| Thank you Guys,
Well, I'm glad we got that cleared up.
To give some idea of the path of my confusion -
The wheel has less mass and inertia on the compression stroke - so I would have thought more compression damping is needed to regulate the faster stroke.
Likewise, on the rebound stroke, less inertia would need more damping to regulate the stroke.
However, the as the wheels are lighter, it would seem natural that the suspension is not being "worked" so hard and would not need to be so "stiff".
I tried taking the concept to extremes - wheels with zero weight need infinite damping. No that makes no sense.
Wheels with infinite weight need no damping. This actually makes a little sense, as they would never move. Accelaration would suffer a bit, though.
I agree with the comments regard preload - but then again, I'm probably wrong.
It will surely be a case of see how it goes, and adjust by feel. At the moment, and on the road, the suspension feels like it has a little too much
compression damping.
I've been caught out before by terminal chatter under braking from high speeds on the track, and the result was not pretty.
My first track day this year is at Nogaro (not been there before) in 3 and a bit weeks. Have you seen the length of the main straight, and the hairpin that follows it? My buddies stock 03 R1 touches 170mph before braking.
So I'm a bit paranoid about about chatter, hence the questions.
Thanks to everyone for their input.
Spinoli  |