you completely lost me there, ignore the clutch bit for now, and what I said works for rear wheel drive. as soon as you lift in bend you make the rear end light, you un load it. this makes the weight move forward and basically you on a pivot around the front wheels.jonbuoy wrote:This idea work's for FWD car's as it's the drive wheel's that send the weight to the front as it's them stopping the car and making the back light.JimmyC wrote:lack of drive will make the back end light and happy.
When you lift off the throttle or dip the clutch you change the weight distribution of the car, under power wieght is over the rear wheels. Lift off or remove drive weight moves to the front and the rear is light which equals tail out or spin.
This is probably gonna sound silly but here i go....................
Imagine you are pushing a shopping trolley and you are the drive wheel's as you are pushing.
If someone all of a sudden stop's you at the front the rear of the trolley will rear up.
If you was to all of a sudden stop the trolley really fast you would be pulling on the trolley, not making it lighter.
If you let the rear of the car swing out whilst coasting round corner's/roundabout's then there is no control as it is not driving thus causing more of an opportunity to loose control of the car as it will snatch when into drive again.
Kicking the clutch only send's you out of drive for a split sec so you are still in control.
You will alway's have more control over any car when it is in drive, not coasting
Same as actually applying the brakes. You are pulling as you lift (like you say with your trolley) but that will cause the rear to lift and the front to dip.
blimey i'm confussing myself now! Thats what I've been taught anyway, and it works in practice in the RWD exige





