Bugatti Engine

The Veyron from the house of Bugatti is expected to come in the 16 cylinder W16 engine mounted in separate two banks of eight cylinders. The engine features with the 4 turbochargers and displaces 8.0 liter with the stroke and the bore of 86 mm and the 86 mm respectively. The vehicle is designed by Ricardo.

The transmission in the vehicle consists of Direct Shift gearbox with dual clutches, manual gearbox controlled by the computer with the 7 gear ratios, magnesium paddles next to the steering wheel and has the shift time of 150 Ms. The vehicle uses the Haldex traction system and provides the 4-wheel drive. The new Veyron uses the flat tires from the Michelin, which are specially designed for the Veyron to provide the maximum speed. The curb weight of the vehicle will be 2034 kilo grams.

The wheel base of the Veyron is about 2710 mm, while the length, width and the height of the model are 4462 mm, 1998 mm and 1204 mm respectively. The Bugatti Veyron has 10 radiators in total - 1 hydraulic oil radiator for the spoiler, 3 radiators for the engine cooling system, 1 engine oil radiator, 1 heat exchanger for the air-to-liquid intercoolers, 1 differential oil radiator, 2 for the air conditioning system and 1 transmission oil radiator.

The engine in the vehicle produces 746 kilo watts of power and a massive 920 lb ft of torque. The maximum speed of the vehicle is about 400 kilo meters per hour, and the most fascinating part of the story is that the Bugatti Veyron is capable of reaching the speed of 200 kilo meters per hour in just 7.3 seconds.

Mid-engined

Lotus EliseWhile the majority of cars have their engine over the front wheels, which allows better carrying capacity, mid-engine cars offer a more favourable weight distribution. The engine usually sits just in front of the rear axle, behind the passenger compartment. This usually means that mid-engine cars are two-seaters as the engine intrudes into what would be used for the rear passenger space. The advantages include better handling, better braking (because the rear wheels have more weight over them), improved acceleration (where they're rear-wheel drive as well), and a smoother ride. Because the engine is not directly facing into the wind, vents, air scoops, and additional radiators may have to be used to keep the engine cool. Common mid-engined cars are Ford GT, Lotus Elise, Porsche Boxster and Ferrari 355.