoiler helps you is for turning, and turning uses traction from all 4 wheels no matter if it's FWD, RWD, or AWD.
Originally posted by: her209
PS. Don't listen to me. I'm just bsing my answer...
Originally posted by: MercenaryForHire
I saw a "Mazdasport" (or something) Honda Prelude on the way to my final exam tonight.
- M4H
Unless you are driving around at 150 mph that spoiler does SFA.Originally posted by: Ultima
I'm just wondering, why do people think spoilers only help RWD cars? At the speeds you're travelling at for a spoiler to affect anything, there will be no significant weight transfer from accelerating hard, so where the spoiler helps you is for turning, and turning uses traction from all 4 wheels no matter if it's FWD, RWD, or AWD.