You don't understand. You can have as much horsepower as you want. That's great. You can have the best power/weight ratio in the world for all I care. How does that effect handling at all? Honestly answer how power/weight ratio (which only effect acceleration) controls how the car handles. I want you to put an 5000 BHP engine in a tractor trailer and see what happens. Tell me if how much lateral G's it pulls, and how fast it can do the 'Ring.
But the Veyron is supposed to handle at least decently, if it doesn't it shouldn't be considered a supercar, hypercar, or whatever. And get rid of the Ring, put it on any road course, it should be faster just due to sheer power to weight ratio. And really shouldn't have these awesome engineers thought about all of this? Couldn't they've engineered an awesome suspension system to rival LMP cars?
et me ask you something: Was the EB110 an engineering feat? It had a 60 valve 3-litre V12 pushing out 500+ BHP.What about a Jaguar XJ220, or Cizeta V16T?
Couldn't honestly give you an answer since I'm not 100% sure what the EB110 is. I know nothing about the XJ220 other then it looks cool and the same goes of the V16T. I like to talk about things I have some clue on.
Now, let's put this into perspective: A car making 240 BHP out of 2 litres is more of an engineering feat than one making 1000? That's a pittance.
A S2000 is not only 30 grand, but is naturally asperated and can actually round a corner. Also it's a convertable.
You can get a Mitsubishi making 400 BHP out of 2 litres.
Forced induction adds loads of power, turbo a S2000 and see the results, I bet Honda could come close to 450hp with little problem. I don't like Honda's but I can respect their uncanny way of making thing sweet, cheap, reliable, and surprisingly effiecent.
A bike is more of an engineering feat than a car making 1000 BHP?
Try to design a bike to do 200 mph and still be stable, I would wager it would be a very hard task. You have to get the seat, bars, etc. in the right postion to get the rider in the right position. Remember you are working with 2 wheels here.
And a glorified kit-car is more of an engineering feat than a car with 1000 BHP? I can't even fathom that one, and I've heard of dozens of cars that could destroy the Atom.
What can kill an Atom? I believe on Top Gear (the only test I've actually seen) the thing slaughtered a ton of cars with more power then it. Making a road legal go-kart with that kind of cornering power take a serious amount of work.
1001 BHP. That is 700 more than most people will ever have. That is 711 more than your truck has. Can you even imagine that? I don't think your percieving the hurdles VW had to overcome to make this car. The car had Porsche 911-guage meltdowns of half-million dollar engines. To make that car run good enough and reliable enough for them to even conceive selling it is a feat in itself.
Big deal, it has 711 more horsepower then my truck. A Cobalt SS has 15 more horsepower and will walk my truck all day.
I can imagine a 1001hp, I've seen Vipers with more then that and they cost less. Hennessy? Think about that 1200hp Viper that probably runs 120,000 at the most.
And really taking two W8's, sticking them together, making it forced induction is no real feat. People slap twin turbos on Supra and get a 1000hp and they only have 6 cylinders to work with.