@Kamran
Unfortunately, when everyone is making 500+ BHP daily drivers, getting excited by something that can make a 1000 doesn't seem to be that spectacular. It's when you start adding the figures is when you start to appreciate the sheer technical challenges.
@All
As an example, the fuel burnt during a full power run is 8.3 litres per minute, or a total of 6.1 MW (yes, that's Mega Watts) of energy released by fuel consumption. The car uses a 1000 BHP or 0.746 MW to propel it to top speed. That means that around 5.3 MW need to be dissipated into the air. That's an equivalent of 1325 home gas heaters (each of 4 kW) at full blast. A part of it will be via the exhaust, and a part via the radiators and heat exchangers. Even splitting down the middle, you still got more than 2.6 MW to dissipate via the radiators.
This car, even though it's madness, is an engineering marvel. And the man who's bought 3, knows this fact very well. And I wish him the best of luck and fun with his new toy.
As for me? A McLaren F1 please
(I wish!) It's the ultimate road (not race) car, and was designed to be comfortable and easy to drive. It's still the fastest naturally aspirated production car in the world.