Shelby Supercar Ultimate Aero - 257 mph (411 km/h)
Twin-Turbo V8 Engine with 1183 hp, base price is $654,400. Tested in March 2007 by Guinness world records
SSC Ultimate Aero Data
Base Price $654,400
Power 1183 hp
Zero to 60 mph in 2.7 s
Zero to 100 mph in 5.8 s
Top speed 257 mph (411 km/h)
HistoryShelby SuperCars (SSC), is an American supercar company founded in 1999 by automotive enthusiast, Jerod Shelby. SSC's headquarters in Tri-Cities, Washington, is also the hometown of Mr. Shelby and home to his dream. Fueled by his passion for racing and automotive culture SSC's success is a true representation of the American Dream.
SSC was created with the company goal of creating a world class automotive manufacturer. Seven years of development culminated in 2007 with the production of the Ultimate Aero. A major step in accomplishing the company goal was made on September 13th 2007 when the Ultimate Aero became the World's Fastest Production Car as verified by Guinness World RecordsTM.
Competing with the likes of Ferrari, Lamborghini, Bugatti, and Koenigsegg (to name a few), SSC has and continues to exponentially accelerate in its development and production of world class supercars. SSC has plans for a 220+ mph 4 door, luxury, sports sedan, which will also be the pinnacle of the class in which it belongs. Behind closed doors SSC is currently pioneering revolutionary Green Technology for implementation into its supercars in the near future.
TechnologyThe engine in the base Aero model is same as the previous year, but the Ultimate Aero has a 6.35-litre (387.2 cu in) engine, rated at 1,183 bhp (882 kW) at 6950 rpm and 1,094 lb·ft (1,483 N·m) torque at 6150 rpm, and the supercharger is replaced by a twin turbocharger with cabin adjustable boost pressure. The car is designed to use 91-octane gasoline. The 6-speed transmission is readjusted to increase the theoretical top speed to 273.75 mph (437 km/h) at 7200 rpm, however whether the vehicle is able to reach this speed is highly questionable and has never been tested.
Wheels on the base model are sized 18-inch at the front and 19-inch at the rear, while the Ultimate Aero TT has wheels an inch larger at each end.
The 2007 models are heavier, with the base model weighing 2,850 lb (1,290 kg), and Ultimate version 2,750 lb (1,250 kg). Unlike the previous year, base models have a navigation system, 10-speaker audio/CD/DVD system, video/DVD screen, back-up camera, air-conditioning, and trunk space as standard equipment. These come optional on the Ultimate.
The first production 2007 Ultimate Aero TT car was sold on eBay for US $431,100. Later cars are expected to cost US $654,000. Only 24 Ultimate Aero TT's are going to be produced from 2006-2007. The Ultimate Aero TT made its international debut on the International Show Circuit in November 2006, culminating with the world record top-speed competition held in Wolfsburg, Germany in May 2007.
SSC Ultimate Aero official site
Porsche 9FF GT9 - 254 mph (408 km/h)
Engineers at 9ff have the Bugatti Veyron clearly in their sights with their new Porsche GT9 set to enter the record books as the world’s fastest production car with a claimed top speed in excess of 408kmh (254mph). As far as production cars go, the GT9 is about as exclusive as it gets, with only 20 examples expected to see the light and each priced at €592,620 ($853,634).
Porsche 9ff GT9 data
Base Price $853,634
Power 987 hp
Zero to 60 mph in 4.2 s
Zero to 100 mph in -----
Top speed 254mph (408 km/h)
History
The car was recently on display at the Essen Motor Show in Germany, where officials revealed some of the final specs.
Technology
The engine features titanium con-rods and forged pistons, which was necessary to handle the 987hp output. Peak torque of 964Nm falls between 5,970 and 7,850rpm.
The 911 GT3 body, on which it’s based, has also been stretched by 300mm and has had the roof lowered by 120mm to maximize downforce at high speeds. Thanks to carbon-fiber and Kevlar construction, the entire vehicle will weigh in at just 1,326kg.
Although the car is loosely based on a Porsche 911, its mechanical package has been totally revised. Ditching the 911’s rear-engine layout, 9ff engineers created a custom mid-mounted engine design utilizing the tuner’s twin-turbo 4.2L flat-six engine.
Stranded somewhere between a racing car and everyday transport, the interior of the GT9 is, it has to be said, eye cancer material. Fatthauer's genial wife decided on the race suit-style dash and door trimmings and it makes you wonder what their house is like. Luckily it's a bespoke car, so the owners will get their choice of interior and it's hard to imagine anyone demanding this one. Still, it comes with a real stereo, passenger airbag and more, transplanted deftly from the interior of a 911, and Porsche owners will recognise most of the components on display - from the ignition slot right through to the handbrake and indicator stalks.
Review Porsche 9ff GT9 at MSN
Bugatti Veyron - 253mph (406 km/h)
1001PS, 16 cylinders, four turbos, 8.0-litres... the Veyron's numbers are staggering. It can hit 60mph in 2.5 seconds thanks to four-wheel-drive traction, shoots to 125mph in 7.3 seconds and reaches 200mph in less than 20. The Veyron 16.4 is the most powerful, most expensive, and fastest street-legal production car in the world , with a proven top speed of over 400 km/h (406 km/h or 253 mph top speed).
The obvious question: Why would anyone build such a car? Surely no one sees doing 250 mph on the highway. There can be no commercial logic behind such a crazy machine, even with the Veyron's price tag of one million euros (at the current exchange rate, that's $1.2 million). Not even as a "halo model" -- a reputation booster -- for the VW group that builds it does the Veyron make sense. No Bugatti owner wants it known he's driving a Volkswagen.
Bugatti Veyron Data
Base Price 1,000,000 euros (1,300,000 USD)
Power 1000 hp
Zero to 60 mph in 2.5 s
Zero to 100 mph in 6 s
Top speed 253 mph (406 km/h)
History
Development of the Veyron began with the 1999 EB 18/4 "Veyron" concept car . Introduced at the Tokyo Motor Show , it was similar in design and appearance to the final Veyron production car. One major difference was the EB 18/4's use of a W18 engine with three banks of six cylinders. The Veyron was designed by Hartmut Warkuss of Volkswagen rather than Giorgetto Giugiaro of ItalDesign who had handled the three prior Bugatti concepts.
Development continued throughout 2001 and the EB 16/4 Veyron was promoted to "advanced concept" status. In late 2001 Bugatti announced that the car, officially called the Bugatti Veyron 16.4 , would go into production in 2003. The car experienced significant problems, however. High-speed stability was difficult, with one prototype destroyed in a crash and another spun out during a press demonstration at the Monterey Historics event in Mazda Raceway at Laguna Seca . Production of the Veyron was delayed indefinitely.
After the release of the car, it has become known that while each Veyron is being sold for £840,000, the production costs of the car are approximately £5 million per vehicle. As Bugatti, and therefore Volkswagen, are making such a huge loss, it has been likened by influential journalist Jeremy Clarkson to Concorde ; both are largely impractical experiments in technology and ground-breaking performance created just to prove that it could be done. A car the like of the Bugatti Veyron may not be seen in production again for some time to come, if at all.
Technology
The Veyron features a W16 engine —16 cylinders in 4 banks of 4 cylinders, or the equivalent of two narrow-angle V8 engines mated in a vee configuration. Each cylinder has 4 valves , for a total of 64, but the narrow V8 configuration allows two camshafts to drive two banks of cylinders so only 4 camshafts are needed. The engine is fed by four turbochargers , and it displaces 8.0 L (7,993 cm³/488 in³) with a square 86 by 86 mm bore and stroke.
The Veyron's 16-cylinder engine is based on the innovative "W" design introduced in the 2003 Volkswagen Passat. The Veyron's version features two 90-degree V8s offset by 15 degrees. The offset allows each cylinder to be placed close to its neighbor, which reduces the total size of the massive 8.0-liter engine. A Formula 1?style dry-sump lubrication system keeps the engine moving smoothly. It's easier to spin many small turbochargers than one or two large ones, so Bugatti employs four turbos to reduce boost lag. The strategy works: The engine creates 922 lb.-ft. of torque at only 2,200 rpm.
Putting this power to the ground is a dual-clutch DSG computer-controlled manual transmission with 7 gear ratios via shifter paddles behind the steering wheel. Or it can be driven by full automatic transmission. The Veyron also features full-time all wheel drive , necessary given the output of the engine. It uses special Michelin PAX System run-flat tires, which had to be designed specifically for the Veyron, and which are capable of running at 402 km/h (253 mph).
The car's wheelbase is 2700 mm (106.3 in). Overall length is 4466 mm (175.8 in). It measures 1998 mm (78.7 in) wide and 1206 mm (47.5 in) tall. Curb weight is expected to reach 4300 lb (1950 kg) with a power to weight ratio of 513.3 hp per ton (metric) or 4.36 lb/hp (SAE).The Bugatti Veyron has a total of 10 radiators .
Bugatti official site
Saleen S7 Twin Turbo - 248 mph (399 km/h)
Saleen knows all about power. As in S281 Mustangs, N2O Focuses and the S7, America’s first (and still the only) mid-engine exotic supercar. When it went on sale in 2002, the S7 was the only street-legal car in the U.S. with more than 500 horsepower and 500 lb-ft of torque. The media and S7 owners have raved about the car since it first smoked the rear tires in anger. And it has been recognized by numerous automotive magazines as the fastest production car in the world. But during the past three years the automobile marketplace has witnessed an explosion of performance with models from manufacturers including Ferrari, Lamborghini, Mercedes-Benz, Porsche and Chevrolet touting power numbers above the once magic 500 level.
Saleen S7 Twin Turbo data
Base Price 585.000 USD
Power 750 hp
Zero to 60 mph in 3.2 s
Zero to 100 mph in ---
Top speed 248 mph (399 km/h)
History
Saleen is not an organization content to rest on yesterday’s 0-60 mph times or quarter-mile speeds. So in 2005, it was “goodbye S7” and “all hail the S7 Twin Turbo!” This is the first major change to the S7 since its introduction, and it is a big change as in 750 horsepower and 700 lb-ft of torque, numbers the competition will be chasing for a long while we predict.
While there are a number of different roads Saleen’s engine designers could have traveled down to achieve those high-altitude horsepower and torque figures, for this second edition of the S7 they decided to think beyond atmospheric. And because this is Saleen, they added a double twist to a tried and true racing technique for boosting power and torque: twin turbos.
Aerodynamics has also come under scrutiny in 2005. Unless you place the new S7 Twin Turbo next to one of the original 2002 models, you probably won’t notice that the 2005 version has a different diffuser/rear spoiler package and reshaped front fenders to enhance the S7s already sleek, swoopy and aerodynamic contours. To complement the Twin Turbo’s enhanced straight-line performance envelope the S7 chassis has also undergone a fair amount of tweaking. Virtually every suspension pickup point has been changed, and the suspension geometry has been modified for less squat and dive during acceleration and braking.
Technology
Designed by Saleen engineers, the S7's engine and drivetrain incorporate the latest in modern racing technology. The new all-aluminum V8 engine casting was engineered and tooled by Saleen to displace seven liters. Redline is 6500 rpm. Space age materials and engineering are used throughout, including stainless steel valves, titanium retainers, beryllium exhaust valve seats, an aluminum throttle body, Saleen designed aluminum CNC-machined cylinder heads and stainless steel exhaust system. An exclusive Saleen-designed Front Engine Accessory Drive (FEAD) system results in an extremely compact engine, allowing for better packaging and overall weight distribution. The V8 incorporates a unique Saleen-designed side-mounted water pump, a belt-driven camshaft drive and a Saleen-engineered dry sump oil delivery system. The engine's mid-chassis placement optimizes weight distribution and center of gravity, making room for an unusually tall engine that allows for a very efficient induction system. Air enters a roof intake, passes through a 90-mm mass air meter and feeds into a carbon fiber plenum. From the plenum the air is routed to the twin ball bearing turbos, is pressurized to 5.5 psi max and then passes through an oval-bore throttle body into an aluminum intake manifold with eight individual runners.
To feed juice to this setup, the injection system includes dual electric fuel pumps and high-capacity, return-less, 52 lb/hr fuel injectors. Neatly engineered and integrated into the S7’s stainless steel, dual, high-flow exhaust system are two, twin-ball-bearing, water-cooled Saleen-Garrett turbos, featuring 44-mm wastegates. The four exhaust pipes from each bank of cylinders merge into a race-car-like high-efficiency collector. In addition, the exhaust incorporates dual catalysts per cylinder bank, EGR and those aforementioned twin wastegates. And because Saleen believes in power and clean air, the emission control system features dual, heated oxygen sensors per cylinder bank and a high-volume evaporative emission system along with those four catalysts. Oh, and for good measure and clean air, the system is OBD-II compliant.
And if you need any more proof of how Saleen engineers sweat the details, the stroke of the already short-stroke shifter has been furthered shortened for improved shifting feel. Say that five times fast, once for each gear change.
The S7 chassis and suspension incorporate decades of Saleen’s experience in racing, racecar construction and high-performance road car manufacturing. The Saleen S7 architecture begins with a space frame chassis to which honeycomb composite reinforcing is grafted. The body is structural, aerospace-quality, autoclave carbon fiber. Suspension is via fully independent unequal-length double wishbones with coilover springs, lightweight aluminum dampers (shock absorbers) and stabilizer (anti-roll) bars front and rear. The uprights at each corner are CNC machined billet aluminum, flow-through designs that use air to help cool the bearings.
Chassis tuning also includes revised shock valving front and rear. Saleen-engineered Brembo-supplied lightweight aluminum six-piston mono-block calipers are fitted front and rear.
Geometry changes, along with new tires, result in about a 30 percent increase in mechanical grip... which is substantial. In a seeming contradiction to current performance tire practice, the 2006 S7 Twin Turbo is fitted with “taller” tires, 275/35 R19s up front and 335/30 R20s at the rear, replacing the 275/30 R19s and 345/25 R20s fitted to the normally aspirated S7. While the Michelin Pilot Sport PS2 tires have higher aspect ratios, they also lay tire patches that are nearly an inch wider up front and almost 1.5 inches wider at the rear.
The S7’s beautiful shape was “designed” by the wind. Optimal aerodynamics and top speed performance objectives were achieved with extensive wind tunnel work. Targets included a low coefficient of drag, optimum drag-to-lift ratio, and extreme down force. The S7 has “full tray” body sculpting underneath.
For the 2006 S7 Twin Turbo, the redesigned front and rear diffusers, along with the new rear spoiler, result in a 40 percent reduction in aero drag and a 60 percent increase in down force. Those of you who know anything about aero forces recognize the significance of that last statement. Typically, you would have to trade down force to reduce aero drag.
The mid-engine Saleen S7 has front and rear trunks and comes with Mulholland Brothers custom-made, 3-piece, fitted luggage. In true supercar style, the doors open up and away from the body.
Seats and other interior surfaces are covered in elegant leather and suede. Air conditioning, power windows, power door locks with remote keyless opening for the doors and both trunks, an electric-headed front windshield, variable intermittent windshield wipers, a leather-wrapped steering wheel and an AM/FM/CD/DVD/TV system are all standard. The Saleen S7 also has one unique interior feature: a video “rearview mirror” — there is a small video camera inconspicuously mounted in the rear of the car.
Saleen S7 Twin Turbo official website
Koenigsegg CCR - 242 mph (395 km/h)
Koenigsegg's design seeks to give an interpretation of strength and flowing motion. The body of a Koenigsegg is formed for one ultimate purpose; speed. Its beauty is the beauty of speed itself. The surfaces are shaped to perfectly aerodynamic, an appearance that does not deceive. All aspects of this machine serve its one fundamental objective. Both the body and chassis of a Koenigsegg are made of extremely lightweight carbon fibre composite, reinforced with Kevlar and aluminium honeycomb. Its race-bred suspension system brings the driver in control of all movement, even under the toughest racing conditions.
The car was styled by Christian von Koenigsegg himself but its shape is largely dictated by aerodynamics. It is not as striking as Pagani or Enzo. At some angles it even looks bulky, like a big whale. But the whale delivers a sense of power that you can't find in its rivals either. Because of the targeted top speed, the body is designed to be so smooth that it has a very low drag coefficient of 0.30. This is much lower than Enzo (0.36), SLR (0.37) and Carrera GT (0.39). Unsurprisingly, the downside is a rather low downforce, just 50kg at the front and 70kg at the back. For comparison, an Enzo generates 775kg while Pagani achieves 500kg.
The chassis is constructed like other supercars. Central to it is a carbon-fiber tub (Koenigsegg called it "semi-monocoque") attached with steel subframe up front and aluminum subframe at the rear for mounting engine, gearbox and suspensions. Chassis rigidity is 28,100Nm per degree despite of the targa roof. The whole bodyshell is also carbon-fiber. Koenigsegg claims a dry weight of 1175kg, which translates to 1275kg when fluid and fuel are loaded, i.e., what we usually refer to "kerb weight". In other words, CC8S is about as light as Pagani and Saleen S7, while being around 100 kilograms lighter than Enzo and Carrera GT.
Koenigsegg CCR Data
Base Price 595000USD
Power 806 hp
Zero to 60 mph in 3.2 s
Zero to 100 mph in N/A
Top speed 395+ km/h (242+ mph)
History
Koenigsegg, a small Swedish supercar maker, was founded by Christian von Koenigsegg in 1994. He was very young, just 22 years old then, but he succeeded to raise the required money to develop and polish the supercar in the following 8 years until the first CC8S delivered to client in March 2002. That's amazing. His biggest success was to get the Swedish public excited (it's the country's first supercar) and many Swedish component suppliers involved the project.
In 2005 was an unbelievable day: Koenigsegg CCR broke the 7-year-old top speed record held by McLaren F1. The swedish supercar lapped Fiat's Nardo test track at 241.0 mph (387.9 kph), edging out the McLaren's 240.1 mph which was set in 1998.
Technology
The Koenigsegg CC interior seems merged with the exterior; the dynamic flow of lines and surfaces continue into the cabin and naturally bind them together. The layout is strictly symmetrical, with its elements mirrored on the centreline. All details are refined and the surfaces are cleaned of unnecessary obstructions. The focal point is the circular main control panel with its zodiac of multicolour lights and stainless steel buttons. In the very midpoint of the car is the turned gear lever; a flagpole topped by a gemstone carved with the Swedish colours. The main instrument cluster is mounted conveniently around the steering rod so that it always faces the driver. It is designed to be fully visible through the upper spokes of the steering wheel, giving the driver a complete overview.
It includes tachometer, indicators and an LCD unit giving full feed-back to the driver. The metal parts are of machined and anodized aluminium, giving them a frostlike sheen that makes them stand out against the leather background. Suede covers the dashboard and the muscle-like lower sections of the doors, serving to reduce sun glare and provide contrast to the composition. Ergonomics-engineers designed the carbon fibre chairs, which are fitted with Tempur for utmost comfort and flexibility. Their compactness leaves space for tall drivers, and they can be adjusted to offer a perfect driving position. This design fulfills the basic objective; to combine wild racing performance and comfortable everyday driving. Designer Joachim Nordwall came up with the original design concept of this interior
Koenigsegg official website
McLaren F1 - 240.14 mph (392 km/h)
The McLaren F1 is one of the fastest, most powerful and most expensive road cars ever. It was developed by McLaren Cars Ltd, a subsidiary of one of the world's leading Formula One Teams. The philosophy behind the F1 road car was simple - to be the finest drivers car ever built, or ever likely to be built.
That is the opening statement McLaren Auto offers on their officle homepage. To make that statement true, McLaren set out to produce the McLaren F1;a car that would be suitable for everyday use plus weekend trips to the racetrack.
The F1 features an all carbon composite monocoque and body structure. McLaren chose this material because it offers lightweight for maximum speed and strength to protect its drivers.
McLaren F1 Data
Base Price $1,050,000
Power 627 hp
Zero to 60 mph in 3.4 s
Zero to 100 mph in 7.7 s
Top speed 240.14 mph
History
Emphasis on the design was to get the highest power to weight ratio possible in a comfortable, road worthy machine. Lightweight F1 composites and metals were used throughout the car. Every detail, such as weight and response of the Kenwood stereo components, were given close attention.
The McLaren F1 was the first production to use a complete carbon fiber chassis and body. Such lightweight construction, combined with the BMW S70/2, 620 horsepower engine, helped the McLaren achieve 240.14mph in its XP5 pre-production trim. The success didn't stop on the road however, with special GTR versions winning Le Mans outright in 1995 and taking two FIA GT World Championships.
After the initial production run 100 cars, McLaren have continued to maintain and add custom appointments to customer cars. Treatments such as new aerodynamic packages and custom interiors have been ordered by customers and McLaren has been happy to comply for right price. One such car is chassis #073 which has recently been sold by Christies Inc.
Technology
To power the car McLaren uses the BMW S70/2 engine, designed and built specifically for the F1. The engine is a 6.1 litre quad-cam, 48-valve V12 which produces no less than 627 bph and a top speed of 231 mph.
Some interesting features included on the McLaren F1 are a central driving position which offers space for two passengers and one driver, of course. Some other features are the intelligent brake cooling and Ground-Plane Shear'suspension geometry'.
McLaren Cars official website
Pagani Zonda R Clubsport - 220 mph (354 km/h)
This is what you get if Italian teams up with German engineering, the "Pagani Zonda".
This car is very unique in its own right but has some tail, tail, signs of other super cars on this page, see if you can spot them. This is a very, very rapidly fast car.
Pagani Zonda Data
Base Price US$1.2 million
Power 750 bhp
Zero to 60 mph in 3.5 s
Zero to 100 mph in 8.0 s
Top speed 220 mph
History
Horacio Pagani, an Argentina-born Italian, who formerly managed Lamborghini's composite department, founded Pagani Composite Research in 1988. This new company worked with Lamborghini on numerous projects, including the restyling of the 25th Anniversary Countach, the P140 design concept, and the Diablo. In the late 1980s, Pagani began designing his own car, then referred to as the "C8 Project". Pagani planned to rename the C8 the "Fangio F1" to honor five-time Formula One champion Juan Manuel Fangio.
In 1991 Pagani established Modena Design to meet the increasing demand for his design, engineering, and prototyping services. In 1992, he began construction of a Fangio F1 prototype, and by 1993, the car was being tested at the Dallara wind tunnel with positive results. In 1994, Mercedes-Benz agreed to supply Pagani with V12 engines.
The final car was named the Zonda C12; the Fangio F1 name was dropped out of respect for Fangio, who died in 1995. It was first presented at the 1999 Geneva Motor Show.
In 2005, Pagani announced that it planned to triple its production output within the next three years, and to enter the US market in 2007.
On the 25th of September 2007 Pagani claimed a new record for production super cars using the Pagani Zonda F Clubsport by completing the Nürburgring in 7:27:82
Technology
The central carbon chassis incorporates a roll cage and a rubber racing fuel cell with 4 fuel pumps and quick refuel filler cap, similar to GT race cars. The wheelbase has been increased by 47 mm (1.9 in) to increase stability. The front and rear subframes are brand-new, built to accommodate new suspension geometry, and produced in Avional. The slick-shod wheels are new forged-magnesium centre-lock models, which in conjunction with on-board pneumatic airjacks (again, like the FXX) allow rapid change of the entire wheel assemblies.
The car senses, displays and logs information about the amount of downforce that is generated at each wheel at all times. It is thought that this system will enable owners to adjust set-up according to track conditions and to improve their cornering technique.
Bodywork In addition to the wheelbase increase (47 mm), overall length has increased by 394 mm (15.5 in) and track by 50 mm (2 in). The bodywork and aerodynamics have been altered to offer maximum downforce, featuring a longer front bonnet with flaps, a closed underbody and a new rear overhang with adjustable rear wing and race-derived diffuser. These are intended to translate into increased aerodynamic efficiency and downforce for maximum cornering speed. It is also noted that the car's new rear bodywork is minimal in the extreme, being composed mostly of vent. This is thought to be symptomatic of the need to keep the engine cool enough, even under hard track use. Again, this is similar to the gutted bodywork of the Ferrari Evoluzione.
Engine Output has increased to 750 bhp (559 kW) at 8000 rpm and 523 lb·ft (709 N·m) of torque. A lightweight carbon fibre high performance intake system, racing multiple disc sintered clutch and Formula 1-style exhaust system, hydroformed in Inconel 625 and ceramic coated for optimal heat dissipation, have been added. The engine is combined with a 6-speed transverse-mounted manual sequential synchronized gearbox.
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Interior The car's interior is spartan reflecting the car's racetrack aspirations and intended home, and features bespoke seats, customized to the driver to offer maximum support. As before, the Digitek instrumentation provides essential information and the sophisticated telemetry allows a variety of sensors to monitor numerous aspects of the car.
Pagani Zonda official website
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The Sunraycer was a solar powered race car designed to compete in the world's first race featuring solar-powered cars. This race is now called the World Solar Challenge. The Sunraycer, a joint collaboration between General Motors, AeroVironment, and Hughes Aircraft, won the first race in 1987 by a huge margin. One of its drivers was Australian Touring Car racer, John Harvey.
