Thursday, January 17, 2008

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This product is Stop Smoking Product Guide.

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Tuesday, January 15, 2008

AC 3000ME a Sports Car Coupe Ford V6 engine


AC 3000ME

AC 3000ME a Sports Car Coupe Ford V6 engine
The AC 3000ME Prototype was powered by a Ford V6 and clothed in a grp body.The AC 3000ME was first introduced at the 1973 Earls Court Motor Show. It wasn't until 1979 that the first production AC 3000ME's were delivered, and the price had almost tripled since its initial showing. The AC 3000Me continued to be manufactured for six years with production moving to Scotland before the company ran into financial trouble in 1985 and the 3000Me was discontinued.The AC 3000ME was a 2 door, 2 seat, coupe with a mid-engine layout, perimeter steel chassis, 4 wheel independent suspension and superb handling


Monday, January 14, 2008

Fisker Karma Revealed in Detroit

Karma: a term describing that of cause and effect. And so it is appropriate that Fisker Automotive's first production car is so named. Dubbed as a vehicle allowing consumers the good practise of automotive karma, this environmentally-friendly plug-in hybrid is a new breed, bringing the extreme comfort and style of the luxury automobile category to an eco-friendlier one.

Cutting-edge technology features at the new Karma's heart. Developed exclusively for Fisker Automotive by Quantum Technologies, Q-DRIVE provides a small petrol engine in turning a generator for power to its lithium-ion battery pack. The technology will be used to power future derivatives under the Fisker brand. Regenerative braking will be employed to regain power otherwise lost from braking, while an optional solar roof will charge the battery and maintain partly self-contained climate control when parked.

Offering emissions-free driving of up to 50 miles per charge, Fisker are keen to point out that with more than 60% of Americans and Europeans driving less than 50 miles on their daily commutes, household fuel dependency could drop with a Karma on the drive. "If this 60% of commuters would drive a plug-in hybrid like the Fisker Karma, we could see the fastest possible reduction both in oil consumption and emissions - all without sacrificing their daily driving habits."

A sleek, elongated design, the result of an all-new chassis built specifically for the development of the new powertrain, places the battery pack in the centre of the vehicle - improving weight distribution and dynamics. Proportional in height to Porsche's 911 and in length to the Mercedes CLS, the Fisker Karma makes extensive use of lightweight aluminium for its body panels and structure, producing impressive performance statistics - sprinting to sixty in just six seconds and continuing 'beyond' 125 mph.

Luxury exudes from the Karma's 'first class' four-seater cabin, with modern sophistication and a spacious luggage capacity the overriding features. The Karma's electronic aides include a Navigation system in the front with DVD player and integrated seat back displays in the rear. Two modes of driving are selectable: "Stealth Mode" and "Sport Mode". The former tweaks the car's setup for quiet economy mode and the latter, a mode to access the full extent of the car's power.

The design is final and will be put to market in the form seen next week at Detroit, with the first 99 examples to be numbered and signed by Henrik Fisker - produced in the colour and trim of the show vehicle. The Fisker Karma will hit Detroit January 14th, with first deliveries starting the last quarter of 2009.

2009 Mitsubishi Lancer RalliArt at Detroit

The Lancer Ralliart model is the latest addition to the sporty Lancer compact car family. This new model reinforces the sporty identity of the Lancer lineup (Lancer, Lancer Ralliart and Lancer Evolution) with aggressive styling and driving performance to be well positioned between the Lancer and the Lancer Evolution models.

Lancer Ralliart is powered by a new 2.0-liter DOHC MIVEC intercooled and turbocharged engine that develops an estimated 235 horsepower. The engine is mated to Mitsubishi's Twin Clutch-SST gearbox that delivers highly-efficient power transmission while enhancing the sporty driving qualities of the vehicle with lightning-quick, silky-smooth, paddle-actuated shifts or programmed fully-auto modes. The Lancer Ralliart's full-time 4WD driveline features Mitsubishi's Active Center Differential (ACD). The ACD unit employs an electronically controlled multi-plate clutch center differential, vectoring drive torque to the front and rear according to different driving conditions to realize the best balance between steering response and traction characteristics on Tarmac, Gravel, or Snow surfaces. Lancer Ralliart is also equipped with a front helical and rear mechanical limited slip differentials.

The Lancer Ralliart exterior is distinguished by its more aggressively styled front bumper design, rear bumper cover, dual outlet muffler and a lightweight aluminum, ducted hood that delivers cooling air to the turbocharger. The interior design places greater emphasis on function and vehicle control. Lancer Ralliart is equipped with FAST key, hands free telephone interface, the same Twin Clutch-SST shifter used on Lancer Evolution, and easily accessible steering column mounted paddle shifters.

Available equipment and options to include: Recaro seats, HID headlights, 650 watt Rockford Fosgate 9-speaker audio system, Sirius satellite radio, power sunroof, and a 30 GB Hard Drive Navigation system.

Corvette ZR1 at Detroit

Chevrolet officially announced the 2009 Corvette ZR1 – an American supercar that brings the technology and engineering refinement of carbon-fiber, ceramics and electronics together in a distinctive design.


“Chevrolet’s goal with the new ZR1 is to show what an American supercar can deliver, at a price that trumps exotics that cost two, three or four times as much – and does so with exceptional driveability,” said Ed Peper, Chevrolet general manager.

The ZR1’s basic stats:

  • All-new LS9 supercharged 6.2L V-8 targeted at producing at least 100 horsepower per liter, or 620 horsepower (462 kW), and approximately 595 lb.-ft. of torque (823 Nm)
  • Six-speed, close-ratio, race-hardened manual transmission
  • New, high-capacity dual-disc clutch
  • Higher-capacity and specific-diameter axle half-shafts; enhanced torque tube
  • Specific suspension tuning provides more than 1g cornering grip
  • Twenty-spoke 19-inch front and 20-inch rear wheels
  • Michelin Pilot Sport 2 tires – P285/30ZR19 in front and P335/25ZR20 in the rear – developed specifically for the ZR1
  • Standard carbon-ceramic, drilled disc brake rotors – 15.5-inch-diameter (394-mm) in the front and 15-inch-diameter (380-mm) in the rear
  • Larger brake calipers with substantially increased pad area
  • Standard Magnetic Selective Ride Control with track-level suspension
  • Wider, carbon-fiber front fenders with ZR1-specific dual vents
  • Carbon-fiber hood with a raised, polycarbonate window – offering a view of the intercooler below it
  • Carbon-fiber roof panel, roof bow, front fascia splitter and rocker moldings with clear-coated, exposed carbon-fiber weave
  • ZR1-specific full-width rear spoiler with raised outboard sections
  • Specific gauge cluster with boost gauge (also displayed on the head-up display) and 220-mph (370 km/h) speedometer readout
  • Only two options: chrome wheels and a “luxury” package
  • Curb weight of approximately 3,350 pounds (1,519 kg)

The specialized components of the new ZR1 work harmoniously to deliver the most powerful and fastest automobile ever produced by General Motors. Performance estimates will be announced closer to vehicle’s summer 2008 launch.

“Preliminary testing shows the ZR1 builds on the highly respected Corvette Z06 in every performance category, from acceleration and braking, to cornering grip and top speed,” said Peper. “It all boils down to the power-to-weight ratio and the ZR1’s is exceptional – better than the Porsche 911 GT2, the Ferrari 599 and even the Lamborghini LP640. In fact, the ZR1 is expected to be the first production Corvette to achieve a top speed of at least 200 mph.”

Supercharged LS9 engine

The new LS9 6.2L small-block engine is the power plant the supports the ZR1’s performance capability. The enabler of the LS9’s performance and refinement is a large, positive-displacement Roots-type supercharger with a new, four-lobe rotor design. It is augmented with an integrated charge cooling system that reduces inlet air temperature for maximum performance.

A sixth-generation supercharger developed by Eaton helps the LS9 make big power and torque at lower rpm and carries it in a wide arc to 6,600 rpm, as it pushes enough air to help the engine maintain power through the upper levels of the rpm band – the area where supercharged performance tends to diminish. Heavy-duty and lightweight reciprocating components enable the engine’s confident high-rpm performance.

The LS9 is hand-assembled at GM’s Performance Build Center, in Wixom, Mich., and incorporates specialty processes typically seen in racing engines to produce a highly refined and precise product. For example, cast iron cylinder liners are inserted in the aluminum block and are finish-bored and honed with a deck plate installed. The deck plate simulates the pressure and minute dimensional variances applied to the block when the cylinder heads are installed, ensuring a higher degree of accuracy that promotes maximum cylinder head sealing, piston ring fit and overall engine performance.

Transmission and axle

The LS9 engine is backed by a new, stronger six-speed manual transmission and a twin-disc clutch that provide exceptional clamping power, while maintaining an easy clutch effort. ZR1-specific gearing in the transmission provides a steep first-gear ratio that helps launch the car, and top speed is achieved in sixth gear – a change from the fifth-gear top-speed run-outs in the manual-transmission Corvette and Corvette Z06.

As the term implies, the twin-disc clutch system employs a pair of discs, which spreads out the engine’s torque load over a wider area. This enables tremendous clamping power when the clutch is engaged, while also helping to dissipate heat better and extend the life of the clutch.

The twin-disc clutch system also contributes to the ZR1’s exceptional driving quality, with smooth and easy shifting. The twin-disc system’s design enables a 25-percent reduction in inertia, thanks to smaller, 260-mm plates, corresponding to a pedal effort that is similar to the Corvette Z06’s 290-mm single-disc system.

The rear axle also is stronger in the ZR1 and features asymmetrical axle-shaft diameters that were developed after careful testing to provide optimal torque management. The axles are also mounted on a more horizontal plane that correlates with the wider width of the rear wheels and tires.

Ride and handling


The ZR1 is built on the same aluminum-intensive chassis as the Corvette Z06 and features similar independent SLA front and rear suspensions, with aluminum upper and lower control arms. Where the ZR1 differs is the suspension tuning, which was optimized for the car’s steamroller-wide front and rear tires.

Magnetic Selective Ride Control is standard and tuned specifically for the ZR1. The system’s ability to deliver a compliant ride with nearly instantaneous damping adjustments enabled engineers to develop a surprisingly supple ride quality in a supercar that still delivers cornering grip of more than 1g.

From a high-performance perspective, Magnetic Selective Ride Control helps the rear axle remain planted during launch for smooth, hop-free acceleration. It also helps suppress axle movement when cornering on broken or uneven pavement.

Brakes, wheels and tires

Commensurate with the ZR1’s engine output is the braking system, which is headlined by carbon-ceramic brake rotors. Found on only a few exotics and more expensive supercars, carbon-ceramic brake rotors are made of a carbon-fiber-reinforced ceramic silicon carbide material . Their advantage comes in low mass and resistance to wear and heat. In fact, the rotors should never show any corrosion or require replacement for the life of the vehicle, when used in normal driving.

The vented and cross-drilled rotors on the ZR1 measure 15.5 inches (394 mm) in diameter in the front and 15 inches (380 mm) in diameter in the rear – making them among the largest carbon-ceramic rotors available on any production vehicle.

Clamping down on the high-tech rotors are six-piston front calipers and four-piston rear calipers, each painted a ZR1-exclusive blue. The front pads are equivalent in size to the largest on any production car with a single-pad design – double that of the Corvette Z06’s 70-sq.-cm. front pads.

The brakes are visible through the ZR1’s exclusive wheels: 20-spoke alloy rims that measure 19 inches in diameter in the front and 20 inches in the rear. They come standard with a bright, Sterling Silver paint finish and chrome versions are optional. The wheels are wrapped in Michelin Pilot Sport 2 tires developed specifically for the ZR1, measuring P285/30ZR19 in front and P335/25ZR20 in the rear.

Exclusive exterior

The ZR1 is instantly recognizable, with perhaps the most identifiable feature a raised, all-carbon-fiber hood that incorporates a clear, polycarbonate window. The window provides a view of the top of the engine’s intercooler, with the legend “LS9 SUPERCHARGED” embossed on the left and right sides, and an engine cover with the Corvette crossed flags logo debossed at the front.

The underside of the hood has an exposed carbon-fiber-weave. Exposed carbon-fiber is used on the roof, roof bow, rocker molding and front splitter. These exterior components are protected by a specially developed glossy, UV-resistant clear coat that resists yellowing and wear.

Widened, carbon-fiber front fenders with specific, dual lower vents, and a full-width, body-color rear spoiler incorporating the center high-mounted stop lamp, are also unique to the ZR1. All of the exterior features of the car were developed to enhance high-speed stability and driver control.

Interior details

The ZR1’s interior builds on the brand’s dual-cockpit heritage, with high-quality materials, craftsmanship and functionality that support the premium-quality experience promised by the car’s performance. The ZR1’s cabin differs from the Corvette and Corvette Z06 with the following:

  • ZR1-logo sill plates
  • ZR1-logo headrest embroidery
  • Specific gauge cluster with “ZR1” logo on the tachometer and a 220-mph (370 km/h) readout on the speedometer
  • Boost gauge added to the instrument cluster and Head-Up Display
  • The “base” ZR1 (RPO 1LZ) comes with accoutrements based on the Z06, including lightweight seats and lightweight content. The uplevel interior package includes unique, power-adjustable and leather-trimmed sport seats (embroidered with the ZR1 logo); custom, leather-wrapped interior available in four colors; navigation system, Bluetooth connectivity and more.

Mitsubishi Concept-Ra Unveiled at Detroit

The MITSUBISHI Concept-RA continues a long tradition of sporty coupe concepts dating back to the 1972 debut of the Galant GTO R73-X show car, which showcased high revving, high output (200 hp) DOHC engine technology. Combining cutting edge drivetrain technologies with the latest clean diesel engine design, MITSUBISHI Concept-RA demonstrates that a thrilling performance machine and a sense of environmental responsibility need not be mutually exclusive concepts. The Concept-RA features a "next generation" Super-All Wheel Control (S-AWC) system that is comprised of Active Center Differential, Active Yaw Control, Sport ABS and Active Stability Control component systems, as equipped on the very capable Lancer Evolution. For Concept-RA, this vehicle-dynamics-enhancing, all-wheel-drive system is upgraded to include Active Steering and Active Damping Control elements to further improve driver control, as well as vehicle handling and stability. S-AWC integrally manages all of these systems to realize advanced levels of control over drive torque and braking, thereby improving traction, cornering and vehicle stability. This complex system of electronic traction and driveline control help create intuitive, on-demand vehicle behavior that faithfully reflects driver intent under all driving conditions, from everyday use to emergency avoidance situations.

MITSUBISHI Concept-RA is powered by a new high output, low-emissions 2.2-liter 4-cylinder DOHC 16-valve turbo diesel engine. This engine features a MIVEC(1) valvetrain that offers continuously variable valve timing control as well as low and high speed camshaft profiles. The new diesel is equipped with piezoelectric injector common-rail direct fuel injection that allows a lower compression ratio and a VD (Variable Diffuser)/VG (Variable Geometry) turbocharger. The 2.2 liter clean diesel unit delivers a maximum output of 201 hp (150 kW) and maximum torque of 310 ft. lbs (42.8 kg-m). In an effort to comply with U.S. emissions standards (Tier 2 Bin 5 emission regulations), the diesel relies on a new catalytic converter system that utilizes diesel oxidation catalyst (DOC), NOx trap catalyst (NTC) and diesel particulate filter (DPF) technologies. When mated to a Twin Clutch-SST gearbox, the torque-rich diesel engine will help deliver sporty driving manners with a high degree of fuel efficiency.

MITSUBISHI Concept-RA makes extensive use of lightweight materials in its construction to help reduce vehicle mass for improved performance, fuel economy and safety. The athletic coupe features a new body structure that utilizes an aluminum space frame made from extruded aluminum sections and die-cast aluminum components, as well as the hood, fenders and other outer panels molded from impact-resistant and easily recyclable plastic resin.

Ferrari 430 Spider Bio Fuel Concept in Detroit

Ferrari has chosen Detroit as the venue for the presentation at a biofuel-powered F430 Spider in recognition of growing interest in North America in alternative sources of energy.
The development of an engine powered by the biofuel E85 comes as part of a research and development program announced during the Technological Innovation Conference held at Maranello last June as part of our 60th Anniversary Celebrations. On that particular occasion, Ferrari also unveiled projects focused on improving the energy of the whole car which would in turn lower fuel consumption and emissions levels. The ultimate aim being, of course, to cut the latter by 40% by 2012. The Ferrari F430 Spider Biofuel uses an 85% ethanol mix and was developed with using experience gleaned in competition. In fact, Formula 1’s technical regulations demand that petrol (gasoline) with 5.75% biomass-derived content must be used, while the FIA GT and American Le Mans Series (ALMS), both of which were dominated by the F430 GT2 in 2007, use fuels with 10% ethanol. Furthermore, E10 biofuels will be employed in the next A1GP Championship which Ferrari will be supplying with V8 engines. Once again, in fact, the track has proved an excellent testing ground for innovative solutions which, if successful, can then be passed on to production cars. Such is the efficiency of the transfer of track technology to road cars at Maranello that all of the Prancing Horse’s cars can already use up to 10% ethanol without any modification whatsoever. By developing this technological demonstration prototype however, Ferrari has proved category that it can offer the technological solutions demanded by the market demands without impinging on the distinctly sporty, high performance character and supreme driving pleasure of the unique cars it builds at Maranello. In the case of the F430 Spider Biofuel, certain modifications were made to the fuel feed system and most importantly to the engine CPU to allow the engine use E85. Developing the CPU, two fuels (Flex Fuel) can be used by the engine with the same compression ratio. All of the other technical characteristics have remained unchanged with respect to a standard production engine, however. The use of this type of biofuel and the modifications made have resulted in a significant increase in maximum power output (+ 10 hp at the same rpm) and torque (+ 4%) yet overall weight was unchanged. The advantages to the environment translate too into a 5% drop in CO2 emissions.