handling issue
I have never said you are wrong. I really don't know if you are right or wrong. I am questioning some of your statements by asking for clarification or references as they seem contradictory to some of your own statements and some of what I have read elsewhere. I am no expert on suspension tuning, and so I don't make authoritative statements, just state my opinions/suggestions and personal experiences, and sometimes offer the references I've read so people can interpret them for themselves.
Originally Posted by Naka' date='Mar 23 2007, 04:58 PM
Ok. I'm not expert in the matter. Just an enthusiast who likes to research, read, ask and try on the field what I learned. But at the end, of course, it's just my opinion on the matter.
Originally Posted by Naka' date='Mar 23 2007, 05:15 PM
As you move the piece of wood up on just one end, the one at the bottom will progressively carry more of the weight,
, but in a static situation like this, I recall that the weight at the two ends would remain the same. My memory, as well as the corner-balancing references I've read more recently, may be wrong.Someone get two scales and give us some empirical data! (or a scientific reference) !
Naka is consistent with the literature in"
Going Faster: Master the art of race driving" by the Skip Barber Racing School. Published by Bentley Publisher, 2001, the 2nd edition.
Chapter 14, "Chassis Adjustments".
Disclaimer:
I'm not the fastest (i am a slow HPDE3 driver), but I love driving my S on the track and reading books about chassis tuning.
Hope the reference helps others out there.
Going Faster: Master the art of race driving" by the Skip Barber Racing School. Published by Bentley Publisher, 2001, the 2nd edition.
Chapter 14, "Chassis Adjustments".
Disclaimer:
I'm not the fastest (i am a slow HPDE3 driver), but I love driving my S on the track and reading books about chassis tuning.
Hope the reference helps others out there.
Originally Posted by rlaifatt' date='Mar 23 2007, 07:48 PM
Okay, just did a crude experiment with a bathroom scale and an oblong table, and the weight at one end does change with the angle of the table. Hmmm, guess my memory and those corner-balancing references (which say you can't change F:R weight ratio) are wrong.
That's funny you got so into it, that you had to prove it to yourself. I like that. If in doubt, go prove it on your own. I'm glad You're starting to "convert". 
I've never heard about the inability to change the F:R weight ratio when corner balancing. All you have to do is lift one end of the car and that ratio will change.
What I do know, though, is that if you have to much weight on one corner of the car, then you will have too much weight on the opossite corner. The other 2 corners will not have enough weight (remember, we are talking about static weight here). That diagonal arrangement never changes.


