veilsidebr wrote:
I´ve got 4'48.108 now in my minolta, i think i lost maybe 1.5 total. But as the F1 is better on cornering, about 2 seconds faster, i guess a 4'45 might be possible on it.
Having re-read this post I can come to only a few conclusions. One, perhaps you've not spent much time in the F1 machine. Two, you've conducted this experiment in Arcade mode, where perhaps the Minolta can be elevated to a level of performance much closer to the F1 car. Three, there is something fundamentally wrong with the Physics model for the perticular level of performance of each car in the game in example; the Minolta is bestowed a extra level of grip from it's chassis, or tires, by the games coding. Or four, there's something missing, or that I am not thinking of.
From my understanding, it should be patently and mathematically improbably that the Minolta could be within two seconds of the F1 car at any track, let alone the Nurburgring, with the only exceptions being the Test Course, and perhaps the Motegi Super Speedway.
The most fundamental difference between these two machines as I am aware at this time is weight. Weight effects everything about the way a car performs any feat of motion. Acceleration, braking, turning are all effected by a vehicles weight. And the is a significant difference between these two machines in regard to weight. Dealing with these machines in stock form, the F1 weighs 550 kilograms, or 1212.542442 lbs(pounds), and the Minolta weights 900 kilograms, 1984.16036 lbs(pounds). The difference between them is 350 kilograms, and 771.617918 lbs(pounds). That's a huge difference. Considering power, the F1 car has 904hp, and the Minolta has around 900hp I believe, though I stand to be corrected by those who know better. Given nearly equal power, if not exactly equal, the weight difference is even more profound.
There's just no way that the Minolta according to what I've stated above should be able to keep within two seconds of the F1 at the Nurburgring. The Minolta should be losing time from braking, turning, and especially acceleration everywhere on the track, and with the number of turns, braking points, and slow corner acceleration points it should be losing large chunks of time all throughout the lap, and the resultant loss of time by the end of the lap should be far, far more than two seconds.
In conclusion, there is something very strange with this comparison as you've posted here, and I look forward to looking into it, when I'm finished with the FGT series, and have done the two hours of El Capitan. So I can see for myself what is going on here.