Porsche ups the ante...
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Porsche Carrera GT (w/roof plates on)

New xenon projector lamps are quasi-futuristic

Porsche gives Ferrari something to think about...

Carrera GT: 456kW @ 8000rpm

Porsche's silver bullet is an aerodynamic wonder

Porsche's V10 engine for a new generation

Even filler-cap and door handles are new-age
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While many Porsche die-hards are still somewhat vexed at
the prestige sportscar marques' decision to go down the SUV
path with the Cayenne, they will no doubt be pleased to hear
that the Carrera GT is finally reaching production.
Almost three years ago now, Porsche shocked everyone with
its new supercar concept, the Carrera GT.
Not only did it deviate from the automakers traditional 'boxer'
engine layout, it also gave the brand a new look.
Porsche also saw fit to make a few changes since the original
concept was unveiled in Paris, both cosmetic and mechanical,
which will be on show when the German automaker takes the
wraps off the Carrera GT in March 2003, at the Geneva International
Motor Show.
The most obvious difference is the slightly changed dual-projector
headlights and the removal of the fog lights, which used to
be located in the front spoiler.
The production model also has modified head-rest surrounds,
which are now a little more pronounced over the concept. Furthermore,
there are now two lights flanking both exhaust pipes at the
rear; a fog light and a reversing lamp.
Other than this, the overall profile of the Porsche Carrera
GT has changed little, and that's no bad thing. The new supercar
is aimed squarely at taking market share from the likes of
Ferrari and Aston Martin, and is expected to fetch roughly
£265,000, which converts to $730,000 in local currency.
While three quarters of a million dollars is quite a bit
to play for a car, this is far from simple transport.
A better description would be a performance oriented vehicle,
and with more hi-tech features than your average James Bond-mobile,
this could be the new 'it' car.
The Carrera GT weighs in at 1380kg, and this light kerb weight
was achieved by using carbon fibre-reinforced plastic, or
CFRP in Porsche speak, for the entire sub-frame.
Porsche reckons that carbon was the only material that (after
a complex processing technique) could meet their requirements
for a vehicle that could provide top-shelf driving dynamics
with minimum weight and maximum rigidity.
With a thumping nat-atmo V10 lurking behind the driver, the
new GT necessitated a high level of torsional rigidity, and
so the CFRP compound was borne.
Moreover, Porsche is so impressed with its own handiwork
that it has applied to patent this technology. Smart move.
With a track-tested top speed of 330km/h, the Carrera GT's
bodywork plays an important role in keeping the wheels firmly
planted on the blacktop of what is arguably the world's fastest
open-top, road-ready performance car.
While the auto retractable wing seen in the prototype GT
has made a return, helping to produce downforce at speed,
the underbody is completely encased in carbon fibre, providing
an additional suction effect thanks to its rear diffusor and
flow channels.
Extremely light magnesium wheels (19-inch up front and 20-inch
at the rear), produced with a special forging process and
offered for the first time on a mass-produced vehicle, combine
with tyres created specifically for the GT to offer unparalleled
levels of grip at any speed.
The production Carrera GT also gets a simple-operation roof
system.
Consisting of two individual lightweight carbon fibre shells,
weighing only 2.4 kg each, they simply slot on or off, and
are stored in the front luggage compartment.
The car's handling is expected to be truly awesome, and makes
use of F1-like outboard suspension and double wishbones front
and rear - but will it go round corners faster than the Ferrari
Enzo?
Assembly mass is concentrated at the center of the car and
the fuel tank is located between the passenger shell and the
mid-engine so wheel load distribution remains constant - a
vital prerequisite for exceptional road-holding properties.
The center of gravity is extremely low, thanks to low height
of the vehicle and deep mounting of engine and transmission.
Result: high cornering speeds.
The braking package with 8-piston calipers mounted on massive
380mm ceramic discs up front is simply astonishing, but still
very necessary when the car in question has such a momentus
glut of power.
Porsche engineers have spent quite a bit of time working
the 5.5-litre V10 since it was first previewed when the prototype
was launched in 2000. For starters, the 10-cylinder mill has
been stroked, taking displacement to 5.7-litres and, as a
result, peak power has been boosted from about 410kW to a
heady 456kW @ 8000rpm. Furthermore, redline has dropped from
9000rpm, now 8200rpm.
While many were eagerly expecting 600-odd Newtons of torque
being transferred to the rear wheels, the final figure is
592Nm - still plenty of juice in anyone's book. The highly
strung 40-valve engine makes use of titanium conrods to tie
the pistons to the crankshaft and is based on all of Porsche's
racecar expertise.
Using a tri-plate ceramic clutch, called the PCCC (Porsche
Ceramic Composite Clutch system), power is routed from the
mid-mounted engine to the rear wheels via a six-speed manual
gearbox. While there was talk of a sequential gearbox, it's
refinement at low speed was rumoured to be the reason for
its demise.
On a calm, dry, cool day, owners of the Carrera GT can expect
to reach 200km/h from standstill in 9.9 seconds, while the
0-100km/h dash takes a spritely 3.9 seconds.
The first Carrera GT models, produced at the Porsche plant
in Leipzig, Germany, will be delivered to pre-ordering customers
at the end of 2003.
With the Carrera GT, Porsche is proactively taking the fight
to the major supercar makers, and first impressions are, well,
impressive. Porsche boss, Dr Wendelin Wiedeking, said: "With
this car we want to do more than simply demonstrate our technical
competence with sports cars. This vehicle also mirrors the
strength and self-confidence of the company."
While there will be plenty of smiles at Porsche, which plans
to sell just 1000 GTs over three years, has the company departed
too far from tradition? With the new Cayenne making use of
a V8 and now the Carrera GT deriving power from a V10, has
Porsche lost its way?
On the flip-side, perhaps it is just part of the company's
strive to be contemporary, part of an evolution that could
yield much more exciting products? Either way, the Carrera
GT is a monumental product for the company, one that will
not only stir up the 'fastest car in the world' debate, but
also go down in the annals of motoring history.
Now, where are those Carrera GT2 spy photos...
Related Articles:
Porsche Carrera GT (Sept. 2002)
2003 Porsche Boxster (July 2002)

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