Wolfe
You could have explained that the car was getting power oversteer, both wheels were spinning, and the engine was bouncing off of the redline like crazy.
1. Infinity G35's (Skyline I had, same car), DO NOT burn out and bounce off the rev-limiter at 80 mph, just because you turned.
Now, a few things on that.
1. The knowledge that this car is 2-wheel drive.
2. The knowledge that a car turning, spinning both of it's rear tires, (as a 2-wheel drive RWD car always does), always results in power oversteer.
3. Now if you read this, you fully understand that this car is doing everything you just mentioned, and this was from my very first post on EPR, but you weren't paying attention, and have wasted both of our time constantly assuming there was something else happening
(Yes, the Infinity I forementioned is far different from the Skyline, something nobody noticed other than myself, as I posted about on page 11.)
As L4S said, a burnout is a term for low-speed wheelspin, or stationary wheelspin. As in, you do a burnout in a parking lot to impress your friends, and the drivers in professional drifting events are doing power oversteer.
So when I said, Does burnouts through turns, at 80mph in 4th gear..... you took that to mean 32mph, in 1st gear, because, hell, who wouldn't?
You could look up the real-world car. It only takes a quick search to reveal that the car is, in fact, a CVT with pre-set ratios at 8 points.
Great. It drives/shifts like a manual in both games at redline.
Either that or the one in EPR I had wasn't the CVT.
Okay, and where does real life fit in? You can't expect to prove that GT4 is more realistic by only comparing the two games to themselves...
I did mention in my last post that since these arguments were based on specualtion, and maybe a little common sense (or lack thereof), you could defend EPR till the cows come home.
As uM_Jammer has already explained, the GT-8 is a CVT, Enthusia does do a better job of simulating both automatics and CVTs, and the real-world characteristics of a CVT could very likely explain the phenomena that you're experiencing in EPR.
Yes, and that's why the rear slide straight out, because the torque converter slipped.
I'll give you this: One more ignorant post like this, (being the 5th time I've stated that it did "power oversteer"), and I'll just let you go back into EPR bliss.
And no, EPR doesn't model "real-life automatics", because it waits way to long to upshift at light throttle. It still holds them in gear for far longer than a real car would.
It is a small improvement over GT4, but nothing to brag about, because it's still not right, not even close.
Bringing the GT4 Skyline GT-8 into the equation is rather useless, because GT4 just treats it like a car with an 8-speed manual transmission.
Actually, GT4 makes it shift just like an 8-speed automatic. If you used it, you would know this.
You're missing the point. As I said before, I did that test in LFS to determine whether the inertia and horsepower would be enough to maintain a slide for any amount of time, and if the RPMs would rise, and by how much.
Whoo-hoo! But those cars have totally different power/weight ratings, on either account, and very likely different tires, among the variables, including what Scaff mentioned. That makes it a poor test.