<!--quoteo(post=75282:date=Jul 10 2009, 08:15 AM:name=ds968)-->QUOTE (ds968 @ Jul 10 2009, 08:15 AM)
<{POST_SNAPBACK}><!--quotec-->and of course, in my usual brilliant ways [img]style_emoticons/<#EMO_DIR#>/dry.gif[/img] I did just the opposite - added weight directly to a rotating mass ( the wheels ) placing spacers to change asthetics for the better but at the expense of performance... and by a lot ! those 5+lbs on each wheel ( mostly from the added, longer steel bolts, not from the spacers themselves ) just wiped out all the weight savings I gained from getting rid of the oem catback and the spare tire...<!--QuoteEnd--><!--QuoteEEnd-->
Back on this - I'm curious if one of you guys can calculate the probable effect on the acceleration times in terms of seconds or fractions of seconds slow down in the 0-60 , 30-70, 70-100 ( or whatever the other usual mph measurements are ), and the 1/4 mile time, just by taking the stock times for example and then calculating what those 5 lbs "hanging weight" on each wheel will translate to.. we know in terms of weight itself it's roughly 4X to 5X
when added to the rotating mass, particularly in a "hanging" mode, so it's as if I would add a 80 lbs -100 lbs person in my car, but I'm curious how that translates to seconds.. just wondering how much slower my car is with these things on ? [img]style_emoticons/<#EMO_DIR#>/huh.gif[/img]