BlazinXtreme
American VW's are typically built in Mexico. I think some in Brazil as well, but don't quote me on that. I remember M5Power telling me sometime ago.
I think that's true, I know most are built in Mexico.
Maybe someone needs to explain Grand Tourer and give other examples, I've always been told the Veyron was a Super or Hyper car....which I can sort of see, but not fully.
Here's a definition I found that give's examples as well as a definition
"A
grand tourer, sometimes initialised GT, is a high-performance automobile designed for long distance driving.Any such car could be considered to be a grand tourer, but the traditional and most common body style is a two door coupe, with either a two seat or a 2+2 seat arrangement. Example cars include the BMW 6-series and the Aston Martin DB9.
Grand tourers differ from sports cars in that they are usually larger, heavier and tend make less compromise in comfort for the sake of driving ability. For this reason they mostly have front-mounted engines that leave more space for the cabin than mid-mounted engines. They also tend to have softer suspension to provide good ride quality. However, grand tourers do have similarities with sports cars, such as the fact they mainly use rear or four wheel drive, and the term sports car may be used to describe a car with grand touring qualities, Exception Handler: No article summary found.Very high-performance grand tourers, Exception Handler: No article summary found.such as the Ferrari 575 M may be considered to be supercar."
This quote sum's the Veyron up best imo - "Unlike the Ferrari Enzo, the Veyron is not a racing car in disguise. Instead, the Bugatti is intended to be the grandest grand tourer."
It goes back to phyics, after enough stress and strain the parts wear out and fail. I'm sure parts on a 1001hp car will wear out and fail much quicker then parts on a 100hp Civic. There is still a structral limit with metals and alloys, I learned this in my materials class during high school.
Yeah, so why increase the power needlessly and why not create an engine that will produce the least stress for a 1000bhp car and be able to handle that stress as best as realistically possible.
And no it goes 250mph because there is some limiting factor...I'm guessing the tires, heat, and massive amounts of stress.
Apparently it's the tyre's, they wern't sufficiently tested over 252mph, and the last thing VAG want is a headline saying billionaire dies in 1 million $ car crash becasue his tyre's blew out on a V-Max run.