- Joined
- Sep 26, 2009
- Messages
- 2,210
Just picked up the brand new car today...No it's not ours and will not be!
But driving it back home i noticed how the front suspension reacted to ruts in the road surface..and boy we in britian have plenty..our govenment seen's to like blowing holes in the afgan road's, rather than filling our's :!:
Anyway after some considerable "Bang's" i considered the poor damper system...on our be-loved Nortons.
Having the cope with such extreams, at 60 mph the front wheel is traveling at 1000/1 [one thousandth] of a second every 1 inch..yep 1000 th of a second for every inch :!:
So when the wheel drops into a pot hole at 60mph and the fork reacts by extending 1 inch ,then re-compress's 1 inch when it hits the pot hole far side..
well thats fast !
There is some factor's that cannot be transmitted into formula here,
So the issues are very complex to even consider, but the fact remains....forks under extream and sudden force have a lot to deal with.
Hydraulic lock up is a factor [with compression two-way damping], and moving the fork,wheel mass another.
Stiction is another problem , so the next time your wheel drops suddenly into a deep rut at speed ,just think how fast that was , 1000th of a second!..well almost. i think its 20 times faster than the engine valves open and close at 6000 rpm...maths experts welcome.
i
But driving it back home i noticed how the front suspension reacted to ruts in the road surface..and boy we in britian have plenty..our govenment seen's to like blowing holes in the afgan road's, rather than filling our's :!:
Anyway after some considerable "Bang's" i considered the poor damper system...on our be-loved Nortons.
Having the cope with such extreams, at 60 mph the front wheel is traveling at 1000/1 [one thousandth] of a second every 1 inch..yep 1000 th of a second for every inch :!:
So when the wheel drops into a pot hole at 60mph and the fork reacts by extending 1 inch ,then re-compress's 1 inch when it hits the pot hole far side..
well thats fast !
There is some factor's that cannot be transmitted into formula here,
So the issues are very complex to even consider, but the fact remains....forks under extream and sudden force have a lot to deal with.
Hydraulic lock up is a factor [with compression two-way damping], and moving the fork,wheel mass another.
Stiction is another problem , so the next time your wheel drops suddenly into a deep rut at speed ,just think how fast that was , 1000th of a second!..well almost. i think its 20 times faster than the engine valves open and close at 6000 rpm...maths experts welcome.
i