997 TT beats GT-R at Ring. Nissan accused of cheating.
#1576
#1577
BTW, good answer, i totally forgot about the ACR. But in fairness, the ACR is really a street legal race car. Regardless, you are correct.
#1578
I'm actually a person. Not a tool.
#1579
There was a recent review comparing the ZO6 and the GT2(?). The rear engined Porsche was aparently better at getting the back end planted down during hard take off and better at braking, its engine placement was also far better at communicating the GT2's handling characteristics.
In terms of racing it seems to be that the FR and RR configuration have a batter success rate and are more widely used than MR and especially F-AWD (apart from rally).
In terms of racing it seems to be that the FR and RR configuration have a batter success rate and are more widely used than MR and especially F-AWD (apart from rally).
#1580
#1581
#1582
There was a recent review comparing the ZO6 and the GT2(?). The rear engined Porsche was aparently better at getting the back end planted down during hard take off and better at braking, its engine placement was also far better at communicating the GT2's handling characteristics.
In terms of racing it seems to be that the FR and RR configuration have a batter success rate and are more widely used than MR and especially F-AWD (apart from rally).
In terms of racing it seems to be that the FR and RR configuration have a batter success rate and are more widely used than MR and especially F-AWD (apart from rally).
#1583
#1584
I could very well be mistaken, but wasn't the EDO 996TT that ran the 'Ring in 7:15 a street legal race car? Or, if not technically, for all practical purposes a street legal race car? Certainly in concept not much different from the ACR?
Last edited by USCCayman; 11-13-2008 at 08:36 PM.
#1585
Don't know, but i wouldn't be surprise if it did.
#1586
#1587
By the way, wasn't this a GTR VS 997TT thread? why the hell is everyone talking about RR vs FR vs MR now?
Besides, how many of us could actually drive these cars to their fullest potentials anyways? 10% of the members on this forum maybe?
While we're at it, my ***** IS BIGGER THAN YOURS and I can pee further too!!!!!!!!!!!!! ....................................
People just need to accept that this is a PORSCHE forum. Accept that and return to your playstations please
Besides, how many of us could actually drive these cars to their fullest potentials anyways? 10% of the members on this forum maybe?
While we're at it, my ***** IS BIGGER THAN YOURS and I can pee further too!!!!!!!!!!!!! ....................................
People just need to accept that this is a PORSCHE forum. Accept that and return to your playstations please
#1588
Is this for real this time? If so, I'm in.
#1589
It depends on what type of racing you're talking about. IMO, F1 is the #1 racing platform and they're configuration is mid engine. Except for Ferrari and some Lambos, there aren't too many mid engine cars that participate in GT1, GT2, and GT3 class. Again, IMO and many others as well, mid engine configuration is the best in terms weight distribution for any type of racing.
Street cars dont have these problems because there is a certain mass that will be there and the car sits high enough to support front, mid and rear engine platforms.
For the simpletons F1 cars center of gravity are too low for rear engine, street cars are not. Open wheel cars are not applicable to what we drive on the street. Your simplistic way of thinking is really not relevant.
#1590
You get stuck on repeat when you run out of wikpedia searches to copy and paste. There is no way to make an F1 car efficienty rear engine. You'd have to raise the engine up a few feet, so it could sit over the rear axle, that would destroy the aero efficiency in which they are almost totally dependant. You also couldnt have a front engine F1 car because it would completely destroy the aero.
Street cars dont have these problems because there is a certain mass that will be there and the car sits high enough to support front, mid and rear engine platforms.
For the simpletons F1 cars center of gravity are too low for rear engine, street cars are not. Open wheel cars are not applicable to what we drive on the street. Your simplistic way of thinking is really not relevant.
Street cars dont have these problems because there is a certain mass that will be there and the car sits high enough to support front, mid and rear engine platforms.
For the simpletons F1 cars center of gravity are too low for rear engine, street cars are not. Open wheel cars are not applicable to what we drive on the street. Your simplistic way of thinking is really not relevant.