Another one bites the dust
well today was an interesting day. I took out my g/f out for a nice drive through Malibu and its surrounding area, i was headed north on PCH when i pull up to the infamous stoplight where the Supra raced the Ferarri in the "Fast and the Furious". well as coincidence would have it two 20-something guys roll up along side me in a new Red S2K. I spent a second admiring the car (a gorgeous car it is) and they spent a second admiring my girl, i was totally ready to let that slide until he started to rev a bit. well from that point it was on, there were no cops in sight and i figured i would give him a go. Launch was pretty even, he took a small lead due to me spinning the tires a bit too much, it was close until we hit the hill that starts about 60 feet after the light, that is where the S2k lost the fight, it seemed to bog (for lack of a better word) going up the hill. So anyway, i pulled about 4 car lengths up to about 90 which is when i shut down, but remember it was up hill and the S2K's lack of torque showed. Ok, this may not be the best choice for my 1st post here on the board but i thought i'd share.
Originally posted by glen5839
Let the flaming begin!!!
Let the flaming begin!!!
Good kill.
I just wonder if I'm supposed to be going to all the boards of cars I've beaten and post the stories there. I just am new to how this all works.
A win's a win, but what do you really want to get from posting it here?
A win's a win, but what do you really want to get from posting it here?
Trending Topics
Can anyone be bothered to explain why they think accelerating up a hill would give more of an advantage to one car vs. another?
I'm talking physics here people. Both cars have the same weight as they did before they hit the hill, both cars have the same power and are running in the same part of the curve as they would have if they were on flat ground. The only thing that has changed is the gravity vector relative to the velocity vector - and its the same for both cars. IOW, "the lack of torque" doesn't matter.
That said, a 3.2 liter M3 with boltons should be a bit quicker, as our old buddy maddog will attest to, but 4 car lengths after being behind off the line?
UL
I'm talking physics here people. Both cars have the same weight as they did before they hit the hill, both cars have the same power and are running in the same part of the curve as they would have if they were on flat ground. The only thing that has changed is the gravity vector relative to the velocity vector - and its the same for both cars. IOW, "the lack of torque" doesn't matter.
That said, a 3.2 liter M3 with boltons should be a bit quicker, as our old buddy maddog will attest to, but 4 car lengths after being behind off the line?
UL
Originally posted by ultimate lurker
..."the lack of torque" doesn't matter...
..."the lack of torque" doesn't matter...
Originally posted by MpowrdBimmer
, but remember it was up hill and the S2K's lack of torque showed
, but remember it was up hill and the S2K's lack of torque showed
Originally posted by ultimate lurker
Can anyone be bothered to explain why they think accelerating up a hill would give more of an advantage to one car vs. another?
Can anyone be bothered to explain why they think accelerating up a hill would give more of an advantage to one car vs. another?
Originally posted by ultimate lurker
That said, a 3.2 liter M3 with boltons should be a bit quicker, as our old buddy maddog will attest to, but 4 car lengths after being behind off the line?UL
That said, a 3.2 liter M3 with boltons should be a bit quicker, as our old buddy maddog will attest to, but 4 car lengths after being behind off the line?UL




