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I tried
samc":3kh6qsdq said::facepalm:
Come on now Graham, play nice; the suspension is connected, it's an interesting comparison. I wonder if Muddy Fox tried linking it up the 2CV way around to see if it worked on a bike.. worth a try.
You may be confusing the 2CV with the swing axles on the original VW beetle? The 2CV was only unstable when going backwards.Dave2020":2gmf4lj7 said:" . . to see if it worked on a bike.. worth a try."
Er, no! - not worth a try, because it can't possibly "work" - just as it didn't work on the 2CV, which was infamous for its instability.
Yes any car with a centre of gravity that is dissected by a plane that also passes through the centre of the wheel axis would not roll. However that means either very low slung car bodies as in F1, or very big wheels.Dave2020":2gmf4lj7 said:I'm reminded of an in-depth technical article in 'Autosport' - a candid critique of the anti-roll function on F1 cars. It simply stated the scientific fact - "This is the opposite of what is required." - yet all the 'experts' still follow the same design convention!! Smart design doesn't need ANY anti-roll, because the car can't roll in the first place!!
So, every car on the planet (lacking 'active' suspension) suffers from an entirely unnecessary ride/handling compromise, which can be eliminated by simple passive designs that actually DO work.
The Toptrail designer Adrian Griffiths, is a top automotive suspension designer. As such I think he deserves a more detailled critique than simply describing his design as "Just barking".Dave2020":2gmf4lj7 said:Being charitable, I'd say that the Toptrail project is barking up the wrong tree. Being brutally honest, it's just 'barking'.
I am not getting this. Surely most motorbike designs use two springs. And most car designs use four springs?Dave2020":2gmf4lj7 said:Two springs on a bike is plain wrong, just as four springs on a car is an unworkable design premise...