

The Vanquish is powered by a 5.9 L (5935 cc) 48-valve 60° V12 engine, which produces 343 kW (460 hp) and 542 N·m (400 ft·lbf) of torque. It is controlled by a fly-by-wire throttle and a 6 speed clutchless sequential manual transmission. The Vanquish S upped the power to 388 kW (520 hp) and 577 N·m (426 ft·lbf). The V12 engine in the Vanquish was designed at Ford Research in the USA. Cosworth Technologies was originally contracted to manufacture the engine, but had no involvement with the design. Previous articles which correctly recount this engine's development have appeared in Automotive Industries magazine. This car also features a 6 litre engine.
The Vanquish's V12 engine shares some components and design elements with the 3.0 L Duratec 30 V6. It even shares the same bore and stroke dimensions. For this reason, many people incorrectly dismiss the Aston Martin V12 as merely "two Duratecs linked together." It is correct that the AM V12 shares components with the 'Duratec' engine design.
The standard Vanquish model had 355 mm (14 in) drilled and ventilated disc brakes with ABS, with electronic brake distribution, while the Vanquish S featured larger 378 mm (15 in) front and 330 mm (13 in) rear rotors. It featured 19-inch wheels.
As part of its improvements, the Vanquish S featured a slightly improved coefficient of drag of 0.32. Its front and rear track were 1524 mm (60 in) and 1529 mm (60 in), respectively.


The first publicly recorded crash of a 599 GTB occurred when Car and Driver writer Aaron Robinson crashed one into the retaining wall of the Passo della Cisa in Italy, a few meters from a monument to Enzo Ferrari (for his finishing fourth in a 1919 hill climb on that same road). The car suffered only minor damage to the front right fender, and Robinson and photographer Mike Valente were able to drive it back to the factory.
Fiat CEO Sergio Marchionne also crashed his 599 GTB in November 2007.
To market the 599 GTB in the Americas, Ferrari embarked on a 20,000-mile (32,000 km) trek from Brazil to New York in two cars. The two cars drove through 16 countries and had minimal (mainly suspension) changes made to the mechanicals.
Evo Magazine named the 599 GTB as the Car of the Year for 2006 despite strong competition from rivals Porsche and Lamborghini and other high-performance cars. The Stuttgart marque has been an evo Car of the Year favorite winning in 1998, 1999, 2000, 2003, and 2004. Even with the release of the brilliant 911 Turbo (997), it was denied from the list because the 911 GT3 (997) was considered more impressive. Notably, previous GT3s have won the eCOTY in '99 and '03, making the current car a fierce contender for the title. The Porsche came in second with 94.8 points just behind the 599 with 95.4 points. Lamborghini came in third with the redesigned and more powerful Murciélago LP640 garnering 93.4 points. The three supercar marques were clear front-runners with a wide gap ahead of the Chevrolet Corvette Z06 (89.6), Lotus Elise S (89.3), Jaguar XKR (87.0), Renaultsport Mégane (86.2), Mercedes-Benz CLS63 AMG (85.4) and Aston Martin DB9 Sports Pack (84.4).
Top Gear Magazine also named the 599 GTB as the Supercar of the Year 2006. However, the Jaguar XK was named overall Car of the Year chosen from the winners of several categories.
Although Ferrari estimated a 0–100 km/h time of 3.7 seconds, tests have achieved a better time. During a track test, Evo Magazine achieved a time of 3.5 seconds and lapped the Bedford Autodrome in 1.23.10, making it faster than the Ascari KZ1, the Porsche 997 Turbo and 996 GT3 RS, Ferrari F430, Lamborghini Gallardo '04, and the Chevrolet Corvette Z06. However, it was still slower than the Gallardo SE ('06) and three other supercars. Motor Trend timed an even better 0–100 km/h time of 3.2 seconds with a Ferrari test driver.
Road & Track also timed the 0–60 mph time at 3.2 seconds in a road test which appeared in the May 2007 issue.
Autocar UK had a comprehensive 599 GTB review which appeared in the May 16, 2007 issue.
The 599 GTB is also the first Ferrari ever to come with an iPod connection as standard.
The 599 GTB manufacturing process and the Maranello plant were featured on National Geographic Channel's series Ultimate Factories in 2006.


The Mercedes-Benz SLR McLaren is an Anglo-German sports car jointly developed by Mercedes-Benz and McLaren Automotive, built in Portsmouth and the McLaren Technology Centre in Woking, Surrey, England. Daimler AG, owner of Mercedes-Benz, also owns 40% of the McLaren Group.
The brake discs are carbon-ceramic and provide better stopping power and fade resistance than steel discs when operating under ideal working temperature. Mercedes-Benz claims these discs are fade resistant to 1,200 °C (2,200 °F). The front discs are internally vented and 370 mm (14.6 in) in diameter. 8 piston calipers are used. Rear discs are 360 mm (14.2 in) in diameter with 4 piston calipers. During wet conditions the calipers automatically skim the surface of the disks to keep them dryTo improve braking performance there is an automatic air brake, when engaged the rear elevation angle of the rear spoiler is set to 65 degrees. The additional rear downforce in addition to the markedly increased aerodynamic drag increases peak deceleration ~25%.The SLR features active aerodynamics; there is a spoiler mounted on the rear integral air brake flap. The spoiler increases downforce depending on its angle of elevation (angle of attack). At speeds above 95 km/h (59 mph) the spoiler/brake automatically raises to 10 degrees (15 in 722 edition), when demanded via the driver's switch, the elevation can be increased to 30 degrees (35 in 722 version) for increased rear downforce, at the cost of increased steady state drag.
The SLR sports a 232-kilogram (512 lb), hand-built, 5.4-litre (5439 cc/331.9 cu in), supercharged, all-aluminum, SOHC V8 engine. The cylinders are angled at 90 degrees with three valves per cylinder and lubricated via a dry sump system. The compression ratio is 8.8:1 and the bore and stroke is 97 millimetre (3.82 in) and 92 millimeters (3.62 in), respectively. The Lysholm-type twin-screw supercharger produces 0.9 bar (13 psi) of boost, the turbine rotates at 23000 revolutions per minute, and the air is cooled via two intercoolers. The engine generates a maximum power of 626 PS (617 hp/460 kW) at 6500 revolutions per minute and a maximum torque of 780 newton-metres (575 ft·lbf) at 3250 revolutions per minute. 2003 models were leaving showrooms at 616 bhp (459 kW/625 PS) and now are slightly increased to 626 bhp (467 kW/635 PS) .
Unlike most of its contemporaries, its engine is front-mid mounted. McLaren took the original concept car designed by Mercedes and moved the engine 1 metre (39.4 in) behind the front bumper, and around 50 centimetres (19.7 in) behind the front axle. They also optimized the design of the center firewall.Despite its near 2-ton weight, the fuel economy is generally better than the lighter Lamborghini Murciélago, and even its lighter, less expensive, less powerful sibling, Gallardo on the Episode 1 from Season 11 of BBC car show Top Gear the Lamborghini Murciélago performed better than the SLR during a race on the track. Also, the same show put the SLR and the Porsche Carrera GT on its track, and after multiple attempts, the Porsche beat the SLR-McLaren by just over a second (1:19.8 vs. 1:20.9[6]). However, on a separate race around their short track, the SLR was fractionally quicker than the Carrera GT. In a straight line, the SLR is quicker throughout the range.

The Lamborghini Murciélago is a high performance sports car produced by Italian automaker Automobili Lamborghini S.p.A. and designed by Luc Donckerwolke. It was introduced in 2001 as the successor to the Diablo. The Murciélago is a two-door, two-seat coupé. To celebrate the company's 40 years in operation, 50 special edition Murciélagos were built during the autumn of 2003. An open-top version called the Murciélago Roadster was introduced in 2004 for the 2005 model year. The roadster features similar performance to the coupé with a more aggressive rear flank, as well as a considerably higher price tag.
The front and rear bumpers have been reshaped to channel air more efficiently, and the new exhaust has been shaped into the rear diffuser to minimize aerodynamic lift. The air intake on the left side has been enlarged to accommodate the feeding of the oil cooler. The car's body is made up of steel and carbon fiber, while underneath a revised suspension has been added to keep up with the car's performance. It also has an all-wheel-drive system that normally distributes 70% of the torque to the rear wheels, but can allocate up to 100% to either end depending on where the grip is running out. There are also new 18-inch (460 mm) Hermera alloy wheels running huge 335/30 tires at the rear. The LP640 retains the original car's scissor-opening doors. The LP640 coupè U.S. MSRP rests at $318,800.
Inside the LP640, the seating has been reshaped to accommodate greater headroom, while an upgraded instrument panel is flanked by an improved stereo system.
The LP640's optional equipment includes carbon ceramic brakes for swifter braking, chrome paddle shifters and a glass engine cover which shows off the LP640's engine.


Some early Zonda engineering was done by Formula One champion, Juan Manuel Fangio. The car was originally to be named for him, the "Fangio F1", but the name was changed upon his death in 1995, renamed after an air current above Argentina.
Development of the Zonda GR started in December, 2002. At this stage the Zonda was nearly four years old, but had yet to be entered in major motorsports. Tom Weickardt, owner of American Viperacing, Toine Hezemans, owner of Carsport Holland, and Paul Kumpen, owner of GLPK, created a new company, Carsport Zonda, to build a racing version. They secured exclusive rights to develop, build and sell competition Zondas from Horacio Pagani, and the first GR was completed at Carsport's facility in Modena within months.
The Zonda GR is based on the Zonda C12 S. It was built on the same carbon fiber chassis, with tube frames in front and back. The bodywork was modified to include front and rear diffusers and louvers for improved aerodynamics. The car was 2 meters (6.6 ft) wide, in accordance with the regulations of the FIA and ACO. The car's weight was reduced to 1,100 kilograms (2,425 lb), and a new suspension was designed. New wheels and brakes were also specified. The engine was equipped with an enlarged radiator, and the engine and gearbox also have new oil coolers.
The performance of the Zonda GR is well beyond that of the stock car. The car sprints from 0 to 60 mph (97 km/h) in 3.3 seconds and the engine produces around 600 PS (592 hp/441 kW) at 5800 rpm and 580 lb·ft (786 N·m) of torque at 4300 rpm with a redline increased to 7500 rpm. The added power and improved aerodynamics allow the car to hit 215 mph (346 km/h).
Its price is $325000.The Zonda C12 S Monza debuted at the 2004 Paris Motor Show as a track-day version of the Zonda for private use. Borrowing its appearance cues from the Zonda GR, the Monza included many features which could also be applied to other Zonda models. A dry sump engine tuned to 637 PS (more than 440 kW) was used, and the cooling was improved. Modified aerodynamics, including a different wing and front diffuser, allowed greater speed, as did optimized gearing. The car was lighter, with polycarbonate side windows, and an unmuffled exhaust is fitted. The revised interior includes different pedals, steering wheel, and seats, as well as a reinforced roll cage. Larger brakes and a stiffer suspension also improve performance. Finally, an external fire extinguisher is included for safety.
Despite sharing much of the Zonda's shape, the R CS is almost entirely new, sharing only 10% of the Zonda F's components. It has been obliquely suggested by Horacio Pagani that this car is a testbed chassis for certain components of the Zonda's replacement (in the same vein as the Ferrari 288 GTO Evoluzione and the successive F40) and that the R CS accurately reflects some of the Zonda's successor's features.
Chassis The central carbon chassis incorporates a roll cage and a rubber racing fuel cell with 4 fuel pumps and quick refuel filler cap, similar to GT race cars. The wheelbase has been increased by 47 mm (1.9 in) to increase stability. The front and rear subframes are brand-new, built to accommodate new suspension geometry, and produced in Avional. The slick-shod wheels are new forged-magnesium centre-lock models, which in conjunction with on-board pneumatic airjacks (again, like the FXX) allow rapid change of the entire wheel assemblies.
The car senses, displays and logs information about the amount of downforce that is generated at each wheel at all times. It is thought that this system will enable owners to adjust set-up according to track conditions and to improve their cornering technique.
Bodywork In addition to the wheelbase increase (47 mm), overall length has increased by 394 mm (15.5 in) and track by 50 mm (2 in). The bodywork and aerodynamics have been altered to offer maximum downforce, featuring a longer front bonnet with flaps, a closed underbody and a new rear overhang with adjustable rear wing and race-derived diffuser. These are intended to translate into increased aerodynamic efficiency and downforce for maximum cornering speed. It is also noted that the car's new rear bodywork is minimal in the extreme, being composed mostly of vent. This is thought to be symptomatic of the need to keep the engine cool enough, even under hard track use. Again, this is similar to the gutted bodywork of the Ferrari Evoluzione.
Engine Output has increased to 750 bhp (559 kW) at 8000 rpm and 523 lb·ft (709 N·m) of torque. A lightweight carbon fibre high performance intake system, racing multiple disc sintered clutch and Formula 1-style exhaust system, hydroformed in Inconel 625 and ceramic coated for optimal heat dissipation, have been added. The engine is combined with a 6-speed transverse-mounted manual sequential synchronized gearbox.
Interior The car's interior is spartan reflecting the car's racetrack aspirations and intended home, and features bespoke seats, customized to the driver to offer maximum support. As before, the Digitek instrumentation provides essential information and the sophisticated telemetry allows a variety of sensors to monitor numerous aspects of the car.
Cost The R Clubsport, as a final, specialized run-out model, is expected to cost in excess of US$1.2 million.
