Thursday, October 25, 2007

FORMULA 1 AMAZING FACTS

FERRARI AT PIT STOP
Here are some interesting facts about F1 Cars
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1. An F1 car is made up of 80,000 components, if it were assembled 99.9% correctly; it would still start the race with 80 things wrong!

2. F1 cars have over a kilometer of cable linked to about 100 sensors and actuators which monitor and control many parts of the car.

3. An F1 car can go from 0 to 160 kph AND back to 0 in FOUR seconds!!!!

4. F1 car engines last only for about 2 hours of racing mostly before blowing up on the other hand we expect our engines to last us for a decent 20yrs on an average and they quite faithfully DO....that’s the extent to which the engines r pushed to perform...

5. When an F1 driver hits the brakes on his car he experiences retardation or deceleration comparable to a regular car driving through a BRICK wall at 300kmph!!!

6. An average F1 driver looses about 4kgs of weight after just one race due to the
prolonged exposure to high G forces and temperatures for little over an hour (Yeah that’s right!!!)

7. At 550kg a F1 car is less than half the weight of a Mini.

8. In an F1 car the engine typically revs up to 18000 rpm,(the piston traveling up and down 300 times a second!!) whereas cars like the palio, maruti 800,indica rev only up to 6000 rpm at max. That’s 3 times slower.

9. The brake discs in an F1 car have an operating temperature of approximately 1000 degrees Centigrade and they attain that temp while braking before almost every turn...that is why they r not made of steel but of carbon fibre which is much more harder and resistant to wear and tear and most of all has a higher melting point.

10. If a water hose were to blow off, the complete cooling system would empty in just over a second.

11. Gear cogs or ratios are used only for one race, and are replaced regularly to prevent failure, as they are subjected to very high degrees of stress.

12. The fit in the cockpit is so tight that the steering wheel must be removed for the driver to get in or out of the car. A small latch behind the wheel releases it from the column. Levers or paddles for changing gear are located on the back of the wheel. So no
gearstick! The clutch levers are also on the steering wheel, located below the gear paddles.

13. To give you an idea of just how important aerodynamic design and added downforce can be such that small planes can take off at slower speeds than F1 cars travel on the track.

14. Without aerodynamic downforce, high-performance racing cars have sufficient power to produce wheel spin and loss of control at 160 kph. They usually race at over 300 kph.

15. The amount of aerodynamic downforce produced by the front and rear wings and the car underbody is amazing. Once the car is traveling over 160 kph, an F1 car can generate enough downforce to equal its own weight. That means it could actually hold itself to the CEILING of a tunnel and drive UPSIDE down!

16. In a street course race like the Monaco grand prix, the downforce provides enough suction to lift manhole covers. Before the race all of the manhole covers on the streets have to be welded down to prevent this from happening!

17. The refuelers used in F1 can supply 12 liters of fuel per second. This means it would take just 4 seconds to fill the tank of an average 50 litre family-car. They use the same refueling rigs used on US military helicopters today.

18. TOP F1 pit crews can refuel and change tyres in around 3 seconds.

19. Race car tyres don't have air in them like normal car tyres. Most racing tyres have nitrogen in the tyres because nitrogen has a more consistent pressure compared to normal air. Air typically contains varying amounts of water vapor in it, which affects its expansion and contraction as a function of temperature, making the tyre pressure unpredictable.

20. During the race the tyres lose weight! Each tyre loses about 0.5kg in weight due to wear.

21. Normal tyres last 60 000 - 100 000 km. Racing tyres are designed to last 90 - 120 km (That's Khandala and back).

22. A dry-weather F1 tyre reaches peak operating performance (best grip) when tread temperature is between 900C and 1200C. (Water boils at > 100C) At top speed, F1 tyres rotate 50 times a second.
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FORMULA 1 INTRODUCTION

FORMULA 1 LOGO
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Formula One, abbreviated to F1, is the highest class of auto racing defined by the Fédération Internationale de l'Automobile (FIA), motor sport's world governing body. The "formula" in the name is a set of rules which all participants and cars must meet. The F1 world championship season consists of a series of races, known as Grands Prix, held usually on purpose-built circuits, and in a few cases on closed city streets. The results of each race are combined to determine two annual World Championships, one for drivers and one for constructors.
It is a massive television event, with millions of people watching each race in 200 countries. The cars race at high speeds, often greater than 320 km/h (200 mph) and are capable of pulling up to 6 g in some corners. The performance of the cars is highly dependent on electronics, aerodynamics, suspension and tyres. The formula has seen many evolutions and changes through the history of the sport.
Europe is Formula One's traditional centre and remains its leading market. However, Grands Prix are held all over the world and, with new races in Bahrain, China, Malaysia, Turkey and the United States since 1999, its scope continues to expand with India being added to the schedule starting in 2010. Of the 17 races in 2007, nine are outside Europe. As the world's most expensive sport, its economic effect is significant, and its financial and political battles are widely observed. Its high profile and popularity makes it an obvious merchandising environment, which leads to very high investments from sponsors, translating into extremely high budgets for the constructor teams. In recent years several teams have gone bankrupt or been bought out by other companies.
The sport is regulated by the FIA. Formula One's commercial rights are vested in the Formula One Group.




Country or region International


Inaugural season 1950


Drivers 22


Teams 11


Engine suppliers 6


Drivers' champion Kimi Räikkönen


Constructors' champion Ferrari


Official website formula1.com


RACING AND STRATEGY


A Formula One Grand Prix event spans an entire weekend, beginning with two free practice sessions on Friday (except in Monaco, where Friday practices are moved to Thursday), and one free practice on Saturday. Third drivers are allowed to run on Fridays, but only two cars may be used per team, requiring a race driver to give up their seat. After these practice sessions, a qualifying session is held.
The format of this qualifying session has been through several iterations since 2003. Attempts were made to reinvigorate interest in the qualifying session by using a "one-shot" system in which each driver would take turns on an empty track to set their one and only time.
For the 2006 season a knockout qualifying system was introduced, which has continued unchanged for the 2007 season. The FIA revised the 2006 procedures starting with Round 11, the 2006 French Grand Prix. In the first phase, all 22 cars are permitted on the track for a 15-minute qualification session. Only their fastest time will count and drivers may complete as many laps as they wish. In the original format, the clocks were stopped immediately at the end of the session, which meant that drivers on a timed lap did not have their time registered once the 15 minutes were up. From Round 11, any car running a timed lap at the time of the chequered flag is entitled to complete the lap. The slowest six cars can take no further part in qualifying, these cars will make up the last six grid positions in the order of their times.
The times for the sixteen remaining cars are reset for the next 15-minute session. In the original format, the clocks were stopped immediately at the end of the session. From Round 11, cars running timed laps at the chequered flag are allowed to complete the lap. The slowest six cars will make up the grid in positions 11 to 16 in the order of their times.
The times for the ten remaining cars will be reset for the next session. The shootout session lasted 20 minutes under the original regulations, changed to 15 minutes from Round 11. For the final period, the cars will be arranged on the grid in positions one to ten in the order of their times. In the first two 15-minute sessions, cars may run any fuel load and drivers knocked out after those sessions may refuel ahead of the race. However, the top-ten drivers must begin the final 15-minute session with the fuel load on which they plan to start the race. They will be weighed before they leave the pits. Whatever fuel they use in the 15 minutes may be replaced at the end of the session provided that the laps they complete are all within 110% of their best session time; outlaps (a lap that started in the pitlane) and inlaps (a lap that ended in the pitlane) are permitted to be no more than 120% of the driver's best session time. Any fuel for a lap outside of the 110% time will not be replaced. As with the first two 15 minute sessions, if a driver starts a timed lap before the chequered flag falls for the 15 minute session, their time will count even if they cross the finish line after the session has ended.
The race begins with a warm-up formation lap, after which the cars assemble on the starting grid in the order they qualified. If a driver stalls before the parade lap, and the rest of the field passes him, then he must start from the back of the grid. As long as he moves off and at least one car is behind him, he can retake his original position. A racer may also elect to start from pit-lane if he has any last minute problems with the car. If they choose to do this, they must wait for all cars to pass pit-lane before they may begin the race.
A light system above the track then signals the start of the race. Races are a little over 305 kilometres (190 miles) long and are limited to two hours, though in practice they usually last about ninety minutes. Throughout the race, drivers may make one or more pit stops in order to refuel and change tyres. For 2007 with Michelin leaving the sport, teams are supplied with tyres solely from Bridgestone. Bridgestone have developed four tyre compounds of which they then select two for the teams to use at a given race event. Drivers must use both tyre compounds during a race which is hoped will bring more excitement to the sport. The softer of the available compounds for the weekend's tyres can be seen with a white ring around one of the grooves on the tyre itself.
The FIA awards points to the top eight drivers and their respective teams of a grand prix on a 10-8-6-5-4-3-2-1 basis (the race winner receives ten points, the first runner-up eight, and so on). Other points systems have been in operation over the years. The winner of the two annual championships are the driver and the team who have accumulated the most points at the end of the season. If any drivers and/or teams have the exact amount of points and are both competing for the driver and/or team championships, the driver and/or team who has won more Grand Prix races during the course of the season is declared the winner.


DRIVERS AND CONSTRUCTION


Since 1984 Formula One teams have been required to build the chassis in which they compete, and consequently the terms "team" and "constructor" are more or less interchangeable. This requirement distinguishes the sport from series such as IndyCar Series, Champ Car World Series, and NASCAR NEXTEL Cup Series, which allow teams to purchase chassis, and "spec series" such as GP2, which require all cars be kept to an identical specification. In its early years, Formula One teams sometimes also built their engines, though this became less common with the increased involvement of major car manufacturers such as BMW, Mercedes-Benz, Renault, Toyota, and Honda, whose large budgets rendered privately built engines less competitive (and redundant).
In the 2007 season, for the first time since the 1984 rule, two teams used chassis built by other teams. Super Aguri started the season using a modified Honda Racing's RA106 chassis (used by Honda on the 2006 season), while Toro Rosso used a modified Red Bull Racing RB3 chassis (same as the one used by Red Bull on the 2007 season). Such a decision did not come as a surprise because of spiraling costs and the fact that Super Aguri is partially owned by Honda and Toro Rosso is owned by Red Bull. Formula One team Spyker has raised a complaint against this decision, and other teams such as McLaren and Ferrari have officially confirmed to support the campaign. The 2006 season could have been the last one where the terms "team" and "constructor" were truly interchangeable, although the FIA has not made a final decision about this issue and it will be most likely resolve with arbitration proceedings through the 2007 season.
Early manufacturer involvement came in the form of a "factory team" (that is, one owned and staffed by a major car company), such as those of Alfa Romeo, Ferrari (Fiat) or Renault. Companies such as Climax, Repco, Cosworth, Hart, Judd and Supertec, which had no direct team affiliation, often sold engines to teams who could not afford to manufacture them. As the manufacturers' deep pockets and engineering ability took over, almost all engines are now produced by major manufacturers.
After having virtually disappeared by the early 1980s, factory teams made a comeback in the 1990s and 2000s, and now form half the grid with Toyota, Ferrari (Fiat), Honda, Renault and BMW either setting up their own teams or buying out existing ones. Mercedes-Benz (DaimlerChrysler) owns 40% of the McLaren team and manufactures the team's engines. Commercial engine supplier Cosworth exited the sport at the end of 2006. Thus all the teams will run on factory supplied engines from 2007.
The sport's 1950 debut season saw eighteen teams compete, but due to high costs many dropped out quickly. In fact, such was the scarcity of competitive cars for much of the first decade of Formula One that Formula Two cars were admitted to fill the grids. Ferrari is the only still-active team which competed in 1950, and as of 2006 eleven teams remain on the grid, each fielding two cars. Although teams rarely disclose information about their budgets, it is estimated that they range from US$66 million to US$400 million each.
Entering a new team in the Formula One World Championship requires a £25 million (about US$47 million) up-front payment to the FIA, which is then repaid to the team over the course of the season. As a consequence, constructors desiring to enter Formula One often prefer to buy an existing team: B.A.R.'s purchase of Tyrrell and Midland's purchase of Jordan allowed both of these teams to sidestep the large deposit and have the benefit that the team already had, such as TV revenue.
Each car is assigned a number. The previous season's World Drivers' Champion is designated number 1, with his teammate given number 2. Numbers are then assigned according to each team's position in the previous season's World Constructors' Championship. There have been exceptions to this rule, such as in 1993 and 1994, when the current World Drivers' Champion (Nigel Mansell and Alain Prost, respectively) was no longer competing in Formula One. In this case the drivers for the team of the previous year's champion are given numbers 0 (Damon Hill, on both occasions) and 2 (Prost himself and Ayrton Senna - replaced after his death by David Coulthard and occasionally Nigel Mansell - respectively). The number 13 has not been used since 1974, before which it was occasionally assigned at the discretion of individual race organizers. Before 1996, only the world championship winning driver and his team generally swapped numbers with the previous champion – the remainder held their numbers from prior years, as they had been originally set at the start of the 1974 season. For many years, for example, Ferrari held numbers 27 & 28, regardless of their finishing position in the world championship. As privateer teams quickly folded in the early 1990s, numbers were frequently shuffled around, until the current system was adopted in 1996.
Michael Schumacher holds the record for having won the most Drivers' Championships (seven) and Ferrari holds the record for having won the most Constructors' Championships (fifteen). Jochen Rindt became the only posthumous World Champion after a fatal accident at the 1970 Italian Grand Prix.


Feeder series
For the most part, F1 drivers come up through the traditional European single seater series' - Karting, Formula Ford, Formula Renault, Formula 3, and finally GP2. The GP2 series is two years old and both champions have gone on to race in F1. Before GP2 existed, Formula 3000 was the last major "stepping stone" into F1, counting among its alumni Juan-Pablo Montoya and Jean Alesi. However, drivers do not have to have raced in GP2/F3000. British F3 has long been considered one of the best places to spot F1 talent, with David Coulthard, Ayrton Senna and Rubens Barrichello having raced there. Again though, it is possible to be picked earlier, as was the case with Kimi Räikkönen, who went straight from Formula Renault to an F1 drive.
The Champ Car World Series has also contributed to the Formula One grid, with Juan-Pablo Montoya, Alex Zanardi, Cristiano da Matta and Sebastian Bourdais (starting in 2008) migrating to F1 from Champ Car.
Other drivers have taken different paths to F1 - Jacques Villeneuve came through two of the American single-seater series immediately before F1; Damon Hill raced motorbikes, and Michael Schumacher raced in sports cars (albeit after climbing through the junior single seater ranks). However, to race, the driver must hold an FIA Super Licence - assuring that the driver has the requisite skills, and will not therefore be a danger to others. (Some drivers haven't had the licence when first assigned to a F1 team)

Beyond F1
Most F1 drivers retire before their mid-30s, however, many keep racing in disciplines that are less physically demanding. The DTM is popular category, and some F1 drivers "crossed the pond" to race in America - Nigel Mansell and Emerson Fittipaldi duelled for the 1993 IndyCar title, while Juan Pablo Montoya and Jacques Villeneuve have moved to NASCAR. Some drivers have gone to A1GP; and some, such as Gerhard Berger and Alain Prost returned to F1 as team owners. In 2005 though, a new series appeared, Grand Prix Masters, pitting retired grand prix drivers against each other, with the requirement that the drivers be over 40 and have been retired at least two years.


Grands Prix


Cars wind through the infield section of the Indianapolis Motor Speedway at the 2003 United States Grand Prix.
The number of Grands Prix held in a season has varied over the years. Only seven races comprised the inaugural 1950 world championship season; over the years the calendar has almost tripled in size. Though the number of races had stayed at sixteen or seventeen since the 1980s, it reached nineteen in 2005.
Six of the original seven races took place in Europe; the only non-European race that counted towards the World Championship in 1950 was the Indianapolis 500, which, due to lack of participation by F1 teams, since it required cars with different specifications from the other races, was later replaced by the United States Grand Prix. The F1 championship gradually expanded to other non-European countries as well. Argentina hosted the first South American grand prix in 1953, and Morocco hosted the first African World Championship race in 1958. Asia (Japan in 1976) and Oceania (Australia in 1985) followed. The current seventeen races are spread over the continents of Europe, Asia, Australia, North America, and South America.
Traditionally, each nation has hosted a single grand prix that carries the name of the country. If a single country hosts multiple grands prix in a year, they receive different names. For example, until 2007 two Grands Prix took place in Germany, one of which was known as the European Grand Prix.
The Grands Prix, some of which have a history that predates the Formula One World Championship, are not always held on the same circuit every year. The British Grand Prix, for example, though held every year since 1950, alternated between Brands Hatch and Silverstone from 1963 to 1986. The only other race to have been included in every season is the Italian Grand Prix. The World Championship event has taken place exclusively at Monza with just one exception: in 1980, it was held at Imola, host to the San Marino Grand Prix until 2006.
One of the newest races on the Grand Prix calendar, held in Bahrain, represents Formula One's first foray into the Middle East with a high tech purpose-built desert track. The Bahrain Grand Prix, along with other new races in China and Turkey, present new opportunities for the growth and evolution of the Formula One Grand Prix franchise whilst new facilities also raise the bar for other Formula One racing venues around the world.

CIRCUIT


A typical circuit usually features a stretch of straight road on which the starting grid is situated. The pit lane, where the drivers stop for fuel and tyres during the race, and where the teams work on the cars before the race, is normally located next to the starting grid. The layout of the rest of the circuit varies widely, although in most cases the circuit runs in a clockwise direction. Those few circuits that run anticlockwise (and therefore have predominantly left handed corners) can cause drivers neck problems due to the enormous lateral forces generated by F1 cars pulling their heads in the opposite direction to normal.
Most of the circuits currently in use are specially constructed for competition. The current street circuits are the Circuit de Monaco, and Melbourne, although races in other urban locations come and go (Las Vegas and Detroit, for example) and proposals for such races are often discussed – most recently London and Beirut. Several other circuits are also completely or partially laid out on public roads, such as Spa-Francorchamps. The glamour and history of the Monaco race are the primary reasons why the circuit is still in use, since it is thought not to meet the strict safety requirements imposed on other tracks. Three-time World champion Nelson Piquet famously described racing in Monaco as "like riding a bicycle around your living room."
Circuit design to protect the safety of drivers is becoming increasingly sophisticated, as exemplified by the new Bahrain International Circuit, added in 2004 and designed – like most of F1's new circuits – by Hermann Tilke. Several of the new circuits in F1, especially those designed by Tilke, have been criticized as lacking the "flow" of such classics as Spa-Francorchamps and Imola. His redesign of the Hockenheim circuit in Germany for example, while providing more capacity for grandstands and eliminating extremely long and dangerous straights, has been frowned upon by many who argue that part of the character of the Hockenheim circuits were the long and blinding straights into dark forest sections. These newer circuits, however, are generally agreed to meet the safety standards of modern Formula One better than the older ones.
The most recent addition to the F1 calendar is Istanbul Park in Turkey, which first staged an F1 race in 2005. The next confirmed additions will be street races in Valencia and Singapore (the latter set to be the host of the first night race in F1 history) in 2008 and a race in Abu Dhabi in 2009. India is another prospective destination that is often discussed in board meetings, but a few attempts in the last couple of years to select a location within the country have not worked out.


The Cost of Formula One

Estimated budget split of an F1 team based on the 2006 season
In March 2007 F1 Racing published its annual estimates of spending by Formula One teams. The total spending of all 11 teams in 2006 was estimated at $2.9 billion. This was broken down as follows; Toyota $418.5 million, Ferrari $406.5m, McLaren $402m, Honda $380.5m, BMW Sauber $355m, Renault $324m, Red Bull $252m, Williams $195.5m, Midland F1/Spyker-MF1 $120m, Toro Rosso $75m, and Super Aguri $57 million.
Costs vary greatly from team to team; in 2006 teams such as Honda, Toyota, McLaren-Mercedes and Ferrari are estimated to have spent approximately $200 million on engines, Renault spent approximately $125 million and Cosworth's 2006 V8 was developed for $15 million. In contrast to the 2006 season on which these figures are based, the 2007 sporting regulations ban all performance related engine development.



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FERRARI 360 SERIES

FERRARI 360 SERIES

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Ferrari 360 was the name given to six model variants of Ferrari cars. Three production road cars and three racing cars;






Ferrari 360 Production Road cars:



1. Ferrari 360 Modena, a fixed roof two-door luxury sports coupe;



2. Ferrari 360 Spider, a convertible two-door variant of the Modena;



3. Ferrari 360 Challenge Stradale, an F1 auto 360 Challenge inspired variant of a 360 Modena.






Factory Race cars






4. Ferrari 360 Challenge, an F1 auto stripped out circuit racing variant of the 360 Modena



5. Ferrari 360 GT, a GT racing variant of the 360 challenge race cars, more extreme than a Challenge.



6. Ferrari 360 GT-C, based on the 360 GT with 360 CS parts to compete in the N-GT class.






The 360 was the replacement for the Ferrari F355, which ended production in 1999. Compared to the Ferrari F355 the 360 Modena had a 40% stiffer all aluminium chassis, which helped the car weight 28% lighter despite a 10% increase in overall dimensions.The 360 has a 3.6 litre V8 engine producing over 300 kW (400bhp) of power and accelerating from 0-100 km/h in 4.3 secs. All have eight-cylinder engines and chassis produced in association with aluminium manufacturer Alcoa. The 360 also served as the basis for its replacement, the Ferrari F430 (internally referred to as the evoluzione or evo) which came out in 2004.






OVERVIEW






Intended as successor to the F355, the 360 Modena (named after the town of Modena, the birthplace of Enzo Ferrari) features styling by Pininfarina and an improved mid-mounted V8 engine; it is the first production Ferrari to be constructed entirely of aluminium. Its six-speed gearbox is available as a manual or F1 electrohydraulic shift. The car went into production in 1999.

Specifications

Profile of Ferrari 360 Modena.

Engine




No. of cylinders: 90° V8 F131
Bore & stroke: 85 by 79 mm (3.34 by 3.11 in)
Unit displacement: 448.2 cm³ (29.36 in³)
Total displacement: 3586 cm³ (218.8 in³)
Redline: 8500 rpm
Maximum power: 298 kW (395 bhp) @ 8500 rpm
Maximum torque: 373 N·m (275 lbf·ft) @ 4750 rpm
EPA Fuel Economy: 10 / 16

Performance
0-62 mph: 4.5 s
Top speed : 186 mph (299 km/h)
downforce: 180 kg @ 300 km/h (without rear wing)
lift/drag: -0.73:1






FERRARI 360 SPIDER



Description
The 360 Spider is Ferrari's 20th road-going convertible. It is simply the convertible version of the 360 Modena; other than weight, its specs match those of the Modena almost exactly






Specifications

Dimensions




Overall: length 4477 mm (176.3 in)
Overall: width 1922 mm (75.7 in)
Height: 1235 mm (48.6 in)
Wheelbase: 2600 mm (102.3 in)
Front track: 1669 mm (65.7 in)
Rear track: 1617 mm (63.6 in)
Weight: 1350 kg (2976 lb)
Kerb weight: 1450 kg (3197 lb)
Weight distribution: 42/58% front/rear
Fuel capacity: 95 L (25.1 US gal)

Engine




No. of cylinders: 90° V8 F131
Bore & stroke: 85 mm x 79 mm (3.34 in x 3.11 in)
Unit displacement: 448.2 cm³ (27.36 in³)
Total displacement: 3586 cm³ (218.8 in³)
Maximum power: 298 kW (395 bhp) @ 8500 rpm
Maximum torque: 373 N·m (275 lbf·ft) @ 4750 rpm






Challenge



Description
The Challenge was a track only car. It was a non-road legal variant of the Modena that shed 120kg's of weight by use of carbon fibre and stripping out of all of the road car's luxuries such as leather interior coverings, electric windows and mirrors. The car boasted a fully stripped out racing interior with full integrated welded in roll cage and fire extinguisher. Lightweight BBS 18" alloys, challenge rear grille and plexi-glass rear engine cover cosmetically distinguished the car from the standard 360. The Modena's advanced electronic suspension system with integrated ASR was dropped in favour of conventional racing Boge dampers. These changes lowered the car by an inch over the Modena while removing the electronic safety net of the road going car.
The engine performance was left the same as the Modena (at 400 bhp) with the focus on handling, weight reduction and weight balance improvements. The Challenge was only available in F1 automatic variant, no manual cars where produced. The biggest differences in driving were attributed to the weight reduction and massive handling improvements through the use of uprated stiffer springs and uprated aluminium suspension flamblocks (bushes)



Challenge Stradale

Description
Just like the Challenge cars the 360CS adopted the same basic approach to improved performance over the Modena, weight loss being the central theme, the car boasted 110kg's less weight than a standard Modena. Compared to the Challenge the car was designed to be a road car first and foremost with Ferrari's project team estimating 80% of the time the car would be used on the road and 20% on the track. As such aircon was still standard, carbon seats came with an adjustible back rest, carbon mirrors still had electronic controls and electric windows where still available, as was the optional stereo equipment. *Optional lexan sliding glass was a non-cost item on the options list in some markets - excluding the US. Seats as standard came with fabric for weight savings but leather was an optional extra.
The 360CS project was born out of the desire to have a 360 Challenge race car like experience on the road. While the 360 Modena was designed as a competent high end luxury sports coupe, the Challenge Stradale was more aligned to that of the Challenge car made road compliant and road legal. In essence they took a Modena and paired back the weight (improving the handling greatly), sharpened up the aerodynamics (and styling) while adding more power and 20% stiffer titanium suspension springs (again improving the handling even more). Just like the Challenge cars the CS only came available from factory as an F1 auto, improvements to shifting software dropped shift speeds down to 150ms in race mode. The wheels are 19" BBS alloys (1" larger than the Challenge cars to improve visuals) and mimick the style of the Challenge wheels. Improvements over the Modena include use of wider, gripper Pirelli P-Zero Rosso Corsa tyres (225/35 ZR19 front, 285/35 ZR19 rear). The 360CS can be compared to Porsche's GT3 RS model in design approach and many magazines have placed them head to head in road tests.
The CS was inspired by 360 Challenge car but it moved the game on even further in some aspects such as adoption of the latest Carbon Ceramic brakes as standard and further improved aerodynamics. Almost every part on the 360CS was designed exclusively for the car. Challenge racing parts would not have worked on a road car as they get changed every season, road car parts are expected to have much longer lifespan. Ferrari also decided to go one further and enhance the cars aerodynamics for improved downforce at high speeds.
It was officially introduced in March of 2003 at the Geneva International Motor Show and went into production shortly thereafter.






SPECIFICATIONS






DIMENSIONS







Overall length: 4477 mm (176.3 in)
Overall width: 1922 mm (75.7 in)
Height: 1199 mm (47.2 in)
Wheelbase: 2600 mm (102.4 in)
Front track: 1669 mm (65.7 in)
Rear track: 1617 mm (63.7 in)
Kerb weight: 1180 kg (2601 lb)
Fuel capacity: 95 L (25.1 US gal)

Engine
No. of cylinders: 90° V8 F131
Bore & stroke: 85 mm x 79 mm (3.34 in x 3.11 in)
Unit displacement: 448.2 cm³ (27.36 in³)
Total displacement: 3586 cm³ (218.84 in³)
Compression ratio: 11.2:1
Maximum power: 317 kW (425 bhp) at 8500 rpm
Maximum torque: 275 lbf·ft (373 N·m) at 4750 rpm

Performance
0-62 mph: 4.0 s
Top Speed : 186 mph (299 km/h)
downforce: about 270 kg @ 300 km/h (without rear wing)
lift/drag: about -1.1:1






Styling
The 360 was well-received but some people found the new Pinifarina styling as too radical compared to the F355 it replaced.

Handling
Handling at the limit was described by some journalists as tricky on the limit, similar to its predecessor (the 348) while conflictingly others such as the well known Tiff Needell (from BBC's Top Gear, now Fifth Gear) loved the handling. In Tiff's review of the car for BBC's first review on Top Gear he was gushing about how well the car handled at the limit and how progressive the car behaved after driving the car on the track.
Much later on in the new format series of BBC's Top Gear TV program, the F360 was lambasted on various occasions, mostly for its propensity to spin when at the limit of traction. James May quipped jokingly, "You know why its called an F360 ? the first time you go round a corner hard you do a 360 (spin), holding on the steering wheel going 'F......'!".






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FERRARI F430

FERRARI F430

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The Ferrari F430 is a high-performance sports car produced by the Italian automaker Ferrari to succeed the Ferrari 360. It debuted at the 2004 Paris Motor Show. European left-hand drive sales began in November 2004, but right-hand drive sales did not start until Spring 2005, and the United States did not get the F430 until Summer 2005.




Overview



The F430's chassis is heavily based on its predecessor, the 360. Internally, both cars are referred to with the same model number (F131), though the F430 has the Evoluzione tag attached to show that it features some major changes. Internally, the car is simply known as the "Evo".
The MSRP for a Ferrari F430 is between $168,005 - $227,000 in the United States.The F430 is sold starting at about £120,000 in the United Kingdom, approximately 175,000 in the European Union and $389,000 for the base model to $450,000 for the Spider F1 Sequential in Australia.

Design



The body has been redesigned to be more curvaceous and aerodynamic. Although the drag coefficient remains the same, downforce has been greatly enhanced. A great deal of Ferrari heritage is found in the car: at the rear, the Enzo's tail lights and interior vents have been added. The car's name has been etched into the Testarossa-styled driver's side mirror. The large oval openings in the front bumper are reminiscent of Ferrari racing models from the 60s, specifically the 156 "sharknose" Formula One car and 250 TR61 Le Mans cars of Phil Hill.


Engine



Along with a restyled body, the F430 features a 4.3 L V8 petrol engine derived from a shared Ferrari/Maserati design. This new powerplant is a significant departure for the F430's line: The engines of all previous V8 Ferraris were descendants of the Dino racing program of the 1950s. This fifty year development cycle comes to an end with the entirely new 4.3 L, the architecture of which will later replace the Dino-derived V12 in most other Ferrari cars. The engine's output specifications are: 360.4 kW (490 hp) at 8500 rpm and 465 N·m (343 ft·lbf) of torque at 5250 rpm.

Brakes



The brakes on the F430 were designed in close collaboration with Brembo. The result has been a new cast-iron alloy for the discs. The new alloy includes molybdenum which has better heat dissipation performance. Another option Ferrari is providing are carbon-ceramic discs. Ceramics have much higher heat-resistivity than metals, thus giving the F430's brakes not only good performance but also a longer lifespan. Ferrari claims the brakes will not fade even after 300-350 laps at their test track.

Features



The F430 includes the E-Diff, a computer-controlled limited slip differential which can vary the distribution of torque based on inputs such as steering angle and lateral acceleration.
Other notable features include the first application of Ferrari's manettino steering wheel-mounted control knob. Drivers can select from five different settings which modify the vehicle's ESP system, "Skyhook" electronic suspension, transmission behavior, throttle response, and E-Diff. The feature is similar to Land Rover's "Terrain Response" system.
The Ferrari F430 was also released with exclusive Goodyear Eagle F1 GSD3 EMT tires. "A car with such performance needs to be equipped with the best tires on the market," said Jean Jacques Wiroth, European director of Original Equipment Sales and Marketing for Goodyear tires, adding "we are proud that Ferrari chose the Goodyear Eagle F1 with run-flat technology." The Eagle F1 GSD3 has a striking V-shaped tread design and OneTRED technology.

Performance



Car and Driver magazine found the car's performance worthy of the Ferrari heritage, and recorded a 3.5 sec 0-60 mph acceleration run in the F430 This makes it the third-quickest Ferrari road car ever made, after the Enzo and the 599. That being said, the 3.5 second 0-60 run was made on a European spec car, which has launch control, a feature designed to help launch the car from a standing start at high RPM's. Much like the E-Diff and the manettino, the launch control is a technology borrowed from Ferrari's Formula 1 racing program. The launch control is unavailable in U.S.-spec F430's, presumably due to liability issues.



On the BBC Top Gear TV show, shown on the 17 July 2005, the Stig achieved a Power Lap time of 1.22.9. While the laptime was 0.9 seconds less than a Lamborghini Murciélago, the F430 was slower than the Ferrari 360 Challenge Stradale at 1.22.3. The slower lap was blamed on the F430's Bridgestone tires supposedly having less grip than the Challenge Stradale's Pirellis.
Top Gear's Jeremy Clarkson has commented on the F430's handling being absolutely brilliant, a marked improvement over the 360; he claimed that Ferrari holds that "even the most butter-fingered, incapable driver could drive the F430 around a track only one second slower than the most skilled test driver". He has in fact proclaimed, on more than one occasion, that the Ferrari 430 is "just about the best car I've ever driven", a status he previously attributed to the F355 (but never the Ferrari 360).The car develops about 300 Kgs of dowforce at top speed (witouth rear wing).




Special versions

F430 Pista



The F430 Pista (Pista means "Track" in Italian) is the racing version of the F430 for the Ferrari Challenge. Power is up to 490 hp (365 kW), and the car can reach a top speed of 196 mph (315 km/h). The production model was unveiled at the Los Angeles Auto Show in January, 2006.

F430 GT2

Risi Competizione's Ferrari F430 GT2 at the American Le Mans Series' Generac 500.
Built to replace the 360 GTC in 2006, the GT2 is a racing car designed to compete in international GT2 class competition, such as in the American Le Mans Series, Le Mans Series, and FIA GT Championship. F430 GT2s also compete at the 24 Hours of Le Mans. They are the fastest and most developed racing versions of the F430.In FIA GT2 champhionship, in order to render the car performances more uniform, the cars are forced to run with a specific minimal weight and with an engine restrictor that depends on the engine displacement. Hence the 4.3 L V8 engine in GT2 races is destroked to 4.0 L in order to match the 3.8-4.0 L group of GT2 that is allowed to race with a mimimum weight of 1100 Kgs, while with the full 4.3 L engine, the minimum weight of the F430 increases by 50 Kgs.In this race configration the engine produces somewhat less power, but this is compensated by the lower car weight, which yields a better power/weight ratio.The F430 GT2s won their class championships in the ALMS and FIA GT, as well as scoring a class win at the 2007 12 Hours of Sebring.

F430 GT3
Originally based on the F430 Pista, the F430 GT3 is a specialized racing car designed for the FIA GT3 European Championship, but also used in other national GT championships. It is mechanically similar to the F430 Pista, yet has some better developed aerodynamics, including large air exhaust vents in the hood.Having a full 4.3 L engine the car is paradoxically more powerful than the GT2 counterpart. On the other side the GT3 rules require that the car has a weight/power ratio of about 2.6 Kgs hence the car has a mimium weight above 1200 Kgs (> 100 extra Ks respect to GT2) in race setup (driver and gasoline excluded).Considering the less developed aerodynamics, and about 10% of extra weight, the car is clearly slower than the GT2 version.E.g. in 2007 24h Spa race, where both models were racing, the GT3 was about 8 seconds slower in best qualification lap times.

430 Scuderia


Serving as the successor onto the 360 Challenge Stradale, the 430 Scuderia was unveiled by Michael Schumacher at the 2007 Frankfurt Auto Show. Aimed to compete with cars like the Porsche RS-models and Gallardo Superleggera, it is 100 kg (220 lb) lighter than the standard F430 and increases engine output to 380 kW (510 hp) at 8500 rpm. Thus the weight-to-power ratio is reduced from 2.96 kg/hp to 2.45 kg/hp. In addition to the weight saving measures, the Scuderia sequential manual transmission gains improved 'Superfast' software for faster 60 millisecond shift-times. A new traction control system combines the F1-Trac traction and stability control with the E-Diff electronic differential. The Ferrari 430 Scuderia does 0-60mph in less than 3.5 seconds with a top speed of 198mph.

Safety issues
While the F430 meets or exceed all NHTSA guidelines, the car reportedly lacks sufficient protection for a small number of female passengers as well as children. The company requested a waiver on the airbag requirements, which was eventually granted, allowing the car to continue to be sold in the US.
The F430 has displayed a notable engine irradiation problem for early model years. This issue regards an engine-overheating flaw which caused a fire in the engine bay, usually leading to the destruction of the car. The catalyst for the fire is the sustained high-RPM work of the engine. The massive heat exhaust flowing through the exhaust manifold may come in contact to a variety of hoses or oil perspiration which act as the fuel for the combustion.




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SUPERCAR FERRARI F50

F50 FERRARI
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The Ferrari F50 was a high-performance supercar made by Ferrari. The F50 was introduced in 1995 to celebrate the company's 50th anniversary. The car is a two door, two seat convertible sports car with a removable hardtop. It has a 4.7 L naturally-aspirated 60-valve V12 engine that was developed from the 3.5L V12 used in the 1992 Ferrari F92 Formula One car.
Only 349 cars were made, one fewer than Ferrari estimated they could sell. This was, in the words of Ferrari spokesman Antonio Ghini, because "Ferraris are something cultural, a monument. They must be hard to find, so we will produce one less car than the market." The last F50 was produced in Maranello, Italy in July 1997.
The F50's engine predated the car: It was used in the Ferrari 333 SP for the American IMSA series in 1994 allowing it to become eligible for the stock engine WSC category




Racing
Following the motorsports theme Ferrari developed the F50 GT, a prototype based on the F50 that was built to compete in GT1-class racing. The car had a fixed roof, large rear spoiler, new front spoiler and many other adjustments. The 4.7 litre V12 engine was tuned to generate around 750 bhp (559 kW). In testing in 1996 the car proved to be quicker even than the 333SP, but this went unnoticed as Ferrari cancelled the F50 GT project, instead focusing on Formula 1. Ferrari sold off the three complete chassis that were built - the test car 001, 002 and 003. Chassis 002 and 003 had bodies fitted before being sold. The remaining three tubs were apparently destroyed.
A custom made F50 variant named the Bolide was commissioned by the Sultan of Brunei in 1998 and delivered in the same year. It used the F1 derived V12 engine and the same chassis, but was completely redesigned due to the monocoque construction of the body on the F50.


One car was produced in the coupe configuration. Very few images and no official performance statistics of the car are available




General
Price (1995): $480,000Manufactured in: Maranello, ItalyNumber Produced: 349 (1995 to July 1997)Inspiration: Alain Prost's 1990 Ferrari 641/2 F1 racecar

[edit] Dimensions
Weight: 2976 lb.Distribution: 42%/58% (front/rear)Length: 176.4 in.Height: 44.1 in.Width: 78.2 in.Wheelbase: 101.6 in.Front track: 63.8 in.Rear track: 63.1 in.

Engine

Name: Tipo F130,


model SFE 4.7 VJGAEA


Position: Mid-EngineConfiguration: Longitudinal 60-valve 65° V12, derived from F1 unit


Aspiration: Natural, with Variable Length Intake Manifold via butterfly valve in Intake Manifold


Intake Manifold: Carbon FiberBlock: Nodular cast ironHeads/Pistons: Light-alloy aluminum heads/forged Mahle pistons


Oil Sump: Aluminium


Connecting Rods: Forged titanium


Crankshaft: Forged steelCam


covers/Oil and Water pump housing: Magnesium sand castings


Exhaust Manifold: Stainless steel


Weight: 436.5 lb


Timing gear: 5 valve/cyl (3 intake, 2 exhaust), 4 overhead camshafts (2 per cylinder bank) driven by low-noise Morse chain


Displacement: 4698 cc/286.68ci


Max Power: 513 bhp (383 kW) @ 8000 rpmMax Torque: 347 ft·lbf (470 N·m) @ 6500 rpm


Power/Disp.: 109.1 bhp/litreWeight/Power: 5.8 lb/bhp


Bore x Stroke: 3.35 in. x 2.72 in.


Bore:Stroke: 1.23:1


(Oversquare)Compression: 11.3:1Redline: 8500 rpm


ECU: Bosch Motronic 2.7 (controls the fuel feed, ignition timing, and variable length intake and exhaust systems)


Fuel Feed: Sequential injectionIgnition: Bosch Static electronic distributorless ignition


Lubrication: Dry Sump, tank incorporated within the final drive housing, 3 scavenger pumps


Variable Intake: Butterfly valve in carbon fiber intake manifold closed at low rpm, open at high rpm


Variable Exhaust: Butterfly valve in upper tailpipes closed at low rpm, open at high rpm


Fuel Tank: Foam filled, aeronautical-style Sekur rubber bladder, 27.7 US gal.




Transmission



Configuration: Longitootinal 6 Speed Manual + Reverse, Limited nipple Differentialized,


RWD


Gear ratios: 2.933:1 (1st), 2.157:1 (2nd), 1.681:1 (3rd), 1.360:1 (4th), 1.107:1 (5th), 0.903:1 (6th), 2.529:1 (Reverse)Final drive: 3.70:1


Flywheel: Steel


Final Drive Assembly: Aluminum sand casting


Remaining gearset housing: Magnesium sand casting


Support bracing: Steel


Clutch: Dry, twin plate


Cooling: Oil-water intercooler between gearbox lubricant and engine




Chassis



Type: Central carbon fiber tub, light-alloy suspension and engine-gearbox assembly mounting points co-polymerised to the chassisMaterials: Carbon fiber, epoxy resin, Nomex honeycomb core, sandwich constructionWeight: 2249 lbTorsional stiffness: 25,500 ft·lbf (34,570 N·m) per degree




Suspension



Front: F1-derived, rose-jointed unequal-length wishbones, push-rods, coil springs, Bilstein gas-pressurised monotube dampers, electronic adaptive damping, electronic height adjustment (40 mm max)


Rear: F1-derived, rose-jointed unequal-length wishbones, push-rods, coil springs, Bilstein gas-pressurised monotube dampers, electronic adaptive damping, mounting points on a spacer between the engine and


gearboxTravel: 55 mm bump, 60 mm reboundCamber: -0.7 degrees front, -1.0 degrees rear


Anti-Roll bars: Front and rearMax roll angle: 1.5 degrees


Steering
Type: TRW rack and pinion, 3.3 turns lock to lock, unassistedCastor: 5.5 to 5.7 degreesTurning Circle: 41 ft (12 m)
Electronic Adaptive Damping (Based on steering wheel angle and velocity, the body’s vertical and longitudinal acceleration, brake line pressure, and vehicle speed.) Maximum reaction time (from minimum to maximum damping force or vice versa): 140 milliseconds (0.14 sec).Average reaction time (from minimum to maximum damping force or vice versa): 25 to 30 milliseconds (.025 to .03 sec)




Wheels/Tires/Brakes
Wheels: Magnesium alloy, manufactured by SpeedlineHubs: TitaniumBrake disc bells/suspension uprights/brake calipers: AluminumUpper and lower wishbones: Black powder-coated steelFront Wheels: 18 in. x 8.5 in.Front Tires: 245/35ZR-18 Goodyear Eagle F1 GS Fiorano (35psi)Front Brakes: 14.0 in. Brembo Cross-drilled & ventilated cast iron discs, 4 piston aluminum Brembo calipers, Pagid brake pads, unassistedRear Wheels: 18 in. x 13 in.Rear Tires: 335/30ZR-18 Goodyear Eagle F1 GS Fiorano (30psi)Rear Brakes: 13.2 in. Brembo Cross-drilled & ventilated cast iron discs, 4 piston aluminum Brembo calipers, Pagid brake pads, unassistedUnsprung Mass: 99 lb/121 lb (front corners/rear corners)




Performance
0-60 mph: 3.7 sec


0-100 mph: 7.3 sec


0-1000 m: 21.7 sec


0-1 mile: 30.3 sec


60-0 mph: 118 ft (36 m).1/4 Mile: 11.1 @ 123.0 mph


Top Speed: 202 mph (325 km/h)


Downforce: 970 lb @ 202 mph (325 km/h), 40%/60% (front/rear)Cd: 0.372


Skidpad: 1.03g


Slalom: 71.8 mphMPG: 8/11 mpg (cty/hwy) (Factory numbers: 8.4/14.1 mpg)


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SUPER CAR FERRARI Enzo

ENZO FERRARI


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The Enzo Ferrari is a 12-cylinder Ferrari supercar named after the company's founder, Enzo Ferrari. It is currently the most powerful naturally aspirated production car in the world. It was built in 2003 using Formula One technology, such as a carbon-fibre body, F1-style sequential shift transmission, and carbon-ceramic brake discs. Also used are technologies not allowed in F1 such as active aerodynamics. After a downforce of 775 kg (1709 lb) is reached at 300 km/h (186 mph) the rear wing is actuated by computer to maintain that downforce.
The Enzo's V12 engine is the first of a new generation for Ferrari. It is based on the architecture of the V8 found in sister-company Maserati's Quattroporte, using the same basic architecture and 104 mm (4.1 in) bore spacing. This design will replace the former architectures seen in V12 and V8 engines used in most other contemporary Ferraris. The 2005 F430 is the second Ferrari to get a version of this new powerplant. In 2004, Sports Car International named the Enzo Ferrari number three on their list of Top Sports Cars of the 2000s.
Motor Trend Classic named the Enzo as number four in their list of the ten "Greatest Ferraris of all time".


Naming

The Enzo Ferrari is sometimes referred to colloquially (some say incorrectly) as the Ferrari Enzo and F60; this gives the false impression that it was named for Ferrari's 60th anniversary, which is 2007 rather than 2003 when the Enzo was launched (the official internal nomenclature is actually F131). The Ferrari Enzo Ferrari is commonly referred to as just the "Enzo" with no marque or other words attached.
The car is named after the company's founder, Enzo Ferrari, who died in 1988


Production

The Enzo was initially announced at the 2002 Paris Motor Show with a limited production run of 349 units and priced at US$643,330. The company sent invitations to existing customers, specifically, those who had previously bought the Ferrari F40 and Ferrari F50. All 349 cars were sold in this way before production began. Later, after numerous requests, Ferrari decided to build 50 more Enzos, bringing the total to 399.
The 400th Enzo Ferrari was auctioned by Sotheby's Maranello Auction on June 28, 2005 to benefit survivors of the 2004 Tsunami for 950,000 (US$1,274,229), almost twice its list price. This sum was presented to Pope Benedict XVI, while former Ferrari Formula One driver Michael Schumacher gave the pope a steering wheel to commemorate the donation. This wheel included a plaque which read, "The Formula 1 World Champion's steering wheel to His Holiness Benedict XVI, Christianity's driver."
The Enzo Ferrari typically trades above $1,000,000 (£500,000) at auction.Three prototype "mules" were built, M1, M2, and M3. Each was bodied to look like a 348, even though the mules were built in 2000. The third mule was offered for auction alongside the 400th Enzo in June, 2005, bringing €195,500 (US$236,300).


Specifications

Engine


Main article: Ferrari Dino engine#V12
The Enzo is a mid-engined car with a 43.9/56.1 front/rear weight distribution. The engine is Ferrari's F140 65° V12 with 4 valves per cylinder, dual overhead cams and variable valve timing. Bosch Motronic ME7 fuel injection is used and the engine is naturally aspirated. It displaces 5998 cc (366 in³) and produces 485 kW (651 hp/660 PS) at 7800 rpm and 657 N·m (485 ft·lbf) at 5500 rpm. The redline is 8200 rpm


Chassis
The Enzo has a semi-automatic transmission (also known as the F1 gearbox) using paddles to control an automated shifting and clutch mechanism, with LED lights on the steering wheel telling the driver when to change gears. The gearbox has a shift time of just 150 milliseconds.The transmission was a first generation "clutchless" design from the late 90's, and there have been complaints about its abrupt shifting. The Enzo Ferrari has 4 wheel independent suspension with push-rod actuated shock absorbers which can be adjusted from the cabin, complemented with anti-roll bars at the front and rear.
The Enzo uses 483 mm (19 in) wheels and has 381 mm (15 in) Brembo disc brakes


Performance


The Enzo can accelerate to 60 mph (97 km/h) in 3.14 seconds. and can reach 161 kilometres per hour (100 mph) in 6.6 seconds. The ¼ mile (0.4 km) time is from 10.8 to 11.2 sec at well over 130 mph (209 km/h) and the top speed is estimated at 350 kilometers per hour (217+ mph. It is rated at 18 mpg US (29.4 L/100 km) in the city and 12 mpg US (19.6 L/100 km) on the highway.


The Enzo was featured on the cover of Project Gotham Racing 2, in the game Forza Motorsport 2,Test Drive Unlimited, Project Gotham Racing 3 and Project Gotham Racing 4. A similar looking Enzo (under another name) appears in the game Twisted Metal: Head-On. It also appears in Charlie's Angels: Full Throttle. It has also been a Hot Wheels 1:18 and 1:64 die-cast model and a 1:24 plastic model by Tamiya and Revell, as well as 1:10 scale Lego Technic and 1:17 scale Lego models. It was also featured on the West Coast Customs website. The Enzo now features along with other Ferrari's In the Sega game OutRun 2 and its followup, Outrun 2006 Coast 2 Coast. It also appears in the anime Ah! My Goddess TV series and is driven on-screen around Los Angeles by Kelis in her Bossy music video. An Enzo also appears in the film Redline. Pharrell Williams owns an Enzo, which he mentioned in his lyrics for Clipse's Mr. Me Too ("Up in Donatella's crib, me and like ten hoes/Call from the cell phone/give me that enzo ") as well making an appearance in his music video for "Can I Have It Like That".
The British automotive program Top Gear tried unsuccessfully to obtain an Enzo from Ferrari to test and review. However, an offer was made by Pink Floyd drummer Nick Mason to let the show use his Enzo, but only if Top Gear plugged his new book, Inside Out: A Personal History of Pink Floyd. Host Jeremy Clarkson did not only drive the Enzo, but also managed to plug Mason's book several times during the segment. The show's test driver, The Stig, then drove it with a lap time of 1.19.0, which made it the fastest car the show had tested at the time. It is currently fourth behind the Koenigsegg CCX, Pagani Zonda C12 F and the Maserati MC12 respectively. The same Enzo was used by James May in an attempt to re-record the Top Gear theme tune (Series 6, episode 11) using exhaust noises





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