raymondu999 wrote:I'd argue the weight never moves. Maybe a bit by pitch/roll etc, but the load acting on the tyres is the one that changes. From what I gathered in the past year, from all the threads here arguing on weight distribution vs handling, is that the increased weight on a certain axle means you need more grip to laterally accelerate that end.
How can you have increased weight on a certain axle, if it doesn't move? I'm confused with your explaination.
If the weight observed on scales at each tire, didn't change when the car was in motion and only the tire loading changed, we wouldn't need springs/bars/third springs and certainly won't need shocks...
I have a mountain of suspension movement data, clearly and precisely showing weight transfer and tire data showing it's response to said weight transfer. Though if we were talking go karts...but some do have an adjustment of the flex of the chassis is a "source" of weight transfer.
Just about everything that is done to a race car, is to control how, where, the velocity and reduce the amount weight transfer all according to what the tires can take... that doesn't mean it isn't always present, which it is as soon as the car is put into motion. IMHO
"Driving a car as fast as possible (in a race) is all about maintaining the highest possible acceleration level in the appropriate direction." Peter Wright,Techical Director, Team Lotus