We don't hear much about what GT5 does in it's physics engine, but I guess this gives some insight to the type of physics calculations GT5 is doing behind the scenes
The G-forces would be too severe for anyone to sustain for prolonged periods. A modern F1 car produces 4-5 G's when braking and 5G in real mega corners, like Istanbul's Turn 8.
This 'X1' looks like it'll have at least double the forces.
If fighter pilots blackout at 9-10 G's, then driviers would be doing the same on the track. is to dangerous
With proper G suits, i reckon the F1 drivers could cope with driving that car, you have to remember that they're pulling 5G just now with no G suits at all.
I don't think G suit will do, fighter pilots in heavily banked turns are fighting vertical Gs, but F1 drivers in corners face pure laterial G, the neck simply won't coupe with it. well before dedicated training and some freak of nature prove otherwise.
eh....either you have a problem with scale or you are showing me a pic of karts as big as F1 cars.....
you just proved my point, your pic shows a road that can run 5 karts side by side, and look at the GT pic, there is room for at least 5 X1 side by side, so thats really twice as wide.
A support could be constructed that would cup the helmet in a turn and support the head. Make it slick so they can still turn the head easily to look through turns. If properly constructed, it wouldn't restrict the view either.
The problem is what's inside the head. Don't even wanna think about what the brain looks like in a lateral 8 G turn.
You're really clutching at straws now. I can't believe you would actually go to the effort of overlaying both of the pictures to prove a point that no one really cares about and most would disagree with. Go outside or something, use your time more wisely.