2007 Porsche 911 Turbo

The 2007 911 Turbo may be unmatched in its breadth of performance. Few machines can so easily warp our perception of what is possible from a state-of-the-art performance car, and yet so ably serve as a practical and comfortable conveyance for every-day driving. The new Porsche 911 Turbo features a revolutionary 480-horsepower, twin-turbocharged, 3.6-liter boxer engine with the world’s first gasoline-engine application of variable turbine geometry (VTG), a redesigned all-wheel-drive system, and evolutionary styling.

The new 911 Turbo’s engine produces 480 hp at 6,000 rpm, 60 bhp more than its predecessor, raising specific output of the 3.6-liter boxer-Six to an all-time high of 133 bhp per liter. More notable is the engine’s torque curve, which has been bolstered and broadened by the variable turbine geometry system. Peak torque rises to 457 lb-ft (previously 415 lb-ft), but that peak now spans an extended rpm range from 1,950 to 5,000 rpm, compared to 2,700--4,600 rpm in the previous 911 Turbo. Additionally, a function in the optional Sport Chrono Package allows a 10-second, mid-rpm-range ‘overboost’, temporarily increasing turbo boost under full throttle by 2.9 psi, and swelling peak torque to 502 lb-ft.

A 911 Turbo equipped with the optional 5-speed Tiptronic S automatic transmission requires only 3.4 seconds to sprint from 0 to 60 mph. Equipped with the standard six-speed manual transmission, the new 911 Turbo reaches the same 60 mph mark in 3.7 seconds. With either gearbox, the top track speed of the new 911 Turbo is 193 mph.

Much of the 911 Turbo’s improved performance can be attributed to the variable turbine geometry system, the first such system available on a turbocharged gasoline engine. The heart of the technology is adjustable guide blades, which can vary in angle to most effectively guide engine exhaust flow onto the turbocharger’s impeller wheel. The result is a system that provides the advantages of both a small and large turbocharger, improving flexibility and acceleration, particularly at low engine speeds.

To transfer this power to the road, the new 911 Turbo features a redesigned all-wheel-drive system, with an electronically controlled multi-disc clutch replacing the previous model’s viscous clutch. Porsche Traction Management (PTM) allows variable power distribution fore and aft, and depending on conditions, the system’s electronics constantly determine optimal torque distribution to ensure ideal traction. In use, PTM provides exceptional agility on winding roads, outstanding traction in inclement conditions, and impressive active safety even at higher speeds. Though powerful, the 911 Turbo’s PTM setup is one of the lightest all-wheel-drive systems on the market.

The new 911 Turbo’s accelerative performance is duly tempered by its brake system, which is comprised of six-piston monobloc calipers up front, and four-piston monobloc calipers at the rear. Brake disc diameter at all four corners has been increased 20 mm, to 350 mm (13.78 in.). Optional is Porsche’s Ceramic Composite Brake system (PCCB). In addition to the exotic pad and rotor material, the PCCB option provides an increased front disc diameter (380 mm /14.96 in.), absolute corrosion resistance, improved fade stability, and a 37-pound unsprung-weight savings versus the standard brake system.

Styling changes made to the new 911 Turbo are evolutionary. The modified front end features tautly drawn cooling air inlets, widely spaced and deep-set fog lights, and new LED indicators situated in the lateral air inlets. From the rear, the Turbo takes on a more powerful stance thanks to a tail 22 mm (0.9-in.) wider than that of the previous model. The redesigned wing spoiler has been aligned to the wider profile, and slopes downward slightly at each end to nestle the rear fender’s contours. The lateral air inlets behind the doors have also been redrawn, and together with the new air ducts, afford a more efficient supply of cooling air to the intercoolers.

2008 Subaru Impreza WRX STI

Subaru has at last revealed details of its hardcore new Impreza WRX STI which is substantially different to the non-turbo five-door models now being delivered to first customers.

And with a heavily-revised new 296 bhp turbocharged 2.5 liter ‘boxer’ engine, totally new platform and suspension plus even more advanced symmetrical all-wheel drive system, the World Rally Championship look-alike is sure to satisfy Subaru traditionalists.

At the rear, four exhaust pipes twinned in pairs at either side of the body not only give a distinctive look but reduce exhaust air-flow resistance by 38 per cent, increasing power and reducing noise.

Comfort With Agility

The new Impreza WRX STI boasts a much plusher interior than before, offering leather/Alcantara-covered sports seats as standard with Recaro seats as an option. Curtain airbags are standard and the audio system has been upgraded.

The braking system has been developed in conjunction with Italian specialist, Brembo, and features four-pot calipers at the front and twin-pot at the rear – both ventilated discs.

A multi-mode Vehicle Dynamics Control System allows the driver to select the best setting for the prevalent road conditions. For example, it can be turned off altogether or set to ‘Traction’ which delays artificial interference.

More Power, More Driver Involvement

The award-winning 2.5 liter horizontally-opposed ‘boxer’ engine benefits from a thorough revision which includes a larger and more efficient intercooler which increases power.

The new STI also boasts stronger low to mid-speed torque thanks to variable-valve timing for the intake and exhaust system and a fast-warm catalytic converter for reduced emissions.

Power is now 296 bhp at 6,000 rpm with torque of 300 lb-ft at 4,000 rpm.

The much-praised six-speed manual transmission has been revised, with a shorter-throw gear-change and lighter movements, especially from neutral to 1st and 1st to 2nd gear thanks to a revised synchromesh.

A firm favorite with existing STI owners, the Driver’s Control Centre Differential has been improved, giving even more choice of handling characteristics.

The DCCD is operated via a switch in the centre console, allowing the driver to manually select the torque distribution front to rear, reverting to automatic mode every time the ignition is switched off.

For example, he or she can choose between having a sharper cornering turn-in or more stable straight-line running.

In Manual Mode, the driver can adjust the front to rear torque distribution through varying degrees to suit different road conditions such as loose gravel or soft snow.

Now, for the new Impreza WRX STI, the DCCD switch also allows the selection of three different types of ‘Auto’ Mode.

1: Auto Mode is selected when the engine is started and covers most road conditions.
2: Auto+ Mode places the emphasis on traction for slippery roads, sharing out the torque more evenly between all four wheels and enhancing straight-line stability.
3: Auto- Mode increases agility by enhancing steering response through less torque-split interference.

2007 BMW M6

It has been 15 years since the BMW M6 last graced these shores. With the new M6, which is based on the new 6 Series, the engineers from BMW M GmbH have created a truly awe inspiring sports coupe.

The new BMW M6 shares its drivetrain with the M5. The new V10 produces 500 horsepower and 383 lb-ft of torque. This new engine is mated to a seven-speed SMG transmission. In the tradition of BMW M, the chassis has been engineered to keep up with the power while the exterior treatment is subtle, yet distinctive. In the interest of improved responsiveness, the M6 takes the lightweight technology of the 645Ci to an even higher level.

Together with the outstanding, uncompromising suspension designed and built exclusively for sporting performance, this supreme power unit gives the BMW M6 all the qualities of a thoroughbred supersports. But unlike its competitors usually offering only two seats, the BMW M6 comes with all the space and comfort of a typical 2+2-seater, plus the luxurious features of a typical luxury performance BMW.

True BMW M Power in a Discreet Package

The BMW M6 sets a new standard in the segment of high-performance 2+2-seater luxury sports cars. Creating this unique model, the engineers at BMW M GmbH have focused not only on the sheer power of the engine, but also on the weight of the body and, as a result, the mass to be accelerated as quickly as possible on the road. Reducing weight to a sensible minimum, the M6 comes with all the driving dynamics required for the race track, while in terms of motoring comfort and equipment it is simply ideal for all roads the world over. Not least, the body design of the BMW M6 modified only discreetly versus the elegant look of the BMW Coupe comes with all the understatement so characteristic of all M Models as their elementary feature.

Interacting with the seven-speed SMG transmission, the magnificent chassis and suspension, the elegant body in innovative lightweight technology, as well as the wide range of luxury equipment, the ten-cylinder high-speed engine gives the customer a brand-new dimension in motoring performance.

V10 Power Unit Running at Racing Speeds

Sharing BMW's V10 power unit, the M5 and M6 come with one of the rare high-speed engines in regular saloon and coupe production. Within the entire BMW family, the V10 is indeed the most demanding engine in technical terms and, without doubt, the top performer in every respect.

Power and performance, however, are not everything. Rather, what really counts is a car's acceleration and driving dynamics on the road. And this depends, first, on the weight of a car and, second, on the thrust and power which actually goes to the drive wheels - which, in turn, is a result of engine torque and the overall transmission ratio. BMW's high-speed engine concept allows an optimum gearbox and final drive transmission ratio in all cases, thus guaranteeing impressive thrust and momentum on the road at all times.

The Interior

Inside, the new M6 comes with fully adjustable M sports seats that include lumbar support and an adjustable backrest width as standard. They are covered in extended Merino leather, with the owner able to choose between Black, Silverstone or Sepang.

The new car also features BMW M’s version of the new Head-up Display system. Unlike the standard Head-up Display available on 5 and 6 Series models that offers navigation instructions and cruise control information, the system on the M6 projects driver-focussed information such as engine speed, gear selected and road speed directly into the driver’s view, obviating the need for the driver to take his or her eyes off the road ahead.

2009 BMW M3 Coupe

Entering each new season in motorsport, BMW feels new and fresh ambition, query formally proven recipes for success, and focus on new records and outstanding achievements. And precisely this also applies to the debut of the new BMW M3. Having completed its test cycle with flying colors, the new high-performance sports car from BMW M GmbH is ready and waiting to take over pole position. Indeed, with its superior power, performance and dynamism, the new BMW M3 ensures truly unique sheer driving pleasure of the highest caliber.

The new, 420 bhp V8 power unit offers enormous muscle and performance at all times. And the aesthetic design of the new car typical once again of BMW M spells out supremacy of the highest standard.

The new BMW M3 sets the foundation for continuing an exceptional career in motorsport. So every enthusiast sharing the passion for supreme performance may be sure that this model is able to master even the greatest challenge on and off the race track. And last but certainly not least, the new BMW M3 offers the supreme standard of reliability and everyday driving qualities so typical of all high-performance cars from BMW M GmbH.

The First-ever Eight-cylinder to Power a BMW M3

After 15 glorious years in the world of motoring, the straight-six power unit lauded time and again as the Engine-of-the-Year in the two former model generations of the BMW M3 is now giving way to a truly worthy successor. The new BMW M3 comes for the first time with an eight-cylinder power unit. And the specifications of this all-new high-performance engine clearly
prove the competence and skill of the engine development specialists at BMW M GmbH gained in a long history of racing success: Displacing 3,999 cc, the new V8 develops maximum output of 420 bhp, together with peak torque of 295 lb-ft at 3, 900 rpm. Perhaps an even more outstanding fact is that some 85 per cent of the engine’s peak torque remains available throughout the enormous speed range of 6, 500 rpm.

The eight-cylinder nevertheless owes its most striking and distinctive forte to the high-speed engine concept so typical of BMW M: Revving all the way to 8,400 rpm, the new power unit offers supreme muscle and performance at all times. Power is transmitted to the rear wheels by a six-speed manual gearbox interacting with brand-new final drive. This combination alone provides an acceleration and power potential reminiscent in its spontaneity and endurance to the dynamic potential of a thoroughbred racing car.

Athletic body design as a visible expression of superior power

The exterior of the new BMW M3 was designed and developed from the start to give the car a truly unique and sporting look. So applying the principle of "form follows function”, the designers at BMW M GmbH, in giving the body of the car its particular look and appearance, have succeeded in finding a perfect match of supreme technology, on the one hand, and authentic sporting design, on the other.

Reflecting this clear-cut principle, the engine compartment lid made of aluminum features an impressive powerdome right in the middle. Together with the recesses right next to the powerdome providing space for additional air intake openings, this special design feature clearly hints to the supreme potential of the eight-cylinder power unit within the engine compartment. The contours of the powerdome and air intakes follow the forward-pointing arrow shape of the engine compartment lid, blending harmoniously into the overall design of the front end even longer than on the “regular” BMW 3 Series Coupe.

The Interior: Tailor-made for Optimum Driving Pleasure

In designing the interior, the specialists at BMW M GmbH have succeeded in offering the occupants maximum driving pleasure in an ambience tailored to their specific needs and wishes. This applies particularly to the driver, with all controls and instruments relating directly to the active driving experience in the car adapted to the supreme performance of the BMW M3 and re-designed from the ground up wherever appropriate.

Double circular instruments with white illumination and red needles, the M leather steering wheel and the newly designed centre console all characterize the cockpit of the new BMW M3. The door cutout trim embellished by the characteristic M logo, the support for the driver’s left foot made of brushed metal, the special design and color of the inner door panels, as well as the trim strip made of high-quality, sophisticated materials exclusive to BMW M such as leather in carbon design or aluminum, all serve to underline the supreme and truly unique position of the new BMW M3.

MDrive Button for the Ambitious Driving Enthusiast

Enjoying the qualities of the new BMW M3, the driver is able to configure several driving parameters individually according to his particular requirements, thus adjusting the car’s behavior and performance to his personal preferences. One option, for example, is to completely deactivate the Dynamic Stability Control (DSC) via the car’s set-up. Electronic Damper Control (EDC), in turn, which optimizes both vertical vibration behavior as well as the car’s dive and roll in bends and when applying the brakes and accelerating by adjusting damper forces, comes with three different settings – Normal, Comfort, and Sports – the driver is able to pre-select at the touch of a button.

Three control maps are also available for precise, on-demand management of the engine. These management functions operate not only on the position of the throttle butterflies in the intake manifold, but also on further factors and parameters significantly changing the behavior and response of the engine.

The optionally available MDrive configuration enables the driver to pre-select the response of the Servotronic power steering. In the process, MDrive is able to follow two control maps varying steering forces between the Normal and Sports setting as a function of road speed.

2004 Mercedes-Benz SLR McLaren

A blast from the past and a taste of the future, this might just be a good description of the latest sports car that came out from a collaboration of Mercedes-Benz and McLaren, two big giants in the car manufacturing industry. We're talking about the 2004 Mercedes-Benz SLR McLaren. This sports car combines the old yet astounding SLR race cars of the 50s and the latest and meanest technology of high-performance supercars. With the power of race cars and the sleek, curves and designs of a luxury car, the combination from the two car manufacturers is hard to beat.

This supercar is definitely fast. SLR McLaren sports a 626-horsepower supercharged 5.5-liter V8. Also, it has a full carbon-fiber monocoque, features crash structures and body panels. And with the supercharge V8 engine, you can see the 2004 Mercedes-Benz SLR McLaren go from naught to 60 miles per hour in less than 3.6 seconds. Top speed has been measured to exceed 200 mph, a feat that can only be achieved by very few even among the high performance sports cars. It was the high-performance division of Mercedes-Benz which created the V8s. The AMG were the ones who hand-build the supercharged V8 engines with top notched precision and quality. It is not at a big surprise to see the supercharged 5.5 (5439 cc) liter dry sumped 90 degree V8 engine to produce around 466.8 kW at 6500 rpm (626 hp) and 780 N·m (575 ft·lbf) torque at 3250 - 5000 rpm. The numbers maybe daunting but the sound of the engine will appease the minds of those who long for the perfect high performance cars.

Mounting that V8 engine into the body of SLR exotic car is also not as traditional as one would like to expect. The engine in SLR sports car is placed in a front mid-engine position just behind the front wheels. Instead of using the traditional oil-pan, dry-sump lubricants are used. With this innovation, it is highly possible to mount the engine to a level that used to be unachievable. Because of the low position of the engine in the supercar's body, the results are more than one hoped. The new Mercedez-Benz SLR McLaren race car has better aerodynamics and better handling due to the lower center of gravity.

Not only does the mean features of the sports car that attracts attention but how the two car companies were able to fuse their own traditions and expertise into a single exotic car. For one, McLaren's expertise in Formula 1 has been imbibed wholly by the SLR's design. The composition of carbon fiber material that was used in the body of the new SLR sports car is so Formula 1. Because of this body, the Mercedes-Benz SLR McLaren has become more rigid and surprisingly strong.

But not to be outdone, counterpart Mercedes-Benz has also put a few tricks of its own. The German car maker added features that are deemed essential to the most important part of the vehicle: the passengers. Due to backgrounds in mostly luxury cars, Mercedes-Benz has ensured maximum occupant protection and safety. To my knowledge, the SLR is the only car so far that utilizes front crash structure made entirely of carbon fiber. The importance of this carbon fiber design can only be appreciated in actual crash test simulations. What the front carbon fiber crash structure does is it absorbs crash energy, four - five times more energy than ordinary steel structures actually, during a severe frontal collision. This protects the passengers during such accidents four times more than traditional steel structures found in other sports cars and supercars.

The SLR also has a five speed automatic transmission. There are modes, the Sport, Comfort and Manual which basically covers every known driving style. Sport is for everyday use, Comfort for bumpy or slippery roads, and Manual gives you control over the gears either through the touchpad or the levers on the steering wheel. When you use Manual, you open up three more modes, namely Sport, Supersport and Race. Speed increased significantly as you go up shifts.

Other notable features in this sports car include the high-performance technologies of ceramic brakes. The SLR uses ceramic reinforced with fiber on its brake pads. This technology allows this exotic car to have astonishing stopping power, and extraordinary high resistance to heat, exceptionally strong structure and long service life for the brakes.

With all these features it is not surprising that the Mercedes-Benz SLR McLaren is classified as a sports car and a supercar. Remember to get this right, though, the "SLR" does not stand for "Sportlich, Leicht, Rennsport" which is German for "Sport; Light; Racing" as most people think. Its real meaning is "super-leicht, Rennsport" which means "super-light, racing." The sports car is being sold with a base price of €443,066 £300,000 or $450,000.

2008 Dodge Viper SRT10

Beware of the highly venomous viper on the roads! Dodge has launched its ever powerful 600HP 2008 Dodge Viper SRT10 Roadster sports car for the brave kids on the road. It is likely to reach the American roads in the summer pausing a survival threat for the other roadster crawlers. Thanks to the engine technology developed by Street and Racing Technology (SRT) Engineering, Chrysler Group, for offering an 8.4-liter aluminum V-10 engine for this sparkling Viper SRT10 in eight different colors.

Aren't you curious to know its capacity of throwing the 'venom' on the roads? SRT engineers beautifully performed their engineering skills by equipping this fast roadster with the best engine possible on the roads by complying with the regulatory measures such as Federal Tier 2, Bin 5, and California's Low Emissions Vehicle (LEV) 2 mandates.

Fast car SRT adopted the racer's formula for the 2008 Dodge Viper SRT10 Roadster - bigger displacement, efficient breathing and higher engine speed. The exceptional performance of the Viper SRT10 sports car, added to its eye-catching appearance, is going to make new records on the roads. Apart from the interior and the exterior, Dodge offers a lot of customizable options to SRT 10 Viper owners who are crazy for cars with a difference.

The exterior of the 2008 Dodge Viper SRT10 will grab the attention of the snake-catchers. The fast car comes in eight different exterior colors including the slippery snake-green, venomous violet and the dangerous red. The color, along with the larger hood scoop, will make this roadster live up to its name. The eight vents provided at the hood provide sufficient airflow from the engine.

The interior of this sports car is no exception to its adventurous journey. The cockpit is fully equipped with all the instruments including the center-mounted tachometer and 220 mph speedometer. Apart from the five different color combinations offered to the interior, other noticeable feature is the bezel finish applied to its instrument panel and the console.

The cylinder heads of Viper SRT 10's engine is equipped with computer numerically controlled (CNC)- shaped combustion chambers, and larger valves with variable valve timing (VVT). VVT helps the valves to operate automatically as per the engine requirements, and thus offers a lot of relaxation time to the engine resulting better efficiency and cleaner surrounding. Another innovation in the engine technology of this sports car is the platinum-tip spark plugs that are used to ignite the fuel mixture in the engine. These plugs are fired by the plug coils placed on the cylinder-head covers.

The advanced safety and security technology adopted in the Viper SRT10 will pump in more enthusiasm in the car lovers to possess this vehicle not only as a racing car, but as a luxury car for everyday use. The safety measures at SRT10 include adjustable pedals, advanced multistage front air bags with occupant classification system, anti-lock brake system, belt-alert, and many more like that.