Lawn Cher' said:
You neglect traction ion less than dry surfaces in your assessment. Off-the-line acceleration is not the only factor in assessing performance. I think your determination is rather short-sighted.
Ok. Show me a FWD sprint car that will place or show in a field of RWD sprint cars. Show me a FWD hill climber that can out climb a RWD hill climber. I'm sorry, but from day one, when they started pushing FWD in the US, the claims have never made sense to me. Now if you put a 1500# FWD and my old 5000# Grand Fury on a gravel road, that Fury will plow it's fat ass right through the turn every time. But that is mass: that's not FWD or RWD. But, two cars of comparable mass with identical HP/lb ratios - I got to go with the RWD everytime. (damn plain text - that sounds like I'm harping. Please understand that while I'm typing my face looks like this :laugh3: not like this

. I :heart: this thread and this hijack)
One winter, when I was home from school, I drove Hy 94 from about 5 miles west of West Alton, MO into St. Charles. A trip that would normally take something under 30 minutes. There was 3 inches of wet snow on the pavement and I found that I had to limit my speed to 35 mph. I was driving a 1972 Pylmouth Grand Fury (RWD:thumbup: ). Along Hy 94, County road B, and Elm Point Road I counted 10 cars and 2 truck off the road. In every case, the tracks led from the inside of a corner straight out on the tangent into the ditch on the outside of the turn. The tracks were all straight with no indication of any of the vehicles spinning their way off the road. Each and every one went straight off into the outside ditch. I found that while my rear end would drift if I applied throttle in a turn (with an open diff.) it was completely controllable. I didn't understand why so many were off the road until I realized that every car in the ditch was FWD and the two trucks were both 4x4's.
My conclusion is that each of those drivers, once they were comfortably in the turn attempted to apply power whereupon each and every one of them suffered a case of terminal understeer as their front drive wheels broke traction and led them straight into the ditch. I assume that the two truck drivers decided that 3 inches of wet snow demanded 4WD and they suffered the same fate. My rear drive wheels did not have any better traction, and my vehicle would tend towards oversteer if I applied power, but I maintained control because my steering wheels did not loose traction.
So, not dry pavement and not off-the-line performance, but still predictably obeying simple physics.
One other case: One early December morning, in St. Charles, I had a lot of trouble getting my Grand Fury up the ice coated hills in the sub-divisions off of Booneslick, east of First Capitol. That was about 1am. At 6am my girl friend (now wife) had little trouble getting her Grand Am up the same hills. When I complained later she contended that her FWD must then be better than my RWD. Remember, though, that her Grand Am weighed half what my Grand Fury did. I contend that when it comes to the minimal traction of ice, her light weight was more valuable to her than her FWD and my excessive mass was more of a penalty for me than was my RWD.
A true test would be to take two identical FWD's, side-by-side at the bottom of an icy hill: one facing up-hill and one facing down. Put the one facing up-hill in Drive and the one facing down-hill in Reverse. See which one has a better time getting up the hill. There is no ice to be had here, but maybe somebody from downunder could run some trials for us. Any wagers (in fun only, of course)
Damn. I need to be drinking some beer if we're really going to get in to this. :cheers: on me, at least in spirit.

eace: always.