Sponsor

Sponsor

Sunday, February 22, 2009

Top 10 most EXPENSIVE NEW cars Part10







Ratting by www.suppercarsworld.com

1. Bugatti Veyron £910000

The Bugatti company and, most particularly, the company’s founder Ettore Bugatti are venerable fixtures in the world of automobile engineering.

From the very beginning, Bugatti’s unique constructions and high aesthetic standards have enthralled the public and spawned a virtually boundless passion in those fortunate enough to own such automotive works of art.

The origins of this outstanding company’s history are intrinsically tied to that classic automotive era of the interwar years, and the image of Bugatti in this period was influenced most significantly by the sport of motor racing. Not only the company drivers but numerous amateurs, too, secured hundreds of Bugatti victories. The private drivers, however, were of a kind that would be unimaginable in modern-day Formula 1 races. Many industrialists, affluent publishers, and a large number of noblemen as well as the occasional gigolo cultivated motor racing as a costly and very hazardous hobby.

Safety standards – a matter of course today – were unheard of then. The daredevil motorists, some of them women, drove without helmets, with open tops, and the windshields didn’t even offer protection against dirt and rain. Engine breakdowns, axle fractures, and tyre punctures occurred frequently and often led to severe accidents. But for the European and American socialites, these dangers were part of the sport’s fascination: cars in a seemingly untouchable leading position could fail at any moment, upsetting the entire field. And one should keep in mind that leads in those days weren’t measured in milliseconds but could amount to many minutes in longer races.

The proud owners and the motley crew of those drivers, for whom love and pain, victory and death were always just a heartbeat apart, were the source of many unforgettable tales. As we look back today, these extraordinary people seem to be characters out of romantic novels – and yet they were a very real, if slightly eccentric, part of our modern times.
The members of the Bugatti family were graced with a combination of artistic talent and engineering genius that was unique in their time.

The artistic streak first manifested itself with Giovanni Bugatti, an architect and sculptor. Around the turn of the 20th century, his son Carlo Bugatti earned international acclaim with his revolutionary furniture designs made of exotic materials. And then there were his two sons, Ettore and Rembrandt Bugatti, much alike – both showing a knack for design and engineering – but at the same time very different. Contrary to the expectations of Carlo Bugatti – who had envisioned his sons taking the respective career path that the other took – Ettore became the engineer and Rembrandt the sculptor, this latter's work fetching high prices even today.
Ettore was certainly the most famous member of the Bugatti clan. Design, craftsmanship, and high aesthetic standards were the defining elements of his work, and the automotive scene still stands in awe of this legendary engineer. Ettore’s son Jean, who died much too young, could have carried on the family tradition at the crossroads of art and engineering; yet since this was not to be, his younger brother Roland took over the family business after the Second World War. Bugatti was unable to keep pace with industry developments and ceased to be a major player in the automobile world. But unlike legions of former competitors, Bugatti is a brand that will not be forgotten – the legend and influence of Ettore Bugatti live on.

In 1998, Volkswagen AG acquired the Bugatti brand.It was soon decided that the next generation of the legendary cars could only be produced at Molsheim in Alsace, which had been home to the Bugatti brand from the very beginning. Yet the Bugatti story comprises only a part of Molsheim’s impressive heritage. For many years during the Reformation and Counter-Reformation the bishops or the archdiocese of Strasbourg resided in the small Alsatian town. And it was once home to a famous Jesuit university, which later relocated to the larger neighboring town.

Today’s manufacturing plant covers only a small part of the original area, where up to 1200 workers used to assemble the classic Bugatti models. The administration offices are housed in the renovated Château Saint Jean, and the Veyron 16.4 is assembled in the newly built, oval studio. A simple storage building and the two reconstructed coach houses complete the facility. The orangery and the old factory gate remain unaltered, original witnesses to the era of Ettore Bugatti.

It was here in Molsheim that the Italian automobile pioneer founded his legendary Bugatti car manufacturing plant. It was here that he celebrated the racing victories of his cars and evolved from a respected businessman to a living legend. And it was here that the story of one of the world’s greatest automobile brands came to an end – or rather, a temporary halt. For the tradition of ingenious engineering coupled with high aesthetic standards that began with Ettore Bugatti has now resumed with the start of production in 2005.

In 1998, Volkswagen AG decided to revive the legendary Bugatti automobile brand, purchasing all trademark rights, and the next year Bugatti Automobile S.A.S. was founded in Molsheim, Alsace, as a Volkswagen France subsidiary.

As early as 1998, Volkswagen presented its first Bugatti prototype at the Paris Auto Salon – the Bugatti EB 118, a two-door coupé with 555 HP designed by Italdesign. It was followed by another Italdesign product, the Bugatti EB 218, a four-door limousine which was presented at the Geneva Auto Salon in 1999. At the International Automobile Exhibition in Frankfurt in the fall of that year, Volkswagen introduced the Bugatti 18.3 Chiron, named after the greatest Bugatti racecar driver of the interwar era. The Bugatti Veyron Concept Car was first shown at the Tokyo Motor Show. Both the Chiron and the Veyron were developed by the Volkswagen AG design team led by Hartmut Warkuss.

In 2001, Volkswagen decided to start serial production of the super-sportscar Veyron, whose official name was “Veyron 16.4”. In the fall of 2004, after renovation of the traditional Bugatti headquarters at Château Saint Jean was completed and the new assembly studio constructed, Bugatti S.A.S. began manufacturing the first Veyron. About 80 cars are assembled each year, most of them being picked up directly in Molsheim by their new owners. This is a pleasure that customers back in Ettore Bugatti’s days also used to indulge in.

Content by www.bugatti.com

Saturday, February 21, 2009

Top 10 Most Expensive New Cars Parts 9




by suppercarsworld.com
2. Koenig C62 £550000

Willy Koenig started independent tuning operations in 1974 with the first Ferrari 365 BB supplied to Germany.

This was followed by tuning on a large number of Ferrari models, and then on vehicles from other exclusive makes, such as Mercedes-Benz, BMW, Lamborghini, Jaguar, and Porsche, among others.

Racing was the key to the KOENIG SPECIALS tuning concept.

It was in 1961 that Willy König acquired a Cooper from Graf Berghe von Trips for Junior Formula Racing.

In 1962, Willy König was German Mountain Champion in a Ferrari Berlinetta, and was invited by Enzo Ferrari personally to an event held in his honour in Maranello.

Willy König drove many legendary racing cars, including the Ferrari 275 GTB Competitions, Ford GT 40, Lola T 70, Abarth, Lotus, and many more besides.

From 1987 to 1990, Willy König drove in the BMW M 1 Procar, the Porsche 962 C1, the Porsche 935 K 3-Le Mans and in 1990 he was German STT-Champion with the 935 K3.

Motor racing activities over more than 30 years of Willy König, continued by his son Walter König, allowed for the experience gained from racing to be introduced into the production of sportscars and exclusively tuned vehicles, as well as establishing the intimate links with the professional racing teams, engineers, designers, and development and manufacturing companies.

Right from the start, the philosophy of KOENIG-SPECIALS has been to built the ultimate in sportscars for the road, a synthesis of aerodynamics and design, with individual sporty or exclusive interior fittings and optimum driving characteristics, thanks to improved chassis, racing brakes, wide rims and tyres, sports exhaust systems, engine performance values, and, at the customer's request, with turbo, supercharger, or high-performance engines.

The overall range of performance includes the tuning and conversion of vehicles, and the supply of technical components, body parts, and conversion-kits.

Based on the 8-cylinder Ferrari model, turbo engines of 295kW/400h.p. to 440kW/600 h.p. are built, with complete bodywork and vehicle modification.

The 365 BB and 512 BB have been fitted with a 330 kW 450 h.p. engine and complete racing modification, suitable also for conventional road traffic, and have been successfully used in the racing environment.

High-performance twin-turbo engines are produced for nearly all 12-cylinder models from the 512 BBi onwards.

Only the finest materials are used, tested on test stands, in wind tunnels, and under extreme racing and road conditions, and tested and approved by the German Technical Supervisory Authority (TÜV).

This is how the most successful model of all the KOENIG SPECIALS, the KOENIG COMPETITION, came into being, based on the Ferrari Testarossa, with a 735kW/1.000 h.p. bi-turbo engine, which at the time was superior to all sportscars intended for road use. Cabrio designs were also made.

Among the exclusive coupés and limousines, the Mercedes SEC was taken as a basis, and, in an elaborate and sophisticated design and with optimum technology, achieved absolute sales records worldwide.

Over the years KOENIG models and special designs have also been delivered to celebreties, such as the Diablo Special Roadster with an 590kW/800 h.p. twin-turbo engine.

The most successful model on a BMW base is the 840/850 Coupé with a supercharger-engine with up to 370kW/500 h.p., and complete KOENIG SPECIALS modification.
High-performance supercharger engines are available for a lot of BMW models.

The KOENIG C 62, based on the Porsche 962 C1 racing sports car, was a successful creation from KOENIG SPECIALS as the first racing sports car approved for conventional road use, with TÜV approval, and won worldwide acclaim. High-performance supercharger and turbo engines are available for a lot of Porsche models.

Another amazing development from KOENIG SPECIALS, based on the Ferrari F 50, is the 625kW/850 h.p. /800 NM bi-turbo engine with improved aerodynamics, chassis, and brakes, and at a power-to-weight ration of only 1.47 kg per h.p., is one of the fastest road sportscars anywhere.
The respected German motor trade magazine "Sportauto" named this model as Readers' Choice as Sportscar of the Year 1999, in the highest sportscar class.

Story by http://www.koenig-specials.com

Top 10 Most Expensive New Cars Parts 8





by suppercarsworld.com
3. LeBlanc Caroline GTR £550000

Leblanc Caroline

The supercar Leblanc Caroline GTR is a real racing car, which can also be driven on public roads.

The Leblanc Caroline GTR is built with the newest technology and materials to a very light and powerful car. The layout of the carbonfiber monocoque is made to both fulfil high rigidity and security, also the bodywork is made with this lightweight and stiff material.

Other parts of the chassis are made with titanium or magnesium. With the 2 litre turbo race engine with 512bhp and a weight of only 785kg, the car accelerates with slicks under 3 seconds to a speed of 100km/h and needs a little bit more than 7 seconds to a speed of 200km/h (with street tires a couple of seconds longer).

With this kind of potential, the Leblanc Caroline GTR really belongs on the racing track. That it is street legal, is almost sensational.

Almost each customer demand can be fulfilled, even the installation of a modern formel 1 engine is possible.

The design of the car follows the function of speed and it doesn’t let you forget, that the car could come directly from the race track, even if you are cruising at the coast, on the highway or you enjoy the car in the curves of a mountain street. No compromises: just speed.


ModelCaroline

Powertrain LayoutMid Engine / RW

Dry Weight785 KT / 1731 lbs

Length4020 mm / 158.3 in

Width190 mm / 74.8 in

Height110 mm / 43.3 in

Wheelbase2550 mm / 100.4 in

Front / Rear Track1670 mm / 65.7 in
1550 mm / 61.0 in




Engine

Type

R4 Turbo


Displacement2000 cc

Power382 kw / 512 bhp

Torque539 Nm at 6000 rpm

Max Engine Speed7800 rpm




Chassis & Body

Body / Framecarbonfiber

Wheels
(Diameter x Width)

8.5 x 18 Front
13.5 x 18 Rear


Tires245/35ZR-18 Front
335/35ZR-18 Rear




Drivetrain

Transmission6 - speed sequential

Topspeed341 km/h

Friday, February 20, 2009

Top 10 Most Expensive New Cars Parts 7





by www.supercarworld.com
4. Koenigsegg CCXR Flower Power £500000

Koenigsegg North America
Koenigsegg Automotive, the Swedish super car manufacturer was founded in 1994 by Christian von Koenigsegg, who had a dream to build the fastest, lightest, most aerodynamic Supercar in the World. A decade later, his dream came true and today Koenigsegg cars have got one of the highest ranked pedigrees in the supercar industry, which includes world records, awards and outstanding resumes from the world press.

Koenigsegg has so far delivered 62 cars around the world, which includes five cars to the US and more are to come. The delivery time for a CCX/CCXR is around 12-15 month. Koenigsegg Automotive found that the US market stands for around 50% of the supercar market, which
meant that in 2006 the CCX was introduced, a car designed to pass the US regulations.

In May 2008, Koenigsegg North America (run by Mr Augie Fabela II) was set up to supply the American market with this exotic Swedish super car. Mr Fabela II is Koenigsegg´s US distributor and is now focusing on setting up a select few dealerships around the US, starting with Universal Autosport in the New York area and Symbolic Motor Car Company in Las Vegas.
The kick-off for Koenigsegg North America takes place at Pebble Beach, on the 14th of August, where Symbolic Motor Cars are exhibiting the CCX. Koenigsegg have now seriously entered the North America market, and are looking forward to a successful working relationship with Mr Fabela II and all the future dealerships around the US. For more information about Koenigsegg cars, please get in contact with;

Koenigsegg North America LLC
Att: Mr Augie Fabela II
7401 Bay Colony Drive
Naples, Florida 34108
USA
Mail: akfabela@knaccxr.com
High resolution images and technical information for down loads, will be found on the Koenigsegg web site
www.koenigsegg.com

The Koenigsegg CCXR Flower Power is based on the Koenigsegg CCX, the only difference that the former feeds on E85 (85% ethanol and 15% gasoline). Con E85, su motor V8 4.7 sobrealimentado con dos compresores volumétricos entrega la escalofriante cifra de 1.018 CV a 7.200 rpm . With E85, the 4.7 supercharged V8 engine with two compressors deliver the chilling figure of 1018 bhp at 7200 rpm. Con esta potencia, se convierte en el coche de producción más potente del planeta . With this power, it becomes the most powerful production car on the planet.

Top 10 Most Expensive New Cars Parts 6





by www.supercarworld.com

5. Dauer 962 LM £460000

One of the most spectacular supercars ever built was Dauer 962 LM. Some supercars were converted to race use, some were designed with racing purpose very much in mind, but the Dauer 962 LM was completely reversed - it was a racing car converted for road use. No wonder it could out-performed McLaren F1 and simply anyone else.

Every motorsport lovers must know how great the Porsche 962 endurance racer was. It and its predecessor, 956, dominated the Group C scene for a decade. Itself won five World Sportscar Championships and 6 Le Mans, although occasionally challenged by Jaguar XJR series and the Silver Arrow (Mercedes-Benz). It was also the most popular racing car ever built - about 150 cars were built. Many used cars were available in the market, while spare parts were widely available from Porsche as well as the aftermarket. Therefore, when a so-called "Supercar Boom" occurred in the early 1990s, several racing teams decided to create the "ultimate" supercars based on the 962.

Development

One of which, and surely the most successful one, was Dauer Racing. Team founder Jochen Dauer had already achieved success in WSC (World Sportscar Championship) and IMSA with his 962s. When turbocharging was banned in 1991, Dauer began developing a road-going version of the 962. Everything was straight forward - the steel tubular space-frame chassis was retained, so were the twin-turbo flat-six engine and the massive racing brakes. Dauer just mildly de-tuned it for road use, then reshaped the Kevlar body to reduce drag and downforce, and then added road-legal lamps, mirrors, catalytic converters, ABS and trimmed the cockpit. In this way, he did not need a big budget to create the fastest car in the world.

The styling was the work of Achim Storz, who used to work for Porsche Design and who penned the McLaren M26 supercar of the 70s. If you have seen the M26, I am sure you won't have too much expectation on him. Actually, the Dauer 962 LM looked more than 90% the same as the racing car, I really cannot see what special thing the stylist did on it. And of course, the functional shape delivered no artistic feel at all, unlike Ferrari, Lamborghini and other supercar makers did.

Performance

The engine was the Le Mans spec 2994cc watercooled flat-six with twin-cam per bank operating 4 valves per cylinder. Twin KKK turbochargers with individual intercoolers. Bosch Motronic 1.7 engine management system controlled the ignition and injection. With an extraordinarily-high compression ratio of 9.0:1, the engine output an astonishing 730 hp at 7,600 rpm and 517 lbft at 5,000rpm. That translated to an astonishing 240hp per litre ! How could Dauer do that? considering a 1996 Porsche 911GT1, whose engine was also derived directly from the 962's racing unit, managed only 172hp per litre, Dauer's figures were not without questions.
People doubted not only its power rating, but also the performance claims - Dauer said the car could accelerate from standstill to 100km/h (62mph) in merely 2.6 sec, and then arrive 200km/h (124mph) in 7.2 sec. As for top speed, 251 mph could put it to the top of the world, beating McLaren F1 by 11 mph.

After years of doubt, Dauer 962LM finally hit 251.4mph (404.6km/h) at Volkswagen's Ehra Lessien test track in November 1998. It should put an end to the debate. However, doubters could still question whether the test car got over-boost that did not comply with European emission regulations. After all, a race-bred engine should be easy to revert to racing spec.

If the road-going Dauer 962 LM really possessed 730 horses on tap, the aforementioned top speed and acceleration would have been in no question, because the car weighed only 1080 kg and had an excellent aerodynamic drag at merely 0.31, which was easily achieved in wind-tunnel work by removing the excessive downforce from the Porsche race car. A typical Porsche 962 race car had a Cd at least 0.40, but its tremendous downforce enabled it to corner at nearly 200 mph. As the road car had only 40% downforce of the racing 962, Dauer transformed that to higher top speed.

Handling

The chassis was nearly unchanged from the Porsche Group C racer - steel tubular space frame covered with Kevlar body, very professional for its time, if not as rigid as McLaren's carbon fiber monocoque. Power was fed through a 5-speed manual gearbox to four large-diameter wheels and tyres (front: 265/35ZR18, rear: 285/40ZR18), which were suspended by no-nonsense double wishbones. Springs were made of titanium, while dampers were height-adjustable like Porsche 959. When the car was running at high speed, the driver could lower the ride height with just a flick to a switch, thus making better use of the ground-effect undertray to enhance stability.

Stopping power was provided by huge cross-drilled, ventilated disc with 330mm diameter and four-piston Brembo calipers.

Traveling in city traffic, 911 & Porsche World discovered its steering and clutch not as heavy as predicted, the air-conditioning was effective and the engine was surprisingly tractable. The magazine did not really tested it seriously in Autobahn, but you can imagine how stable and tout it could be, from the racing nature. Also, you can imagine how much shock sent to the cabin from the stiff suspensions which allowed so little suspension travel. In Autobahn, just like a racing track, that was unlikely to be a problem, but in everywhere else, don't expect any comfort.

Obviously, this German machine was designed to run in Autobahn only. If you take it to UK and run it in the typical B-roads, hoping it to maneouve as swiftly as Porsche 911 or McLaren F1, you are likely to have a very different finding. After all, Dauer 962 was never considered to be driven on such roads.

Practicality aspect

Although it was equipped with air-conditioning and ABS, Dauer 962 still couldn't overcome the limitation of its original nature. The cabin was really very very and very cramped. The Porsche racing car was originally a single seater, without enlarging the cockpit, Dauer had to squeeze two seats inside, positioned so near that the driver and passenger's shoulders touched each other. Since the driving position was off the center line, the driver's head nearly touched the curvy side window. Legroom was even worse, and it was impossible to get in and out without detaching the steering wheel, just like the racing car.

You might have seen many supercars having wide door sills, but Dauer's were the widest of all. You have to step on the sill, detach the steering wheel, then fall difficultly into the tiny seat. There was a luggage compartment inside the right door sill, which could take several custom-made carbon fiber cases, though no one would use the Dauer as a touring or shopping car. Behind that luggage compartment and also in the left sill, there were two radiators just like the racing car. Dauer did not alter much the basic structure.

The worst aspect was rear visibility - the Dauer 962 had no rear window at all ! all the rear vision depended on the side mirrors, which were so far away from the driving position. Reverse parking really needed a luck, or a third party helper. In contrast, the forward vision was fairly good, thanks to the big and deep windscreen.

Homologation version - 962LM Sport
Dauer originally had no intention to build a racing version of the car - it seemed nonsense to convert a race car to road car and then back to race car ! however, Porsche saw its potential to win Le Mans and persuaded Dauer to do so. Of course, a Le Mans win would benefit the image of Porsche.
To qualify for Le Mans GT1 category, which required just one road car to be built, Dauer created the 962LM Sport. The Sport version was basically the same as the normal version, but it had a flat bottom instead of the ground-effect tunnel to comply with Le Mans rules. To regain the lost downforce, it had the nose lengthened, the tail deepened and installed a bi-plane rear wing. It also got stronger brakes and wider tires (front: 285/35ZR18; rear: 345/35ZR18). The engine and power remained unchanged.

Taking advantage of the GT1 rules, the Dauer 962LM Sport was allowed to run 100 more horsepower than the top Group C category and use a larger fuel tank to save refueling time. Although many teams protested that the Dauer was actually a thinnly-disguised group C race car, violating the original idea of GT1, Dauer still qualified for the 1994 race. It ran 15 seconds a lap faster than other GT1 cars and eventually took the victory - not only GT1 class but also the overall victory ! Unsurprisingly, next year the governing body revised the rules and banned it from GT1.


Production

All Dauer 962 LM were modified from those Porsche 962 which had been raced. In this view, it was a "modified car" rather than a "production car".

Back in 1994, Jochen Dauer claimed he could build at most 50 cars from the racing cars found on the market. Obviously, the final number was far smaller than that. The exact production figure was undisclosed, but should be in the region of a dozen cars. Amazingly, 6 of them were bought by the Sultan of Brunei.

Versus McLaren F1

In fact, Dauer was never seriously tested by the press. The automotive world, no matter journalists or enthusiasts, never paid too much attention to the Dauer, although it was the fastest road car in the world until Bugatti Veyron. Perhaps all of us have got annoying after watching Porsche 962 dominating the racing scene for many years. Perhaps the world was not interested in a race-converted-to-road car. Perhaps we wanted a real supercar which was original, beautiful and technological innovative. In this aspect, McLaren F1 was still the King.


Story by http://www.autozine.org

Top 10 Most Expensive New Cars Parts 5



6. B Engineering Edonis £450000

The Edonis is a car created by Italian automobile manufacturer B Engineering. Image File history File links BEngineering_2001_Edonis. ... Image File history File links BEngineering_2001_Edonis. ... B Engineering is a small-volume automobile manufacturer located in Italy. ...

It is based on the Bugatti EB110 Super Sport but has been extensively re-engineered. About the only thing retained from the original Bugatti is the carbon-fiber chassis. Both the exterior and interior of the car have been completely redesigned. The 3.5 liter Bugatti engine has had its displacement increased from 3500 cc to 3760 cc. The original four small IHI turbochargers have been replaced by two larger units from the same manufacturer. Engine power has been boosted from 610 hp DIN (448 kW) and 650 Nm (479 ft·lbf) of torque to 680 hp DIN (500 kW) at 8000 rpm and 735 Nm (539 ft·lbf). Bugatti EB110SS The Bugatti EB110 is an exclusive supercar from Bugatti, one of the most celebrated marques in automotive history. ... A chassis (plural: chassis) consists of a framework which supports an inanimate object, analogous to an animals skeleton; for example in the construction of an automobile or of a firearm. ... Look up displacement in Wiktionary, the free dictionary. ... Deutsches Institut für Normung e. ... In physics, torque can be thought of informally as rotational force. The SI units for Torque are newton meters although centinewton meters (cN·m), foot-pounds force (ft·lbf), inch pounds (lbf·in) and inch ounces (ozf·in) are also frequently used expressions of torque. ...


In addition, the 4WD triple-differential drivetrain from the original Bugatti has been replaced with a much simpler and lighter RWD transaxle, thus saving approximately 70kg from total weight. These power figures give the 1500kg Edonis a power-to-weight ratio of 480 bhp/ton. In addition, the engine's specific power output is an unprecedented 181 bhp/liter. The brand claims a maximum speed of 365 km/h (227 mph), while accelerating from 0 to 100 km/h in only 3.9 seconds. Four wheel drive or 4x4, is a type of four wheeled vehicle drivetrain configuration that enables all four wheels to receive power from the engine simultaneously in order to provide maximum traction. ... RWD may refer to: rear wheel drive in an automobile a Polish aircraft manufacturer This is a disambiguation page — a navigational aid which lists other pages that might otherwise share the same title. ... A transaxle, in the automotive field, is a component that combines the functionality of the transmission, the differential and the drive axle into one integrated assembly. ...

B Engineering plan to build only 21 vehicles from chassis originally built for Bugatti by Aerospatiale (Most of the remaining chassis delivered to Bugatti prior to their bankruptcy were delivered to Jochen Dauer when he purchased the assets of the company). The Edonis is expected to sell for around €760,000.

Thursday, February 19, 2009

Top 10 Most Expensive New Parts 4


7. Lister Storm £450000

In the June of 1954, a Lister Bristol won its class in the supporting race to the British Grand Prix ahead of the works Jaguars and Aston Martins. A further 13 victories were recorded that year.

Scott-Brown went on to dominate the British sports-racing car season in 1957, winning 11 out of 14 races in total and the prestigious British Empire Trophy Race, aboard a Lister Jaguar. Just to underline its place in the history books, Archie's Lister Jaguar also notched up many lap records on his successful rampage.

As a result of this success Brian Lister attracted customer orders for an improved 1958 version of the car, which conformed to international regulations. This car was to be known as the 'Knobbly' Lister Jaguar (a Centenary Edition of this car was built to celebrate 100 years of the Lister company in a joint venture between Brian and current Lister helmsman, Laurence Pearce, in 1990). More success followed with Stirling Moss winning the support race for the British Grand Prix and Lister Chevrolets dominating the American sportscar scene. This year also marked the debut of Lister Jaguar at Le Mans, where two cars competed in the French classic and one placed 15th.

Lister Jaguar returned to Le Mans a year later, again with a two car squad. Glory was not to come their way, however, as both cars retired with engine problems. The lead car showed that the British racing combination had unfinished business at Le Mans, however, as it was running in fourth place at the time of its retirement.

From 1959 until the early 1980's, Lister Cars retired from competitive racing. However, the name was revived following the involvement of engineer Laurence Pearce and a new car was designed to take part in a series of races for Jaguar sports cars known as the Lister Challenge. During this decade Laurence, in association with Brian Lister, was responsible for the rebirth of the company as a producer of performance road cars. This then led to the design in 1991 of an all-new supercar, as opposed to the Jaguar conversions that had previously been produced under the Lister name, the Storm.

With the Storm road car being launched in 1993, Laurence and Lister then had the perfect machine to rekindle the works Lister Cars racing team of the 1950's. The emergence of GT racing as the world's top sportscar arena over the past few years had provided ideal timing for a Lister Storm GT1 contender to return to the international competition stage. Now Lister has the experience of three Le Mans 24 Hours, three Daytona 24 Hours, selected races in the 1996 BPR International GT Series where the car always ran in a podium position, the 1997 and 1998 BRDC Privilege Insurance GT Championships (finishing second in the GT1 Championship in 1998), the American sportscar racing series and the FIA Global GT Championship.

In 1999 the Storm won both classes of the Privilege Insurance GT Championships with Julian Bailey and Jamie Campbell-Walter in the GT1 car and David Warnock in the GT2 car. Julian Bailey and Jamie Campbell-Walter also won the Royal Automobile Club Tourist Trophy and the Oulton Park Gold Cup. Julian and Jamie won seven out of the eleven British rounds, David Warnock won all six races entered in the Lister Storm GT2. The Storm GT2 also competed in four rounds of the FIA Championship achieving 2 pole positions and one 2nd position on the grid, finishing 2nd at Donington, 3rd at Zolder and 4th at Hockenheim. Thorkilld Thyrring won the Danish Grand Prix in a Lister Storm and Peter Hardman and Nicolaus Springer came 2nd in the final two races of the Spanish GT Championship.

The Lister Storm team won the FIA GT Constructors World Championship in 2000, while Julian Bailey and Jamie Campbell-Walter won the FIA GT World Drivers Championship (winning 5 out of 10 races, 6 pole positions - the second Lister of Philippe Favre and Nicolaus Springer achieved a further 2 pole positions). Among their victories was the British Empire Trophy at Silverstone - a repeat of Archie's success in the 1950's. Julian and Jamie also won the John Cobb Trophy for the best achievement by British drivers in a British car. The Lister Storm team won the Team Championship in the British Championship, while David Warnock was runner-up in the Drivers Championship with six wins and a second position from the 12 races.

Storm Lister was build in 1993. With V12 engine type, sized at 6996 ccm it was able to deliver 594 bhp @ 6100 rpm and 786 Nm of torque.

The engine specifications, body aerodynamics and weight to power ratio produce a top speed of 335 km/h , acceleration from 0 to 60mph (~97kmh) 4.1 sec and from 0 to 100mph (~160kmh) 8.9 sec . Quarter of a mile was reached at 12.1 sec @ 119 mph .

Top 10 Most Expensive New Parts 3

8. Koenigsegg CCX £415000





Koenigsegg's new CCR takes over as the company's fastest ever (and one of the world's fastest ever) supercars. Retaining the mighty 806 bhp supercharged V8 from the CCR, the Competition Coupe X has been fettled to produce even faster performance, namely 0-60mph in a shade over 3sec and a pulverising 245mph top speed (second only to the Veyron). Pace is unquestionable but handling is demanding (the rear spoiler is not just there for aesthetics, just ask the Stig)!

What must be the loudest car on the planet is yours for £415,000 but be quick, they only build 12 a year. And if 806 bhp is not enough then just fill it up with super unleaded, it's worth another 40 bhp!


Performance

Acceleration: 0-100 km/h (0-62 mph) 3.2 seconds
0-200 km/h 9.8 sec, 0-200-0 km/h 14 sec
Top Speed: 395+ km/h (245+ mph)
Braking distance: 32m (100-0 km/h)
Lateral G-force: 1.3 G
Fuel consumption: Highway travel: 13 l/100km, Combined: 17 l/100km
Weight-to-power ratio: 1.59 kg/hp
Weight distribution: 45% front, 55% rear

Aerodynamics
Cd. 0,32 Frontal area 1.867 m2
Total Downforce at 250 km/h: 100 kg
Flat underside of chassis. Venturi tunnels at rear of chassis/body

Chassis
Carbon fibre with aluminium honeycomb and integrated fuel tanks for optimal weight distribution and safety. Monocoque torsional rigidity: 58,000 nm/degree. Weight including tanks: 72 kg.
Front and rear suspension: Double wishbones, two-way adjustable VPS gas-hydraulic shock absorbers, pushrod operated. Electronically adjustable ride height.
Front: Cro-Mo subframe, with integrated crash members.
Rear: Semi-stressed engine and gearbox with support struts, for optimal rigidity and no engine inertia movements.
Fully machined aircraft aluminium uprights, with SKF LeMans specification 150mm angle contact ball bearings.
GKN hollow/gun-drilled driveshafts.
Koenigsegg Z-style progressive and lightweight anti-roll bars front and rear.

Engine
Koenigsegg aluminium V8, 4 valves per cylinder, double overhead camshafts
Displacement: 4700 cc
Compression: 8.2:1
Sequential multipoint fuel injection
Twin Rotrex centrifugal superchargers with response system, 1.4 bar boost pressure
Dry sump lubrication with oil spray piston cooling
Power output: 806 Bhp at 7000 rpm
Maximum torque: 920 Nm (693 ft/lb) at 5500 rpm
Carbon fibre intake manifold with optimised intake tracts
Patented response charge system for optimal engine response
Tig-welded ceramic-coated stainless steel exhaust manifold with merge collector
Emission levels: Euro IV and US
Weight 178 kg

Transmission
Specially developed transversal 6-speed gearbox, with optional paddle-shift
Torque sensitive limited slip differential.
Clutch: Dual Plate, Ø 240 mm (in paddle-shift version without clutch pedal)
Final ratio: 3,364
1st gear: 2,875
2nd gear: 1,773
3rd gear: 1,267
4th gear: 1,000
5th gear: 0,833
6th gear: 0,711
Reverse gear: 3,000

Steering
Rack and pinion power-assisted steering. 2.7 turns lock-to-lock.
Turning circle: 11 metres. TRW electro-hydraulic power-assisted.
Brakes
Front brakes: Ventilated ceramic discs Ø 380 mm, 34 mm wide. 8-piston light alloy Brembo monoblock calipers. Power-assisted.
Rear brakes: Ventilated ceramic discs Ø 362 mm, 32 mm wide. 6-piston light alloy AP Racing callipers. Power-assisted.

Traction Control
F1-style for optimal performance with 5 different handling modes. Power output: 1018 Bhp at 7000 rpm (E85 fuel)
Maximum torque: 1060 Nm (740 ft/lb) at 5600 rpm (E85 fuel)

Wheels
Koenigsegg carbon alloy wheels with centre locking
Front: 19” x 9.5”
Rear: 20” x 12.5”
Tyres
Michelin Pilot Sport 2
Unidirectional with asymmetric tread pattern
Front: 255/35 - 19” (Y)
Rear: 335/30 - 20” (Y)

Body
Two-door, two seater with removable hardtop stowable under the front hood lid. Body made from pre-impregnated carbon fibre/kevlar and lightweight sandwich reinforcements.

Electrical System
Solid state digital semiconductors - no fuses or relays. Canbus operated and fully programmable functionality.
Equipment
Dual Airbags, detachable storable hardtop with glass roof, power windows, rear wing, adjustable pedals and steering column, adjustable seats in rake and length, carbon ceramic brakes with ABS, hydraulic lifting system, power steering, power brakes, satnav, rear camera, DVD, CD, I-pod connection, sat radio, climate control, digital warning and info system, G sensor, alarm, tyre monitoring system, silver key, leather carpets, roof stowage bag, car cover.

Extra Equipment
Paddle-shift, Chrono instrument cluster, carbon wheels, forged aluminium wheels, fitted luggage, special leather and colour requests, Inconell exhaust system.

Dimensions
Total length: 4293 mm (169”)
Total width: 1996 mm (78.6”)
Total height: 1120 mm (44.1”)
Ground clearance: Rear: 100 mm (3.94”) Front: 100 mm (3.94”)
Fuel capacity: 70 litres (18.5 US gallons)
Luggage compartment: 120 litres (31.7 US gallons)
Dry weight: 1280 kg (2821 lbs)

2 Years’ Warranty.

All information correct at time of publication, and subject to change.
http://www.koenigsegg.se

Wednesday, February 18, 2009

Top 10 most EXPENSIVE NEW cars Part2

by Suppercarsworls
9.Maserati MC12 £400000







A Brief History
The Maserati engineering company was formed in 1914 by the six Maserati brothers Carlo, Bindo, Alfieri, Mario, Ettore and Ernesto. Originally set up in Bologna (who's famous statue of Neptune inspired their distinctive trident logo) they moved to the Mecca of Italian supercars, Modena, in 1939.

They began by producing racing cars, achieving many important successes over the years including the Indy 500 (1939 and 1930) and the Formula One Drivers Championship (Fangio in 1957), after which they retired from racing.

Their first road car, the A6, came in 1947 and has been followed by some true classics, particularly during the 60's and 70's. Names such as Sebring, Ghibli, Indy and Bora all sprang from Maserati's 'golden' period.

What followed however, were several changes of ownership (including Citroen and De Tomaso) leading to a period of stagnation that left Maserati in the sports car wilderness. But in 1993 Fiat took the helm, and with Ferrari's involvement from 1998, a new breed of stylish, powerful Maserati restored the company to it's rightful place in the supercar marketplace.

The 3200 led the way, followed by the 4200 Coupe, the Gransport and gorgeous re-incarnation of the Quattroporte. Topped off by the Enzo based MC-12, a truly rare and remarkable supercar.

Specification of car

Top 10 most EXPENSIVE NEW cars Part1

by supercarworld.com
10. MB Roadcars MBR V8 Price is £399500
Originally introduced as the EOS concept, the MB Roadcars MBR V8 is the production ready version of this lightweight F1 inspired supercar. Drawing on the F1 experience of the MB Roadcars development team, the MBR V8 will offer race car dynamics for the road through a race spec engine with a 10,000rpm redline, lightweight composite chassis and race bred suspension. A power to weight ratio of nearly 600bhp/ton ensures shattering performance with 60mph arriving from rest in a McLaren equalling 3.2sec (in fact the MBR draws it's 3 seat abreast layout from that legendary supercar).All this technology doesn't come cheap though. It will cost you �400k to get hold of the MBR, pitching it in well into Zonda, Enzo and SLR territory.



Specification of the cars