The Bugatti Tiger V14 Edition Especiale Louis Vuitton Bilbo Baggins-Etranger Bvlgari Prete-a-Bourgouise Bouger-A-La-Bordel Veyron

The Geneva Motor Show brought one more reveal late in the Western night. The official name? Well, as you can see above, the latest Bugatti Veyron Special Edition is the most Mustang-like special edition ever.

2011 Opel Ampera

The five-door, four-seat Opel Ampera is influenced by Opel's award-winning design language of sculptural artistry meets German precision, incorporating several styling cues from the innovative Flextreme and GTC Concept show cars.

The Opel Ampera's wheels are turned electrically at all times and speeds. For journeys up to 60 km (MVEG), it runs on electricity stored in the 16-kWh, lithium-ion battery, and emits zero CO2. When the battery's energy is depleted, electricity from an engine-generator extends the Ampera's range to more than 500 km.

The Opel Ampera can be plugged into any household 230v outlet for charging. GM Europe is analyzing the requirements of a recharging infrastructure for plug-in electric cars with energy companies, including Iberdrola of Spain.

Opel Ampera Gets Power and Refinement from Voltec Propulsion System

The revolutionary Opel Ampera will be the first emission-free, electrically driven automobile in Europe suitable for everyday driving. With its Voltec electric propulsion system providing lively acceleration and high levels of refinement, the five-door Opel Ampera seats four passengers in comfort, offers a useful trunk for their luggage, and features an extended range of more than 500 kilometers.

"Driving electrically is not only about ecology," said global vehicle line executive and chief engineer, Frank Weber. "Driving electrically is also great fun. Instantaneous, silent torque of 370 Newton meters under your right foot feels like flying!"

Electricity drives the Opel Ampera's wheels at all times and speeds. For trips up to 60 km (MVEG), power is supplied by the electricity stored in the cutting-edge, 16-kWh, lithium-ion battery.

While driving on electricity delivered by the battery, the Opel Ampera emits zero CO2. When the battery's energy is depleted, a gasoline/E85-fueled engine-generator seamlessly provides electricity to power the electric drive unit while simultaneously sustaining the charge of the battery. This mode of operation extends the range to 500 kilometers, until the battery can be charged by plugging the vehicle's on-board charge system into a standard household 230v outlet.

Opel Ampera gives driver confidence and peace of mind

Unlike a conventional battery-electric vehicle, the Opel Ampera eliminates "range anxiety," giving the confidence and peace of mind that the driver will not be stranded by a depleted battery.

"An advanced lithium-ion battery system is the key to getting the Opel Ampera into the hands of consumers", said Hans Demant, GME's vice president of engineering. "The engineers at our research and development center in Mainz-Kastel, Germany are testing the battery around the clock, 365 days a year to ensure that it meets the expectations of our customers."

The Opel Ampera's battery pack will be manufactured by GM at the first lithium-ion production facility to be operated by a major automaker in the United States. More than 220 lithium-ion cells in the T-shaped pack provide ample power. The nearly silent electric drive unit delivers 370 Nm of instant torque, the equivalent of 150 horsepower, zero to 100 km/h acceleration in around nine seconds, and a top speed of 161 km/h.

The Opel Ampera will be well-suited to the daily driving schedule of most European customers. For example, approximately 80 percent of German drivers travel less than 50 km daily.

Opel estimates that an electrically driven kilometer in the Opel Ampera will cost about one-fifth compared to a conventional gasoline vehicle, at current fuel prices.

Technical Specifications

* Vehicle type: 5-door, front-wheel-drive hatchback
* Category: Extended-Range Electric Vehicle (E-REV)
* Chassis: independent McPherson struts front, compound crank twist axle rear, four-wheel disc brakes, full regenerative brakes to maximize energy capture, electric power-assist steering
* Seating capacity: four
* Performance
o Top speed: 161 km/h
o EV range: 60 km (MVEG cycle)
o Total range: >500 km
* Dimensions
o Wheelbase: 2685 mm
o Length: 4404 mm
o Width: 1798 mm
o Height: 1430 mm
o Cargo volume: 301 l
* Battery system
o Type: lithium-ion
o Energy: 16 kWh
* Electric drive unit
o Power: 150 hp (111 kW)
o Torque: 370 Nm
* Exterior
o Tire and wheel size: specially developed low rolling-resistance tires on 17-inch forged aluminum wheels

BMW GINA-from the FUTURE

BMW's design department has been working overtime lately. Just last month, the German automaker unveiled its M1 Homage Concept at the Villa d'Este Concours on the shores of Lake Como, Italy. Now, Munich has officially taken the wraps off of a new design study called the GINA Light Visionary Model, a creation BMW says shouldn't be thought of as "just another concept car," but rather "a whole new approach to automotive design."
With its GINA (Geometry and Functions In "N" Adaptions) model, BMW set out to explore the creative freedom that might be offered with future cars while using a traditional front-mounted eight-cylinder engine and rear-drive platform. The surface of the concept features a new fabric material that BMW says is highly resistant to expansion, durable, and flexible. Underneath the covering material is a light aluminum subframe that is moveable via electric and hydraulic controls, allowing the surface itself to be reshaped according to the owner's desire. The usual elements of production cars -- doors, wheel arches, a trunk lid, engine hood, and roof -- are not present in the conventional sense. Rather, the body consists of just four components: a front panel that leads to the edge of the windscreen, two side panels (one on each side of the car), and a rear deck panel.
BMW is particularly proud of the headlights on the GINA project. When the headlights are not active, they are hidden under the car's skin. When turned on, the metal subframe moves the covering fabric skin laterally away from either side of the trademark kidney-shaped grille, exposing the double lights. Other sections of bodywork are moveable as well: the rear panel shifts to allow a spoiler to rise when traveling over a specified speed, while the rocker panels move to narrow or widen the side air intakes and extend an additional protruding rocker panel line. Even the aforementioned kidney grille is able to be widened, adding separate distinct body lines in the process.

Citroen C-Cactus

Citroen C-Cactus is an ecological concept car.It includes a significant proportion of recycled or recyclable materials and, like the plant cactus it is low on consumption. Weighing just 1,109 kg and featuring a hybrid HDi drive train, C-Cactus consumes 2.9 l/100 km for CO2 emissions of 7.8g/km.
C-Cactus is no more expensive than a mid-range family car. Its low production cost can be attributed to the use of new materials and to a rational design process using a smaller number of parts.he cabin is made up of just over 200 parts, i.e.almost half the number used by a conventional hatchback of identical size.An attractive and modern vehicle.

C-Cactus is an essential car, with sharp styling and attractive features. Its curves give it a fun look and strong appeal, while the angles and rounded lines of the bodywork underline its dynamic character.

C-Cactus sets high standards of on board comfort with a roomy interior that is worthy of a family car. It is 4.2 meters long and 1.8 meters wide with a wide range of equipment including air conditioning with automatic temperature control, a high-quality audio system, a panoramic glass sunroof, cruise control and a speed limiter.


The economic and ingenious solutions adopted for C-Cactus keep production costs down and make it possible to fit a diesel hybrid drivetrain, all for the price of an entry-level C4. To achieve this result, C-Cactus places the emphasis on equipment that is essential to passenger comfort. At the same time, it explores new design processes in order to show that economy and ecology need not be synonymous with a rough ride.


New avenues in design

C-Cactus is the result of an intelligent design process pursuing new objectives. By exploring new forms of expression and new technical solutions, Citroën's engineers cut the number of parts required to build the car.

To achieve this objective, the engineers:
- simplified a number of parts and mechanisms to the extreme
- grouped several functions in a single part
- removed all parts that are non-essential to the running of the car or to the comfort and well-being of its occupants.

The dashboard has gone, and its usual functions are now grouped on the central console and the fixed hub of the steering wheel. The central console thus includes the active loudspeakers, gearbox controls and tactile screen giving access to the on board computer, navigation system and air conditioning controls.The computer controls for the indicators,lights,wipers,horn,cruise control/speed limiter are on the fixed hub of the steering wheel, as are the tachometer and lights for the indicators, headlamps and warning signals.

Another example of simplification: The part used for the front bumper, which includes the headlamps and chevrons is the same as the part making up the lower part of the tailgate at the rear. This contributes to the assertive design of C-Cactus while bringing economies of scale in production.This simplicity is also reflected in the design of the front end, which comprises just two parts: a fixed bonnet comprising the front wings, and a flap giving access to the vehicle maintenance functions (oil, windscreen washer, etc.).
Reflecting a similar approach, using the air conditioning makes it virtually unnecessary to open the windows. A simple sliding mechanism is therefore provided, since this is sufficient in normal use. Engineers were thus able to get rid of both the window frames and the opening mechanism.
At the same time, a number of mono block units are used for C-Cactus to reduce the overall number of parts.
The door panels, for example, are made of two parts, compared with twelve in a conventional hatchback.
The seats also comprise two parts: a highly comfortable, moulded, coloured, integral-skin foam part for the seat, and a solid mono block frame to hold the foam in place and fix the seat to the floor rails. The ergonomics are excellent and – here again – the number of components is limited.

Advanced ecological features

To achieve real environmental impact, Citroën's objective has always been to market technologies and vehicles that are affordable to the greatest number. The objective with C-Cactus is to go one step further, by bringing out a car whose hybrid HDi drive train makes it truly ecological car, but that can be sold at the same price as an entry-level family car.

With its diesel hybrid drive train combining a 70 bhp DIN HDi diesel engine with a particulate filter and an electric motor providing additional power of 30 bhp DIN, C-Cactus consumes just 2.9 l/100 km with CO2 emission levels of 78 g/km over a combined cycle. In urban use, ZEV (Zero Emission Vehicle) mode provides silent, all-electric operation. On journeys involving successive acceleration and deceleration, the hybrid system limits fuel consumption by using both types of energy.

Other points also help to make C-Cactus a car that respects the environment.

• The solutions adopted for the design of C-Cactus also contribute to bringing down fuel consumption and CO2 emissions.
• Using fewer parts makes the vehicle 15% lighter than a C4 hybrid HDi for a total weight of 1,109 kg.
• The tyre width has also been kept down (205/45 R21) on C-Cactus, which adds to environmental performance.
  

Fewer parts also means smaller quantities of raw materials. In addition, a significant part of the materials used are recycled or recyclable. The windscreen and windows, for example, are made of recyclable glass. The tyres are also recyclable, as is the crude steel used for the door panels. This metal is unpainted and unvarnished but has been treated for corrosion.
The protective mats are made of recycled leather, taken from leather cut-offs that cannot be used by conventional tanneries. Many parts are made of cork, a natural material made from the bark of oak trees. The felt used for the door panels and fascia stowage compartments is made from wool. This material uses no chemical additives and is both recyclable and biodegradable.

The top speed of C-Cactus has deliberately been capped at 150 kph. This choice not only contributes to the car's good environmental performance, it also reflects Citroën's efforts to develop a green vehicle illustrating a new approach to the car, in which the motorist is in harmony with his/her surrounding environment.

Obama's CADILLAC 1

Ultimate AERO EV

Shelby SuperCars (SSC) released the details today of the revolutionary electric vehicle technology to be unveiled in the second quarter of this year. SSC will reveal its innovative all-electric powertrain in the current Ultimate Aero, the Guinness Certified “Fastest Production Car in the World,” to create the Ultimate Aero EV and will reinforce the company as a benchmark in the auto industry. But unlike other auto manufacturers, SSC’s new technology will set a new standard in the electric car industry – one of 10 minute recharges, super horsepower and ranges of up to 200 miles per charge.

While other auto manufacturers focus on producing Green technology for specific cars, SSC’s focus is on producing Green technologies for a wide range of applications for an even wider range of vehicles. SSC’s electric powertrain package, named AESP (All-Electric Scalable Powertrain) is unique due to its scalable horsepower, light weight, compact size, quick recharge time and liquid cooling.

SSC’s Nanotechnology Rechargeable Lithium Battery pack is rechargeable in only 10 minutes on a standard 110 outlet and has a 150-200 mile range on a single charge. This means that in a typical 8 hour day, the car using this technology could go 200 miles, charge for 10 minutes (the time it typically takes to fill up a tank of gas), then drive 200 more miles, charge for 10 minutes and continue on. Some other EV technologies necessitate an overnight charge creating a class of “commuter electric cars” and are not practical alternatives to gas combustion automobiles.

The AESP’s main feature is its scalability. The all-electric SUV or delivery truck is now a reality in the not-so-distant future. The AESP is scalable from 200 horsepower for economy and midsize cars, to 500 horsepower for light trucks and SUVs, and up to 1200 horsepower for delivery trucks, heavy duty equipment, buses and military vehicles. The revolutionary design proves electric-powered vehicles not only match, but also provide more linear power (electric motors have 100% torque at 0 RPM) and overall performance than internal combustion vehicles.

• All-electric. No gasoline.

• Light weight. Just a fraction of the weight of a standard combustion engine (<200lbs.)>

DODGE Circuit -Electric Monster

• Dodge Circuit EV: Brand new version of all-electric sports car boasts unique, fearless Dodge design
• All-electric vehicle delivers sports car performance with zero gasoline consumption, zero tailpipe emissions and 150-200 mile driving range

The Dodge Circuit EV displays bold exterior and interior styling with outstanding performance, zero gasoline consumption and zero tailpipe emissions.

The Dodge Circuit EV design screams pure sports car from every angle. The Dodge Circuit EV’s profile demonstrates perfect proportions for balanced handling, placing the driver and passenger midway along the wheelbase. At the front of the vehicle, the distinctive Dodge crosshair grille splits the wind, sending it over the long, low hood and cleanly over the windshield and cockpit. The body sides feature a deep scallop, providing visual depth and also a functional rear-brake air duct. At the rear, the functional elements blend with design to create a uniform finish.

“The exterior styling of the Dodge Circuit EV mates bold Dodge styling to the no-compromise performance attributes of an all-electric performance sports car,” said Ralph Gilles, Vice President – Design, Chrysler LLC. “The Dodge Circuit EV offers an extremely fun-to-drive, expressive sports car without fuel consumption and with virtually no impact on the environment.”

The Dodge Circuit EV is adorned in all-new “Tangoreen” exterior color, wearing large “EV” graphics on both sides of the sports car.

The uncomplicated interior of the Dodge Circuit EV delivers a combination of pure function and athletic refinement. The cockpit design puts complete control of the car at the driver’s fingertips. Nestled within a leather-covered instrument cluster are two primary analog-face gauges. A digital display conveys information regarding the electric-drive system.

The seats feature deep bolsters and are covered in premium leather. The same premium leather covers the center console and the width of the instrument panel.

The Dodge Circuit EV delivers all of the convenience features of a performance sports car, including premium sound system, power windows and door locks, air conditioning, speed control.

Propelled by a completely electric ENVI drivetrain, the Dodge Circuit EV posts impressive performance numbers:

• 0-60 mph in less than 5 seconds
• Top speed of more than 120 mph

Perhaps the most impressive Dodge Circuit EV number, however, is zero. That’s how much gasoline the vehicle consumes while providing exhilarating sports car performance. It’s also how much tailpipe emissions are produced.

The Dodge Circuit EV utilizes just three powertrain components. These include a 200 kW (268 horsepower) electric motor to drive the wheels, an advanced lithium-ion battery system to power the electric-drive motor, and a controller that manages energy flow.

Working with the latest advanced lithium-ion battery technology, the Dodge Circuit EV has a driving range of 150 to 200 miles between charges – more than triple the average daily commute of most consumers. Recharging the vehicle is a simple one-step process: plugging into a standard 110-volt household outlet. The recharge time can be cut in half by using a typical 220-volt household appliance power outlet.

The Dodge Circuit EV offers driving enthusiasts a performance sports car that can be driven to work every day – without consuming gasoline or producing tailpipe emissions.

Dodge Circuit EV – Vehicle Specifications

Vehicle Type Battery Electric Vehicle,
2-passenger performance coupe

Weight and Dimensions
Length 153.5 inches / 3900 mm
Width 67.5 inches / 1714 mm
Height 45.3 inches / 1150 mm
Wheelbase 91.7 inches / 2330 mm
Track front / rear 57.4 inches / 1457 mm 58.7 inches / 1490 mm
Turn circle 38.0 feet / 11.6 m

Powertrain and Suspension
Layout Rear-wheel drive
Motor Power: 200 kW (268 hp)
Regenerative braking
Battery Lithium-ion battery
Suspension Front - Independent
Rear - Independent

Wheels and Tires
Tire size front P195 / 45ZR17 23.9 inches / 607 mm
Tire size rear P235 / 40ZR18 25.4 inches / 645 mm

Color Scheme
Exterior Tangoreen
Interior Black Leather with Satin Silver accents

Key Performance Attributes
0-60 mph (0-100 kph) less than 5 seconds
Standing _-mile low-13 seconds
Top speed greater than 120 mph (approximately 193 kph)
All-electric range 150-200 miles (approximately 241-322 km)

2010 JAGUAR XKR

Performance on a new level

In naturally aspirated form, the new AJ-V8 Gen III 5.0-litre engine delivers 385PS (SAE) and 380lb ft (515Nm) of torque - respectively 26 and 23 percent more than its 4.2-litre predecessor. The Jaguar XKR's supercharged 5.0-litre version delivers a mighty 510PS (510bhp SAE) and 461lb ft (625Nm) of torque - improvements of 23 and 12 percent respectively over the supercharged 4.2-litre engine.

On the road, while maximum speed remains under electronic control at 155mph (250kph), these power and torque gains allied to the lightweight aluminium body architecture of the XK dramatically improve acceleration times. For the naturally aspirated XK, 0-60mph is reduced to 5.2 seconds from 5.9 seconds (and 0-100kph from 6.2 to 5.5 seconds); for the supercharged Jaguar XKR, 0-60mph is reduced to 4.6 seconds from 4.9 (and 0-100kph to 4.8 seconds from 5.2).

The supercharged Jaguar XKR is also impressively efficient, with combined fuel economy of 23.0mpg and a CO2 rating of 292g/km - an improvement over the previous Jaguar XKR - and 16 and 17 percent better, respectively, than the equivalent figures for the BMW M6.

Exterior

The exterior changes for the naturally aspirated XK models and the supercharged Jaguar XKR are highlighted by a distinctive and purposeful new front end design, new LED rear lights and a new lower rear body valance. New LED rear light clusters incorporating fog lamps plus twin reversing lamps (rather than the previous single lamp units) give every new XK a unique 'night time signature', while LED technology is also included in the integrated side repeater and approach lamps in the new exterior mirrors. Every new XK also features revised body-coloured side power vents.

Interior

Contemporary, sporting luxury, exceptional quality of craftsmanship, and Jaguar's renowned attention to detail are the keynotes of the new XK range's enhanced interiors. The cabin is clean, elegant and spacious, and remains entirely in harmony with the sporting character of the revised exterior.

The luxury character of the new XK and XKR, however, is guaranteed, regardless of the customer's choice of body style - hard-topped coupe or fabric-roofed convertible. Both benefit from the inherent strength of Jaguar's lightweight aluminium architecture, which means that as well as being the lightest body structure in its class, the body shells also have the highest torsional strength. And that exceptional rigidity, with or without a fixed roof, means creak and rattle-free refinement, even on unforgiving surfaces.

Beyond that, the convertible's triple-lined fabric roof gives a level of fit and stability, even at very high speeds, that minimises wind noise and other road noise and includes a luxurious interior finish almost indistinguishable from a fixed roof. In addition, XK Portfolio and XKR models feature luxurious Jaguar Suedecloth headlinings as standard.

For both coupé and convertible, the latest feature enhancements are showcased by the JaguarDrive Selector™, which is neatly and elegantly packaged in the centre console. The welcome to the car is also enhanced by new, bright treadplate inserts. Many of the other changes emphasise high levels of Jaguar craftsmanship with new jewel-like touches. The three-spoke steering wheel now has a leather-wrapped lower spoke, and Jaguar's striking 'growler' badge. The new Jaguar XKR's instruments further emphasise its performance character with red pointers, while all models adopt a new white illumination for their instruments.

Real wood veneers remain an important part of Jaguar craftsmanship and now include a new Rich Oak veneer option alongside the classic Burr Walnut for all three models. The new XK Portfolio also offers the choice of an Ebony veneer, while the Jaguar XKR offers its own unique alternative in Dark Oak. A Knurled Aluminium veneer is also available on XK and XK Portfolio, while Dark Mesh Aluminium is available on XKR.

The most advanced Jaguar V8 engines ever

Since the first XK was launched in 1948, generations of powerful yet refined engines have played a crucial role in establishing the unique character and pedigree of Jaguar cars. Now, the new 5.0-litre V8 direct-injection engines continue that tradition, delivering increased power and torque with reduced emissions and impressive fuel economy. Available in two versions - the supercharged 510PS and naturally aspirated 385PS - the new AJ-V8 Gen III engines exemplify Jaguar's reputation for innovation and engineering excellence.

The results are clear to see. Performance has been increased by 29 percent and 23 percent (87 and 94PS) on the naturally aspirated and supercharged engines respectively, yet both meet EU5 and US ULEV2 emissions regulations. Despite the significant increases in power, both have better emissions and comparable fuel economy to the previous 4.2-litre units.

Both new AJ-V8 Gen III petrol engines are state-of-the-art in every sense. The technical features have been engineered to deliver unparalleled efficiency, refinement, power and torque for which Jaguar is famous, combined with the lowest possible emissions. Low-speed torque characteristics and throttle response are world-class, while the supercharged version is one of the most economical 5.0-litre V8 engine available.

The new AJ-V8 engines are built around a stiff, all-new, aluminium block with cast-in iron liners and cross-bolted main bearing caps to reduce noise, vibration and harshness. The blocks are high pressure die-cast, providing a superior finish and greater dimensional accuracy. The engines use aluminium heads, with four valves per cylinder and spheroidal-graphite cast-iron crankshafts and forged steel connecting rods. The cylinder heads for the first time are specified with a secondary (recycled) aluminium alloy thus reducing the environmental impact of manufacturing the new engine.

The new 5.0-litre direct injection petrol engines are more compact than their predecessors. Overall engine length has been reduced by 24mm by relocation of the oil pump within the engine architecture. This length reduction - apparently a small amount - improves engine bay packaging in support of enhanced safety cell performance while ensuring overall engine weight is virtually unchanged.

Direct injection - power with economy

One of the key features of the new petrol engines is an industry-first, centrally-mounted, multi-hole, spray-guided fuel injection system, delivering fuel at a pressure of up to 150bar directly to the cylinder. This substantially contributes to improved low-speed, dynamic response. The positioning of the injectors ensures fuel is precisely delivered to the centre of the combustion chamber, maximising air-fuel mixing and improving combustion control. Fuel is delivered via twin, high-pressure fuel pumps that are driven via auxiliary shaft in the all-new engine block.

Safety

As well as the convertible's hidden, automatic roll-over protection, every car in the new XK range features Jaguar's pedestrian deployable bonnet system (not fitted to Federal market cars). In the event of a collision with a pedestrian, the system raises the bonnet by 170mm in just 30 milliseconds to provide a clear space between the surface of the bonnet and the hard points underneath, to reduce the severity of injuries - particularly those to the head - while still allowing the new XK low bonnet line. An energy-absorbing bumper system also helps minimise lower leg injuries to pedestrians.

Jaguar's Emergency Brake Assist is standard on the new XK and Advanced Emergency Brake Assist is fitted to all models with Adaptive Cruise Control (ACC). Advanced Emergency Brake Assist uses the ACC radar to calculate distance from and speed of approach to the vehicle ahead and pre-charges the brake-line pressure to minimise impact speed if a collision is predicted - with an audible warning to the driver.

Every model in the new XK range includes front, side and thorax airbags, incorporating new technology which reduces the load on the occupant's body if the front airbag is deployed. Jaguar's Adaptive Restraint Technology System checks for seat occupation and seatbelt use, seat position, and the direction and severity of any impact, and uses all that information to determine the appropriate level of airbag deployment in any incident. Additionally, Jaguar's Protec front head restraint system can minimise whiplash in the event of a rear impact.

Tech

In true, contemporary Jaguar fashion, a great deal of relevant and intuitive technology is controlled by the clear and elegant seven-inch Touch-screen in the centre console - which is standard on all models. The Touch-screen provides access and control for the Climate Control and Audio systems, for the Satellite Navigation System, for Bluetooth mobile connectivity, and for Jaguar's Portable Audio Interface - which are all standard equipment. The satellite navigation system offers DVD mapping, postcode entry, and a traffic message channel. The Portable Audio Interface offers iPod connectivity, and the connection of other storage devices through a USB port, to the in-car sound system, with full Touch-screen control.

The audio system options for the new XK range include single-slot or multi-disc CD changers and either Jaguar Premium Sound or the ultimate, a high-end Bowers & Wilkins system. The Bowers & Wilkins option is a 525-watt system with Dolby® ProLogic®II Surround Sound, three-channel stereo with unique amplifier, Kevlar mid-range speakers with high output and low distortion, and specially designed aluminium tweeters.

ZENVO ST1

Zenvo designed the car in-house, and its big gaping front air vents draw the eye over the tight, taught bodywork. Though obvious Lamborghini comparisons are made when speaking of the front end, the ST1 has softer body corners leading along the main body line toward the rear, keeping it original.
When all is said and done, though, the design works very well and befits a supercar with more than 1,100 horsepower. Zenvo will surely win some design awards for the 2010 ST1, should this beautiful beast make its production date of early next year, as promised.

At the Zenvo ST1's heart is mysterious 7.0 liter V8 that is rumored to be based on a GM crate motor. The big-displacement V8 is both turbocharged and supercharged, giving the ST1 a power output of 1,104 bhp and 1,055 ft-lb. of torque. In case you were wondering, that puts the Zenvo ST1 power numbers greater than those of the Bugatti Veyron.

With an electronically limited 233 mph top speed, the ST1 won't be breaking any production land speed records, though. Presumably Zenvo threw the governer into the equation to simplify safety and aerodynamic precautions, as one 200+ mph speeds are reached, stress on tires and body components increases very quickly.

Power puts the oil-cooled 6 speed manual to its extreme tests, and let's hope Zenvo puts adequate R&D into this transmission. A hydraulic limited slip and traction control aid 19 inch front, 20 inch rear wheels with putting all that power to the ground. The ST1 features a relatively sophisticated double wishbone suspension set-up with gas/hydraulic adjustable racing shocks.

Body
Wheelbase	3055 mm
Chassis
Brakes (Front)	Ventilated discs: 380 mm, 6 piston light alloy callipers. Power assisted
Brakes (Rear)	Ventilated discs: 355 mm, 6 piston light alloy calipers.
Wheels (F)	Forged Aluminum 19 in. x 9.5 in.
Wheels (R)	Forged Aluminum 20 in. x 12.5 in.
Suspension	Double wishbones, 3 way adjustable Racing gas-hydraulic shock absorbers.
Drivetrain
Layout	Mid-Engine, RWD
Transmission	Oil-cooled 6 speed manual
Differential	Hydraulic Limited Slip
Engine
Type:	Turbocharged and Supercharged V8
Bore X Stroke	104.8 x 101.6
Engine & Transmission
Displacement cu in (cc):	7.0 liters
Power bhp (kW) at RPM:	1104 bhp @ 6900 rpm
Torque lb-ft (Nm) at RPM:	1055 lb-ft. @ 4500 rpm
Exterior
Tires F-R	255/35–19” (Y) / 335/30–20” (Y) (Michelin)
Body Type	2 Door, 2 Seat Supercar
Length	4665 mm
Width	2041 mm
Height	1198 mm
Curb Weight	1376 kg/ 3034 lb.
Ground Clearance	105mm. (150mm when hydraulic lifted)
Performance
Acceleration (0-100 km/h)	3.0 seconds
Top Speed	375 km/h (233 mph) Electronically Limited
Power-to-Weight Ratio	802 bhp/ton

BENTLEY CONTINENTAL GTC

The new GTC models share a fresh frontal appearance. The radiator grille is more upright with a more pronounced square edge, accentuating the Bentley profile, and bolder lower air intake. These latest models are further distinguished by chrome headlamp bezels, the availability of two new exterior paints and a new colour hide.

For the standard GTC, new low-friction dampers provide improved ride comfort. In addition, two significant new options may be specified on both GTC models: lightweight, fade-resistant, carbon-ceramic brakes, the largest production passenger car brakes in the world, and a sophisticated follow-to-stop Adaptive Cruise Control system with long-range radar sensor that monitors traffic ahead and manages throttle and brakes to maintain a driver-selected time gap.

The GTC’s chassis and exceptionally rigid steel body have proved more than capable of coping with the power of the 552bhp (560PS) 6-litre W12 engine. For the new Continental GTC Speed, Bentley’s twin-turbocharged W12 now develops 600bhp (610PS) that delivers true 200 mph (322 km/h) performance, with the roof up, with exhilarating, effortless acceleration. Even with the roof down the GTC Speed can reach 195 mph (312 km/h).

The Continental GTC Speed is visually distinguished by subtle design enhancements which emphasise its higher performance credentials. At the front, the radiator and lower air intake grilles feature a dark tinted matrix as standard. Larger diameter 9.5J x 20-inch, multi-spoke alloy wheels with Bentley-bespoke Pirelli PZero ultra-high performance (UHP) tyres, lowered and uprated suspension, wider twin-rifled exhaust tail pipes and a new boot-mounted lip spoiler that enhances high speed aerodynamics, reinforce the sporting character of the Speed model.

The GTC Speed’s 600bhp (610PS) W12 engine develops 9 per cent more power than the standard GTC. However, it is the 15 per cent increase in torque that really distinguishes the Speed model, which now develops an impressive output of 750 Nm (553lb ft). This is achieved across virtually the complete rev range, from just 1700 to 5600 rev/min, delivering that characteristic Bentley wave of torque.

The 0-60 mph sprint is despatched in a mere 4.5 seconds (0-100km/h in 4.8 seconds) and 0-100 mph in 10.6 seconds (0-160 km/h in 10.5 seconds).

Both Continental GTC models are powered by Bentley’s 6-litre, twin-turbocharged W12 engine which is produced exclusively at the company’s Crewe engine plant. The Bentley W12 is the most compact 12-cylinder engine in production with 48 valves and 4 camshafts with continually variable valve timing. Power is transmitted via a ZF six-speed automatic transmission.

The new Continental GTC Speed is powered by Bentley’s W12 engine in its most powerful, 600 bhp (610PS) form. It develops 15 per cent more torque and 9 per cent more power than the 552bhp (560PS) standard GTC.

Engine efficiency improvements result from the use of lower friction, lighter-weight components and a new engine management system, while twin, low inertia turbochargers with minimal turbo lag contribute to the W12 engine’s flat torque curve. In 600 bhp (610PS) form, the W12 develops a maximum torque of 750 Nm (553 lb ft) from 1700 rev/min all the way up to 5600 rev/min. The GTC Speed engine is visually differentiated by the ‘crackle black’ finish to the intake manifold.

This endows the GTC Speed with a top speed of 200mph (322 km/h) with the roof-up and a 0-60mph sprint time of just 4.5 seconds (0-100 km/h in 4.8 secs). It also accelerates from 0-100 mph in just 10.6 seconds (0-160 km/h in 10.5 seconds).

The GTC Speed’s suspension is lowered by 10 mm at the front and 15 mm at the rear for improved handling, while the retuned speed-sensitive steering system and solid-mounted front subframe, shared with the standard GTC, benefit steering response.

The wider 9.5J x 20-inch multi-spoke alloy wheels, unique to the GTC Speed, are fitted with bespoke 275/35 ZR20 Pirelli PZero ultra-high performance tyres that provide the car with superior grip as well as sharper steering response and feel.

To ensure optimum aerodynamic balance at speeds up to 200 mph (322 km/h) the new GTC Speed is fitted with a discreet spoiler on the trailing edge of the bootlid. This provides additional downforce and increases the top speed.

The standard-fit tyre-pressure monitoring system (TPMS) allows drivers to select tyre type and speed range parameters. As well as monitoring pressures, the system warns drivers if their speed is too high for the tyre pressures or if tyre speed ratings are exceeded on winter tyres.

Luxurious hand-crafted cabin

The cabins of both GTC and GTC Speed are available with a choice of 6 natural, unbleached, laser-cut wood veneers and 17 premium grade leather hides, including the new option, Aquamarine.

The GTC Speed’s cabin is based on that of the Mulliner Driving Specification (a cost option on the standard GTC). It features diamond quilted hide seats with embroidered Bentley emblems, a knurled chrome and hide gearlever and a three-spoke multi-function steering wheel with brushed aluminium switch surround. These are complemented by drilled alloy foot-pedals and ‘Speed’ logos to the polished treadplates. The standard GTC also receives a new Bentley ‘B’ brake pedal.

A sophisticated follow-to-stop, radar-based Adaptive Cruise Control (ACC) system is now available on both GTC and GTC Speed. It uses a long-range radar sensor, mounted in the lower front grille, to monitor the road ahead for other vehicles. When a slower moving vehicle is detected, the system automatically adjusts the throttle or brakes to maintain a ‘time gap’, as selected by the driver.

GTC and GTC Speed interior key features:

* Electronically powered, insulated three-layer fabric roof folds flat in 25 seconds
* True 2+2 configuration
* Fully adjustable electric front seats incorporating three-position memory (seats, steering column, exterior mirrors) and electric lumbar control with optional massage facility
* Rear seat panel removable to reveal lockable ski hatch
* Electronic climate control system
* Comprehensive infotainment system includes:
o DVD satellite navigation system with route guidance and post-code entry
o Optional television tuner (except for US market)
o Climate control operation
o Computerised suspension control operation (damper and ride height settings)
o 6-CD auto changer in glove compartment
o Optional Naim for Bentley premium audio system featuring 1100 Watt amplifier and 14 speakers
* BluetoothTM remote SIM access profile telephone system with wireless connectivity for rSAP-enabled telephones, most BluetoothTM-enabled telephones and onboard SIM-card reader
* Telephone voice dialling (n/a Japan)
* Keyless entry and keyless ignition system
* Power latching of doors for easy exit and entry
* Console-mounted start/stop button
* Electronic park brake with move-off assist (move-off assist n/a for USA)
* Column-mounted gearshift paddles for sequential gear shifting
* Stainless steel-faced foot pedals and driver’s footrest
* Comprehensive anti-theft and immobiliser systems
* An advanced rollover protection system is installed beneath the rear headrests - two reinforced steel hoops deploy in a split second when a potential roll-over situation is detected.

ENGINE
Type Twin-turbocharged W12 engine
Installation Front, longitudinal
Construction Alloy block and heads
Bore/stroke 84.0 x 90.2 mm
Capacity 6.0-litre, 5998 cc
Compression ratio 9.0:1
Valve gear Chain-driven DOHC per bank, 4 valves per cylinder, cam phased inlet and outlet

Power
GTC Speed 600 bhp / 610 PS / 449 kW @ 6000 rev/min
GTC 552 bhp / 560 PS / 412 kW @ 6100 rev/min
Torque
GTC Speed 750 Nm / 553 lb ft between 1750 – 5600 rev/min
GT 650 Nm / 479 lb ft @ between1600 – 6100 rev/min
Fuel 98 (95) RON

TRANSMISSION
Type Continuous all-wheel drive
Gearbox ZF 6-speed automatic with fully automatic or
sequential ‘manual’ operation with paddleshift feature; torque converter lock-up clutch

DIMENSIONS
EXTERIOR
Overall length 4804 mm (189.1 in)
Overall width (inc. mirrors) 2194 mm (86.4 in)

Height (roof raised)
GTC Speed 1388 mm (54.6 in)
GTC 1398 mm (55.0 in)
Wheelbase 2745 mm (108.1 in)
Front track 1623 mm (63.9 in)
Rear track 1607 mm (63.3 in)

INTERIOR
Front headroom 942 mm (37.1 in)
Front legroom 1075 mm (42.3 in)
Front shoulder room 1568 mm (61.7 in)
Rear headroom 979 mm (38.5 in)
Rear legroom 743 mm (29.3 in)
Rear shoulder room 1318 mm (51.9 in)

PERFORMANCE
Top speed (roof up)
GTC Speed 200 mph (322 km/h)
GTC 195 mph (312 km/h)

Top speed (roof down)
GTC Speed 195 mph (314 km/h)
GTC 190 mph (306 km/h1)

0-60 mph (0-100 km/h)
GTC Speed 4.5 seconds (4.8 seconds)
GTC 4.8 seconds (5.1 seconds)

0-100 mph (0-160 km/h)
GTC Speed 10.6 seconds (10.5 seconds)
GTC 11.4 seconds (11.4 seconds)

FUEL CONSUMPTION
EU CYCLE
GTC Speed and GTC 11.2 mpg (25.3 litres/100 km)
Urban
Extra-Urban 24.3 mpg (11.6 litres/100 km)
Combined 17.0 mpg (16.6 litres/100 km)