Jaguar XKR-S, 2012

 

 

 

 

Jaguar XKR-S, 2012

Making its debut at the 2011 Geneva Motor Show, the Jaguar XKR-S is the most extreme expression yet of Jaguar's passion for building beautiful, fast cars. For the first time with a series production car, Jaguar gains entry to the exclusive '300kph club' thanks to the effortless performance of the supercharged 5.0-litre AJ-V8 engine. A revised fuelling map means the direct-injection powerplant now produces 550PS and 680Nm of torque. Extensive recalibration has ensured that power delivery and performance are seamless, contributing to a 0-60mph time of 4.2 seconds. The Performance active exhaust encourages and rewards the enthusiastic driver with dramatic, motorsport-inspired aural feedback.

The Jaguar XKR-S is not merely the quickest Jaguar ever but also the most agile, responsive and driver-focused. The pinnacle of the XK range builds on feedback gathered from the supercharged XKR and has been developed to extend the performance parameters of the car. This new harder-edged character allows the enthusiastic driver to explore the outer limits of the car's dynamics without losing the refinement and usability for which Jaguar is famous. The structural integrity of the lightweight aluminium platform allowed the suspension to be reworked with bespoke components for increased stiffness without a commensurate loss in either refinement or Jaguar's legendary ride comfort. A reworked aluminium front suspension knuckle and revised rear geometry are allied to stiffer springs and dampers, lightweight forged alloy wheels and recalibrated steering effort to minimise any response delays and produce a more connected and agile driving experience.

The performance of the Jaguar XKR-S is reflected in both its interior and exterior styling, which feature exclusive new paint colours that reflect Jaguar's racing heritage. As with competition Jaguars of the past, the exterior of the XKR-S adheres to the principle of form following function. In addition to the styling changes and in order for it to achieve 300kph, the XKR-S was the subject of extensive Computational Fluid Dynamics development work. The resulting changes reduced front and rear lift by more than a quarter and optimised lateral aerodynamic stability.

The performance intent of the Jaguar XKR-S is clear from the moment the driver enters the cabin thanks to new cosseting Performance seats with prominent shoulder wings for close support during hard cornering. The seats feature 16-way adjustment, memory and heating functions while a new three-spoke steering wheel provides the perfect interface between car and driver.

Styling
Ian Callum, Design Director, Jaguar Cars: "The styling of this car isn't about image, it's about true performance. Like other iconic Jaguars before it, the styling has been driven by geometry and aerodynamics for genuine design purity. The physics required to achieve 300kph have led the aesthetic; if you don't like the way it looks, you probably won't like the way it drives either."

The first Jaguar designed entirely under the aegis of Design Director Ian Callum, the XK has received awards worldwide for its elegant appearance. Now further styling changes keep the XKR-S at the forefront of modern sports car design. Slimmer, LED headlights, more compact main air intake and vertical side power vent all contribute to a more purposeful front-end appearance. At the rear of the car the famous Jaguar 'Leaper' now takes pride of place in the centre of the bootlid.

The Jaguar XKR-S also required aerodynamic modifications to achieve its 300kph top speed in the unruffled manner expected of a Jaguar and has been designed solely with an eye for purity of line and singularity of purpose. As the XKR-S approaches its top speed, there is a requirement to channel air cleanly over, around and under the car in order to maintain stability and ensure balanced downforce front and rear. An overall reduction in lift of 26 per cent has been achieved.

The necessary revisions were made after extensive Computational Fluid Dynamics work, proven through wind tunnel testing and are unique to this flagship of the XK range. The most dramatic changes have been applied to the front of the car, radically altering its appearance and lending it a more assertive look. A new bumper design features near vertical feature lines running down from the edges of the oval air intake and supporting the new carbon-fibre splitter and lower spoiler. At the extreme edges of the front fenders, vertical slots channel air down the sides of the car and along the wider sills for increased high-speed directional stability.

In order to balance front and rear lift, the Jaguar XKR-S features a separate rear wing, a first for the XK range. This addition, with its carbon-fibre centre section, works in concert with the similarly constructed Venturi structure underneath the rear bumper.

The assertive new appearance of the Jaguar XKR-S is subtly highlighted by some carefully chosen details exclusive to this model. Exterior trim is finished in gloss black, complemented by 20-inch Vulcan lightweight forged alloys in a dark technical finish.

The XKR-S is available in a range of five paint colours, two of which evoke Jaguar's competition heritage: Italian Racing Red and French Racing Blue.

Like the lining of a bespoke suit, the finishing touch is provided by the brake calipers, available in either red or gunmetal and emblazoned with the 'Jaguar' name.

Performance/Powertrain
Russ Varney, Chief Programme Engineer, XK: "With the XKR-S we have exploited the inherent capabilities of the aluminium architecture to its fullest extent to create a track-capable performance derivative extending all car's attributes and delivering an irresistible 'smile of satisfaction' response from the driver."

Astonishing engines have always formed the strongly beating heart of Jaguar's road and race cars from the record-setting straight-six in the XK120 to the smooth V12 that made the XJ12 the fastest four-door in the world when it was launched.

The AJ-V8 joined this illustrious list from the moment the first one was fired into life but in the Jaguar XKR-S it is presented in its most potent form to date. Now in its third generation and with the addition of supercharging, the all-aluminium quad-cam powerplant delivers not only extreme performance but also tremendous efficiency thanks to the technologies incorporated into it, including spray-guided direct injection (SGDI) and dual independent variable cam timing (DIVCT).

Fuel is delivered directly to the centre of the combustion chambers at a pressure of up to 150bar by the centrally-mounted six-hole spray-guided injection system in order to maximise fuel-air mixing and improve responsiveness, particularly at low speeds. It has also allowed an increase in compression ratio from 9.1:1 to 9.5:1 to improve fuel economy while multiple injections reduce the warm up phase to increase catalyst efficiency and reduce emissions.

Each of the four camshafts features a variable timing system which rather than being controlled by oil pressure, are activated by the positive and negative torques generated by the movement of the intake and outlet valves, allowing for a smaller, more efficient oil pump to be fitted, further reducing fuel consumption. The VCT units respond up to three times faster than previously with actuation rates of more than 150 degrees per second at every point in the speed range, making this the most responsive engine Jaguar has ever built, with no gaps in its power delivery.

Like the car itself, the AJ-V8 features aluminium architecture with the high pressure die-cast lightweight block augmented by cast iron liners and cross-bolted main bearing caps which contribute to refinement to match its power. The four-valve cylinder heads are now constructed from recycled aluminium to reduce the environmental impact of engine manufacture.

Nestling in the 'V' of the cylinders is the Roots-type twin vortex supercharger and its two intercoolers that help provide the XKR-S with such urgent motive power. This sixth-generation forced induction unit is 20 per cent more thermodynamically efficient than its predecessor, while the intercoolers feature their own water-cooling circuit to reduce the temperature of the pressurised air to optimise power and efficiency.

The surfeit of power produced by this system meant that it was a relatively simple matter to liberate an extra 40PS and 55Nm over the standard XKR. Remapping the engine's fuelling characteristics and increasing exhaust gas flow through the use of an active exhaust system has lifted total output of the 5.0-litre V8 is now 550PS and 680Nm, making it the most powerful Jaguar road engine ever made and allowing the Jaguar XKR-S to hit 60mph in 4.2 seconds and breach the magical 300kph barrier with ease.

The Performance active exhaust system that helps provide such spirited performance also produces a thrilling motorsport-inspired soundtrack to aurally reward the enthusiastic driver.

Handling
Mike Cross, Chief Engineer, Vehicle Integrity: "This car encompasses everything a performance Jaguar should be; as capable, precise and thrilling on a wet Welsh B-road as it is at the Nürburgring. Every response delay has been minimised in order to give the car a more connected feel in the manner in which it steers, handles, stops and goes."

Jaguar pioneered the use of aluminium construction for series production cars, exploiting the metal's low mass and high tensile strength to maximise benefits in terms of performance, agility, fuel consumption and emissions.

The platform underpinning the XK range makes the car one of the lightest and most rigid in its class with a kerb weight of 1753kg and torsional stiffness of 28,400 Newtons per degree. This fundamental strength allowed Jaguar's Vehicle Integrity team, led by Mike Cross, to develop the dynamic attributes of the Jaguar XKR-S to the full, without affecting refinement. Every Jaguar achieves an unrivalled mix of sporting appeal and luxurious comfort and the XKR-S is the most driver focused Jaguar ever made.

Taking the solid foundation of the aluminium architecture as a starting point, both front and rear suspension systems have been upgraded. The double wishbone front suspension has been comprehensively revised with a new aluminium steering knuckle that significantly increases camber and castor stiffness by 0.13 degrees per Kilonewton to transform the accuracy and weighting of the steering for greater levels of connection, feedback and precision. The Active Differential Control has been reprogrammed to reduce steering sensitivity at the very high speeds of which the car is capable, increasing stability and driver control.

Rear suspension geometry has been revised with rear wheel steer optimised for maximum agility while spring rates have been increased at both ends of the car by 28 per cent. Bespoke software for Jaguar's Adaptive Damping has been written for the Jaguar XKR-S, ensuring both total body control and maximum traction and grip.

Wheel sizes have been increased with the unique lightweight forged Vulcan 20-inch alloys now having a width of nine inches at the front and 10.5-inches at the rear for greater precision and grip. The new wheels wear Pirelli P Zero tyres measuring 255/35 R20 at the front, 295/35 R20 at the rear. This combination has reduced overall unsprung mass by 4.8kg with a commensurate improvement in handling and dynamism.

The Dynamic Stability Control System has been reworked to maximise the benefit of these wider tyres. In Trac DSC mode this utilises specific traction, stability and eDiff settings to alter slip thresholds, differential torque distribution and intervention levels to allow the experienced driver to explore the outer edges of the performance and handling envelope.

The XKR-S is equipped as standard with Jaguar's High Performance Braking System. Lighter and more powerful, this features cast iron and part aluminium monobloc calipers for a combination of power, stability and feel. The brake discs - measuring 380mm at the front and 376mm at the rear - are internally ventilated to provide repeated, fade-free stopping power. In combination with pad surface increases of 44 per cent front and 31 per cent rear the system provides total security and confidence on both road and track. Stopping distance from 124mph has been improved by 2.7 per cent over the already impressive XKR.

The end result is a car that captures the essential duality that is a characteristic of every great Jaguar; capable of transporting the driver to the fabled Nürburgring in total comfort and hushed silence, and yet still able to deliver a sub-eight minute lap time and then return home with total ease.

Interior
The cabin of any Jaguar is always a uniquely special place in which to spend time and the XKR-S meets all expectations from the moment the driver enters to be greeted by the red Start button pulsing like a heartbeat. When pressed, the engine fires with an rich, deep reverberation and the Jaguar Drive Selector rises from the centre console as a point of first contact to begin the process of bonding man with machine.

The interior of the Jaguar XKR-S has been subtly refreshed with a host of new trim materials including ebony soft-feel paint for the switches and gloss black finish to the centre console. The model will also be exclusively available with a Dark Linear Aluminium finish as an option to the wood veneers.

A new leather-wrapped, multi-function steering wheel has also been added, providing a beautiful, tactile interface between car and driver as do the bright, Jaguar-embossed, stainless steel pedals.

Exclusive to the Jaguar XKR-S are the new Performance front seats with an integrated head restraints and increased lateral and squab support to hold driver and passenger securely and comfortably in place during the high speed cornering of which this car is capable. The 16-way adjustment of squab, cushion, lumbar and bolster elements is supplemented by memory and heating functions.

The sense of occasion offered when driving the Jaguar XKR-S will be heightened by the new carbon leather accents covering the seats, featuring unique contrast micro-piping and stitching combinations in Reims Blue, Red and Ivory. Duotone combinations of Charcoal with Tan and Charcoal with Red are also available.

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Buick Envision Concept, 2011

 

 

 

Buick Envision Concept, 2011

The Buick Envision Concept vehicle, which represents a convergence of future ideas and technology for Buick in the market, made its global debut today in . It appeared on the Shanghai GM stand at Auto Shanghai 2011.

The Envision merges Buick's global design language with Chinese aesthetics for the SUV segment. Inheriting the essence of Buick's "fluid dynamics and peaceful comfort," it incorporates GM's world-leading PHEV plug-in hybrid system. Its forward-looking and people-oriented technology and equipment are destined to change people's perceptions of SUVs.

According to Ed Welburn, GM Vice President of Global Design, "The Envision has inherited Buick design DNA and taken the Buick global design language to a new height. It makes a significant statement for Buick styling and technology, and will influence upcoming models from the brand."

Design: Buick essence, futuristic language
Speed and power, lightness and strength, and elegance and foresight contrast with each other yet retain a sense of harmonious interplay in the Buick Envision. The design carries forward Buick's tradition of grand elegance, blending it with dynamic lines, sharp angles and curved shapes. Its dynamic coupe-like body and multifunctional space offer a hint of Buick SUVs to come for the Chinese market.

The Buick Envision features a two-layer traditional Buick waterfall grille, which regulates air intake to meet the demand of the power system and achieve optimized aerodynamic performance. The front-end design also incorporates Buick's tri-colored shield insignia, reinforcing the Buick Envision's refined and forceful sense of styling. Headlamps and fog lights are inspired by traditional Chinese patterns. Porcelain-like daytime LED lamps house five "Chinese pillar-like" LED bulbs for a reserved elegance with bright illumination.

Sharp lines start from above the headlamps, spreading out and submerging into the body of the vehicle. They reappear at the rear, running powerfully through the taillamps and showcasing the traditional Buick double sweep spear. Wheel arches above powerful-looking 22-inch tires offer a strong contrast. The one-piece roof is shaped like an arching bridge. It allows the continuous flowing side lines to form a graceful curve above the windows before being integrated in the back end. The Buick's rearview mirror and side window trims are lined up across from the A-pillar and C-pillar, serving as the perfect finishing touches for the side view of the vehicle. The Buick Envision has scissor-style doors with sensors, adding a sense of luxury while making entry and exit more convenient.

The Buick Envision has shed the chunky rear of traditional SUVs. Multiple ridge lines form layers like a modern sculpture. Slim, sharp porcelain-like taillamps are integrated with gleaming LED lights. The design is applied to the rear fog lights and exhaust as well. The ice-peak silver body color reflects the strong, athletic pose of the Envision.

The Buick Envision comes with 22-inch doubled-layered aluminum alloy wheels. Silicon sports tires feature an asymmetrical unidirectional tread. This reduces resistance, noise and energy consumption while ensuring the safety expected from an SUV.

The Buick Envision has a people-oriented, comfortable and high-tech interior. Buick's signature 360-degree all-around integrated design and unique asymmetric central console bring out the best in each other. The front cabin has the appearance of a floating sculpture. It achieves a perfect balance between physical comfort and aesthetics. Spiral gauges offer an exciting futuristic feeling.

The color of the car door is inspired by the "yin and yang" concept. Together with the two-toned high-quality galaxy-blue and sand-beach white Italian leather and high-class maple and metallic materials with a velvety texture, it offers a visual effect of peace and elegance. The shared armrest runs from the front to the back, with a storage function and crafted hidden air-conditioning vents. The flat floor feels like the deck of a yacht and contributes to the spaciousness and comfort of the interior.

In addition to Buick's classic ice-blue lighting, the interior also features optional orange "casual" lighting and red "sportive" lighting, giving off a soft radiance that matches the mood of the surroundings.

Technology: Comfort, convenience and people-oriented concepts
The Buick Envision Concept introduces a number of people-oriented concepts and technology for convenience and comfort.

    The next-generation Bluetooth DUN Intelligent Internet system allows users to connect to the Web with their cell phones. Using cloud servers, the system enables virtual community interaction and the sharing of information with other vehicles. Information can be displayed on the OLED touch-screen interface on the Flex-touch central console or on the windshield.
    Traditional rearview mirrors have been replaced by three micro-cameras to catch and relay images of the road to the dashboard. When the car is moving, speed, fuel consumption and navigation details are projected onto the windshield in 3-D so that the driver does not have to take his or her eyes off the road. The OLED touch screen is aided by an auxiliary speech function. Users can easily toggle between real-time information, the in-car navigation system and the entertainment system. The system can be adjusted to the height of the driver.
    With micro-cameras and transmitting sensors, the Buick Envision addresses blind spots. The area blocked by the A-pillar can be projected above the A-pillar, enhancing safety while lowering drag coefficient.

Power: Breakthrough plug-in hybrid system with intelligent AWD
The Buick Envision is equipped with GM's breakthrough PHEV plug-in hybrid system, which offers unprecedented high-efficient performance that sets a benchmark for future hybrid technology. The 2.0-liter SIDI intelligent direct injection turbocharged engine is complemented by a pair of electric motor generators in the Envision's dual automatic/manual eight-speed transmission. A high-performance lithium battery and a solar energy roof with optical equipment serve as an alternative energy source independent from the engine.

The plug-in hybrid system, which effectively leverages standard fuel as well as electricity, can produce more power than pure electric cars or gasoline vehicles. When the vehicle is being started, parked and running at low speeds, the Buick Envision runs solely on electric power. When the vehicle needs more power or the battery is running low, the engine automatically kicks in to provide a Smart Charge for the battery. When greater power is required, such as during sudden acceleration and uphill driving, the engine serves as the main power source, with the generator providing additional power. The vehicle can be plugged into a standard outlet to recharge the battery. Additional electricity for the battery is produced by the solar roof.

The Buick Envision's compact, lightweight chassis is composed of carbon fiber, magnesium and aluminum. Mounted on an MRC electromagnetic suspension with the energy-recycle function, it offers one of the fastest magnetic ride control systems in the world. Damping can be actively regulated according to road conditions to optimize handling. With the Buick Envision's intelligent all-wheel-drive system, the torque output of each wheel can be adjusted at any time for all-weather driving pleasure.

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Brabus Ultimate 120, 2012

 

 

 

 

 Brabus Ultimate 120, 2012

Highly exclusive and equally dynamic limited-edition city sports cars have a long, successful history at Brabus. Reason enough for Brabus to celebrate yet another world debut at the 2012 Geneva Motor Show: based on the latest evolution of the smart fortwo cabrio there is now a successor to the sold-out limited-edition models Ultimate 101, Ultimate 112, Ultimate R and Ultimate style - the Brabus Ultimate 120. As the name indicates, this drop-top two-seater car is a supercar with 120 hp (118 bhp) / 88.3 kW and a top speed of 170 km/h (112 mph), which will be built in a small-series production run limited to just 120 consecutively numbered cars. The exclusive appointments range from a special paint finish as per customer specification to the WIDESTAR wide-body version with forged Brabus Monoblock F 18-inch wheels and an all-leather interior. MSRP for a Brabus Ultimate 120 starts at EUR 45,900.

In addition to the special paint finish, which on the car at the 2012 Geneva Motor Show is an intense metallic red, the Ultimate 120 immediately catches the eye with its muscular Brabus WIDESTAR body kit with front spoiler, side sills and Brabus WIDESTAR fender flares front and back.

The large wheel wells offers space for a tire/wheel combination that is highly unusual in this vehicle class and design: the new Brabus Monoblock F "Platinum Edition" forged wheels are mounted on the front axle in size 7Jx18 with size 205/35 R 18 high-performance tires. Size 8.5Jx18 wheels with size 235/30 R 18 tires in the rear provide plenty of grip for transferring the power of 120 horses to the asphalt with no slip.

The height-adjustable Brabus coilover suspension is custom-calibrated to the ultra-low-profile tires and the wider track. It combines direct and safe handling with excellent ride comfort. A Brabus high-performance brake system with cross-drilled discs and four-piston fixed calipers painted in body color on the front axle provides enormous stopping power and maximum durability.

This makes the Ultimate 120 perfectly suited for the installation of the powerful Brabus three-cylinder turbocharged engine. In keeping with its name, the Ultimate city sports car keeps a maximum power output of 120 hp (118 bhp) / 88.3 kW at 6,000 rpm on tap for its driver. However, even more important in day-to-day operation is the peak torque of 160 Nm (118 lb-ft), available between 2,250 and 3,750 rpm, and unparalleled in this vehicle class.

Gears in the Brabus Ultimate 120 are shifted either automatically or similar to Formula 1 racing manually with shift paddles on the ergonomically shaped Brabus steering wheel that has a diameter of just 34 centimeters (13.4 inches).

With a sprint time of 8.9 seconds for 0 - 100 km/h (62 mph) and an electronically limited top speed of 170 km/h (106 mph) the convertible also sets new class standards in these disciplines.

The performance is accompanied acoustically by the Brabus stainless-steel sport exhaust system with two chrome-plated tailpipes.

The Ultimate 120 also features a number of exquisite interior highlights: the entire interior is clad in especially soft and breathable black Brabus Mastik leather with red contrasting seams that match the outer skin. For perfect lateral support during fast cornering the city sports car is equipped with Recaro Sportster seats. These also are wrapped in the finest Brabus leather and their seat shells are painted in the same color as the car's exterior.

Numerous other details such as the speedometer, tach and clock including the instrument bezels, dashboard molding, turn signal stalks and door handles were also painted in body color. Brabus stainless-steel pedals as well as an aluminum shifter and emergency-brake lever create pure motor sports ambiance.

Air conditioning system, radio and navigation system are of course also part of the two-seat drop-top's standard equipment.

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BMW M5, 2012

 

 

 

 

 

 

 

 BMW M5, 2012

The new BMW M5 is poised to build on the tradition of its predecessors and once again redefine the performance experience available in a four-door car. Displaying the conceptual harmony, state-of-the-art technology and astonishingly dynamic handling for which BMW M cars have become renowned, the fifth-generation BMW M5 stirs the passion of keen drivers for top performance and blends it, in inimitable style, with the universal qualities of a top-class premium saloon. The most powerful engine ever fitted in a series-produced model from BMW M GmbH, the innovative Active M Differential - which optimises power transfer to the rear wheels - and model-specific chassis technology developed on the back of extensive racing expertise all secure the BMW M5 a dominant position in the high-performance saloon market.

The new BMW M5 is a high-performance sports car whose exceptional dynamic potential is geared squarely to the demands of track use yet which also sets a new benchmark in everyday driving with its supreme touring comfort and innovative equipment features. It also sets the pace in its class in terms of efficiency. The car's history of success in a segment founded more than 25 years ago by the original BMW M5 is set to continue in thrillingly contemporary style.

Under the bonnet of the new BMW M5 lies a newly developed, high-revving V8 engine with M TwinPower Turbo (consisting of Twin Scroll Twin Turbo technology, a cross-bank exhaust manifold, High Precision Injection petrol direct injection and VALVETRONIC fully variable valve control), maximum output of 412 kW/560 hp at 6,000 - 7,000 rpm and peak torque of 680 Newton metres (502 lb-ft) between 1,500 and 5,750 rpm. The instantaneous power delivery and sustained thrust familiar from M cars are the key to acceleration of 0 - 100 km/h (62 mph) in 4.4 seconds (0 - 200 km/h/124 mph: 13.0 seconds). Average fuel consumption in the EU test cycle stands at 9.9 litres per 100 kilometres / 28.5 mpg imp (CO2 emissions: 232 g/km). While output has increased by around 10 per cent and maximum torque is up by more than 30 per cent, the new BMW M5 burns over 30 per cent less fuel than its predecessor.

The significantly improved balance between the performance-focused M experience and the car's fuel consumption stems from the exceptionally impressive efficiency of the new V8 engine and from far-reaching Efficient Dynamics technology including the Auto Start-Stop function in conjunction with the standard seven-speed M Double Clutch Transmission Drivelogic. In order to channel the engine's imposing power development into inspiring performance characteristics, the new BMW M5 boasts chassis technology - including electronically controlled dampers, M-specific Servotronic steering, a stability control system with M Dynamic Mode and high-performance compound brakes - developed on the back of racing expertise and tuned to the output profile of the powerplant.

This technology combines with model-specific design features - which make a direct contribution to optimising the supply of cooling air and enhancing aerodynamic characteristics - to create the conceptual harmony typical of BMW M cars. The precise interplay of the drive system, chassis and design has been refined in extensive and detailed testing on the Nordschleife circuit at the Nürburgring, to ensure unbeatable longitudinal and lateral acceleration, handling characteristics and braking performance.

The interior design, control concept and innovative equipment features of the new car also play their part in creating the exclusive M experience. Sports seats, an M leather steering wheel, and an M-specific instrument cluster and centre console lend the cockpit a classical sports car feeling. For the first time, two M Drive buttons have been fitted as standard for the driver to call up the ideal car set-up for the situation at hand. High-quality, precisely finished materials, generous levels of space and the extensive range of equipment fitted as standard generate the premium ambience - laced with cutting-edge luxury - of a BMW 5-Series model. Added to which, customers can also give their car the personal touch, since virtually the full range of options for the BMW 5-Series Saloon are also available for the M5, including a host of driver assistance systems and mobility services from BMW ConnectedDrive.

Body design: hallmark M design elements make a genuine contribution to meeting technical requirements.

The design of the body faithfully showcases the standout characteristics of the new BMW M5. The dynamic proportions and stylishly authoritative appearance of the BMW 5-Series Saloon has been further enhanced by the addition of M-specific design features. The carefully selected modifications are geared precisely to meeting the technical demands of the car, making them a central element of the high-performance Saloon's overall concept. The car's extraordinary potential is highlighted subtly and with impressive authenticity by the distinctive design elements on its front, sides and rear end.

The design of the front apron clearly embodies the supreme power of the new V8 engine. The contour lines of the bonnet converge in a V to the brand's hallmark double-kidney grille. The wide-spread arrangement of the customary M black slats - like the three air intakes in the lower section of the front apron - emphasise the cooling air requirement of the engine behind the grille. The arrangement of the air intakes over various levels creates an impressive depth which underlines the dynamic, forward-thrusting appearance of the Saloon.

Dynamically formed intakes ensure precise airflow and optimum cooling.
The functional significance of the forward-projecting central aperture is emphasised by the width of the car, which spreads out towards the road surface, and the protruding form of the contour lines. The two side air intakes, meanwhile, have a dynamically curving form. Positioned far to the outer edges of the car, they emphasise its wide track and fill the spaces in the front apron the BMW 5-Series Saloon normally reserved for foglamps. At the lower edge of the front end, air-channelling flaps developed on the race track ensure optimised aerodynamics.

The standard-fitted bi-xenon headlights of the new BMW M5 generate daytime running light with visually unique LED light rings. The indicator lights positioned on the car's outer edges each consist of 10 LED units. LED accent lights cut across the top of the customary BMW twin round headlights to perfect the intent look - both during the day and in night-time driving - characteristic of BMW models.

Prominently flared wheel arches, three-dimensional gills, eye-catching side skirts.
The long wheelbase, set-back passenger compartment and High-gloss Black side window borders clearly accentuate the stretched silhouette of the new BMW M5. Muscular flared wheel arches spotlight the wide track, which helps gives the car its unshakable roadholding and impressive lateral acceleration. Wheels sitting flush with the bodywork and lowered suspension - a gift from the specially tuned chassis - enhance the car's sporting presence when viewed from the side. The model-specific 19-inch M light-alloy wheels in double-spoke design also assist in this regard. The lightweight construction of the optional 20-inch forged rims is highlighted by their five slim double spokes. This design clears a line of sight to the high-performance brakes with six-piston fixed callipers, hinting at the precision with which the driver can adjust the car's handling.

Elsewhere, the front side sections carry a fresh take on the hallmark M gills. The three-dimensional shaping, a wide chrome frame and the free-floating look of the indicator bar, which bears the M logo, give the intakes an extremely deep-set look. The mirror casings are painted in body colour, the mirror base and lower edge in High-gloss Black.

The side skirts of the new BMW M5 also have a design very much of their own. A particularly powerful bulge at the back end of the skirts and a crease rising slightly to the tail divert the eye to the rear wheel arches - and therefore to the driven axle of the high-performance model.

Broad, powerful tail generates optimum airflow.
The design of the tail provides an effective expression of the superior sports performance and supreme roadholding of the new BMW M5. As with the BMW 5-Series Saloon, the focus on the car's width through the predominance of horizontal lines is lent additional emphasis by an athletically formed rear apron. The bespoke rear apron of the M5 provides a fluid transition into the wide wheel arches, drawing even more attention to the drive forces channelled through the rear wheels.

A diffuser integrated into the lower edge of the rear apron provides efficient airflow through the back end of the underfloor section. A signature M feature of the new BMW M5 is the twin-pipe exhaust system, whose tailpipes are positioned wide to either side of the diffuser and have likewise aerodynamically formed surrounds. The subtle gurney-style rear spoiler on the boot lid also aids the car's aerodynamics by providing additional downforce at high speeds, in particular, and therefore contributing to the Saloon's assured handling at all times.

The L-shaped rear lights fit the brand's template, down to the distinctive night-time look. Three LED-powered light strips shape the face of the characteristically homogeneous units, and the direction indicators and braking light are also fed by LED units. The reflectors are arranged immediately below the rear lights. This is higher up within the rear apron than they find themselves on the regular BMW 5-Series Saloon and accentuates the car's powerful, muscular form particularly strongly.

The drive system: high-revving V8 engine with M TwinPower Turbo technology sets new standards in output and efficiency.

The new BMW M5 adds a fresh, contemporary and fascinating angle to a variety of distinctive features. This applies to both a vehicle concept now in its fifth generation and the car's engine technology. For the first time, a BMW M5 has a turbocharged engine to thank for its outstanding dynamics. The high-revving V8 unit with M TwinPower Turbo technology lends a whole new intensity to the powerful thrust sustained into the higher rev ranges for which M cars are renowned. The 4.4-litre engine develops top output of 412 kW/560 hp at 6,000 - 7,000 rpm, while its maximum torque of 680 Newton metres (502 lb-ft) is on tap between 1,500 and 5,750 rpm. The rev limiter intervenes at 7,200 rpm. The rev band, which offers extremely dynamic acceleration between the arrival of peak torque and the availability of maximum output, is therefore almost three times as wide as that of the predecessor unit.

The drive unit in the new BMW M5 mobilises the highest output ever generated by a BMW M car, and at the same time provides the most efficient balance yet between performance and fuel consumption. The new engine produces around 10 per cent higher output than its predecessor and torque is up by over 30 per cent. Fuel consumption and CO2, meanwhile, have been cut by more than 30 per cent. This progress in terms of both driving dynamics and efficiency marks the new BMW M5 out as an extremely pioneering interpretation of a premium high-performance saloon.

The driver can use a button on the centre console to adjust the engine's performance characteristics to the demands of the situation and his own individual preferences. "Efficient", "Sport" and "Sport Plus" modes are available.

Racing know-how and unparalleled development expertise: the ideal basis for maximum output and unbeatable efficiency.

The M TwinPower Turbo package of technology developed for the engine powering the new BMW M5 combines design features derived directly from motor racing with innovations spawned by the rigorous implementation of the Efficient Dynamics strategy. It comprises a turbocharging system based on the Twin Scroll Twin Turbo principle, including cross-bank exhaust manifolds, High Precision Injection petrol direct injection and VALVETRONIC variable valve control. Added to which, the engine has an extremely powerful cooling system. This is a combination without parallel worldwide and produces the suitably exclusive performance characteristics you would expect from a BMW M car. The experience is defined by instantaneous responses and extremely impressive torque developed from extremely low revs and maintained into the higher reaches of the engine speed range.

Concentrated power: turbochargers positioned in the V-shaped space between the cylinders, cross-bank exhaust manifold.

The two turbochargers of the eight-cylinder engine are accommodated, along with the catalytic converters, in the V-shaped space between the cylinder banks, which are positioned at a 90-degree angle to one another. This arrangement produces an extremely compact construction and allows model-specific positioning of the intake and exhaust ducts. Their reduced pipe length and larger cross section minimise the pressure losses on the exhaust side of the engine. There is also a smaller distance between the combustion chambers and the catalytic converters, which helps the "cats" reach their optimum operating temperature soon after the engine has started.

BMW's patented and globally unique cross-bank exhaust manifold ensures additional optimisation of the gas flow on the way to the two twin-scroll turbochargers. It is made up of four separate exhaust ducts, which are connected with the exhaust ports of two combustion chambers - one on the left-hand cylinder bank and one on the right. Identical pipe lengths and a combustion chamber arrangement mirroring the firing sequence ensure the gas flows through the exhaust ducts at an even rhythm. In each case, two of the four exhaust gas ducts supply one of the two turbos, having been channelled together shortly before they reach the turbine. The result is a consistent level of pressure acting on the two turbochargers, without any kind of counter-flow. This ensures the turbines respond extremely rapidly and charge pressure remains constant.

The turbochargers developed specially for the engine powering the new BMW M5 stand out with their particularly high level of compressor and turbine efficiency, and deliver maximum charge pressure of 1.5 bar. Their innovative construction principle uses the potential of turbocharging to deliver an efficient output boost of unprecedented potency. The latest version of M TwinPower Turbo technology provides a level of responsiveness, intensity and smoothness in its power delivery unmatched in the segment. The engine's intoxicating thrust gives the new BMW M5 impressive acceleration. The sprint from rest to the 100 km/h (62 mph) mark is all over in 4.4 seconds, and from that point progress continues with barely any let-up. Indeed, the M5 needs just 13.0 seconds to race from 0 - 200 km/h (124 mph). Maximum speed is electronically restricted to 250 km/h (155 mph); if the optional Driver's Package is specified, this limit is raised to 305 km/h (190 mph).

The construction principle of M TwinPower Turbo technology also shapes the development of the V8 engine's soundtrack. The concept of cross-bank exhaust manifolds plays a key role in delivering a multilayered collage of sound. The twin-tailpipe exhaust system of the new BMW M5 runs largely in a straight line and has a large cross section. The two exhaust gas ducts feed into a single muffler, from which the customary M twin tailpipes jut out through the far left and right-hand sides of the rear apron.

Direct injection system uses new type of injectors to ensure precise fuel supply.
The engine developed for the new BMW M5 combines its outstanding power development with an unsurpassed level of efficiency in this output class. Credit for the progress made in this area should go to the other components of the M TwinPower Turbo technology package. High Precision Injection petrol direct injection ensures an extremely precise supply of fuel to the combustion chambers. Injectors positioned centrally between the valves within immediate range of the spark plugs spray the fuel into the combustion chambers with maximum pressure of 200 bar, providing smooth and clean combustion.

Innovative solenoid valve injectors in the new BMW M5 engine use multiple injections to achieve an extremely precise mixture preparation. Plus, the cooling effect of the direct injections enables an extraordinarily high compression ratio for a turbocharged engine, which further increases the efficiency of the V8 engine.

VALVETRONIC gives an additional boost to responsiveness and efficiency.
The M TwinPower technology of the new eight-cylinder engine also includes VALVETRONIC fully variable valve control. This system controls the amount of lift of the intake valves. Throttle losses in the gas cycle are therefore minimised, which has a positive impact on both the efficiency of the powerplant and its torque development. The integration of VALVETRONIC therefore sharpens both the responses and efficiency of the V8 engine in the new BMW M5.

Double-Vanos fully variable camshaft control plays its part both in optimising the engine's efficiency and generating high torque at low engine revs. In addition, the volume-controlled oil pump and a range of other Efficient Dynamics measures deliver an extra boost to efficiency. The new BMW M5 is fitted as standard with Brake Energy Regeneration and an Auto Start-Stop function, which automatically switches off the engine when the car comes to a halt at junctions or in a traffic jam. The extensive use of efficiency-enhancing technology produces fuel consumption and emissions values unmatched in this output class. The new BMW M5 records average fuel consumption in the EU test cycle of 9.9 litres per 100 kilometres (28.5 mpg imp) and CO2 emissions of 232 grams per kilometre.

High performance applies to power transfer as well: the seven-speed M Double Clutch Transmission with Drivelogic.

The new BMW M5 is kitted out with a seven-speed double-clutch transmission to ensure that the transfer of engine output to the rear wheels serves up the time-honoured M experience. The M DCT Drivelogic system developed specially for the M5 has been tuned precisely to the performance characteristics of the V8 engine. Both in automated mode (D) and manual (S) it delivers exceptionally fast and clean gear changes. The system's control concept follows similar lines to the sequential M transmission in the predecessor car. Again, no clutch pedal is required for manual gearshift, and the driver can keep his foot on the accelerator during gear changes. The driver uses the model-specific M gear selector to choose between D and S mode, and to engage reverse. The transmission offers a sequential shift pattern for the manual gearshift mode. Alternatively, the driver can also change gear manually using the standard-fitted shift paddles on the steering wheel - the right-hand paddle for upshifts, the left-hand paddle for downshifts. Comfort is further enhanced by the new Low Speed Assistance function, which keeps the car moving at minimal speed through stop-start traffic with a light nudge of the accelerator pedal.

M DCT Drivelogic offers three shift programs in both automated and manual mode. The driver selects his desired mode using the rocker switch positioned immediately behind the shift lever on the centre console. The D1 program is selected automatically when the engine is started, tailoring gear selection to deliver the most efficient possible driving style. D2 mode supports laid-back cruising with gear changes carried out according to engine revs and load. And, to promote a sporty driving style laced with dynamic acceleration, shift times in D3 mode are set up to delay gear changes until the engine has climbed higher up the rev range.

The driver can also adapt the shift characteristics to his requirements in manual mode. S1 mode generates extremely comfortable and jolt-free gear changes. In S2 the gear changes are completed noticeably faster and accompanied by significant shift jolts at higher revs. And S3 is the one to choose for maximum dynamics; it enables even sportier gear changes and also brings the Launch Control function into play. When the stability control system is switched off, Launch Control allows the driver to achieve the maximum acceleration force possible from a standstill - as permitted by the condition of the road - by pressing the accelerator down with maximum force. Each gear change takes place automatically and at the optimum engine speed.

Innovation for unbeatable traction in dynamic driving situations: the Active M Differential.
BMW M cars are equipped with a specially developed differential for the rear axle to allow the driver to enjoy the benefits of rear-wheel drive to the full - in the form of the sharpest possible driving dynamics. A variable locking function splits engine power between the right and left rear wheel to generate maximum traction. Another innovation in this area that is fitted in the new BMW M5 ensures even more precise distribution of drive according to the situation at hand; the Active M Differential optimises stability with the help of an electronically controlled multi-plate limited-slip differential, which intervenes at an early stage to prevent wheel spin.

The rear axle's multi-plate limited-slip differential works with extremely high precision and speed. Its control unit is connected with the DSC (Dynamic Stability Control) system via FlexRay high-speed data transfer technology and constantly cross-checks the data collected by its sensors with the feedback from DSC. It then uses this information to calculate the locking force required to deliver optimum traction and stability. The data recorded by DSC sensors is also passed on if the stability control system is switched off. The locking force within the differential can be set between 0 and 100 per cent. The Anti-lock Braking System retains full functionality in all situations.

In addition to its own data and that provided by DSC, the Active M Differential's control unit also takes into account the position of the accelerator pedal, the rotational speed of the wheels and the car's yaw rate. Every driving situation is therefore precisely analysed and an impending loss of traction on one side of the car identified at an early stage. The degree of lock is adjusted as required within a fraction of a second, enabling wheel spin to be prevented on slippery surfaces, in instances where the right and left rear wheel have widely differing friction coefficients, in tight bends and when changing direction extremely dynamically. Optimising traction in this way also provides unbeatable driving stability in challenging conditions and allows impressively dynamic acceleration out of corners. Plus, the Active M Differential also counteracts - to great effect - a loss of traction during double lane changes at high speed and a tendency to understeer under sudden load alterations during dynamic cornering.

M-specific chassis, electronically controlled dampers, M Dynamic Mode.
The new BMW M5 comes with bespoke chassis technology whose construction and set-up are defined by extensive expertise from the race track. Specially developed axle kinematics and newly developed components boasting impressive strength and minimised weight meet both the requirements of everyday road driving and the specialised demands of track use. Chassis mountings using large panels at the front and rear axle ensures dynamic forces are passed evenly through to the body. The chassis transfers the potential wrapped up in the engine's remarkable output onto the asphalt with assurance and a finely-honed sense of dynamic drama. All of which allows the BMW M5 to set new benchmarks in its segment not only in terms of sprinting power and elasticity, but also lateral acceleration, handling properties and braking performance. As with every BMW M car, the engineers carried out the fine-tuning that underpins the perfect M experience during extensive testing on the Nürburgring's Nordschleife circuit.

The new BMW M5 is equipped as standard with electronically controlled dampers. Dynamic Damper Control uses electrohydraulic damping force adjustment to provide a set-up suited to the driving situation or the wishes of the driver. The damper settings can be adjusted at the touch of a button. In "Comfort" mode the dampers respond adaptively to the condition of the road surface and the driver's style. "Sport" mode activates a noticeably stiffer damper set-up, while "Sport Plus" allows further stiffening of the suspension to achieve maximum longitudinal and lateral acceleration in ultra-dynamic driving situations.

At the touch of a button the driver can also select from three settings for the Servotronic speed-sensitive power steering system, which has been fitted in the M5 in an M-specific configuration. "Comfort" mode requires only a small amount of steering force when parking or manoeuvring, but still provides the brand's hallmark direction-changing precision at higher speeds. "Sport" ensures the driver enjoys more intensive feedback across all speed ranges. This steps up another notch in "Sport Plus". With this mode selected, the driver is called on to use greater force with the steering wheel.

In addition to applying brake impulses and reducing engine output to stabilise the car, the DSC system in the new BMW M5 also employs the services of the Anti-lock Braking System (ABS), Cornering Brake Control (CBC), Dynamic Brake Control (DBC), Brake Assistant, Fading Compensation, Brake Drying function and Start-Off Assistant. M Dynamic Mode (MDM) can be activated to override the basic setting by pressing the DSC button on the centre console. This mode generates the familiar M self-steering response by raising the intervention thresholds of DSC. "DSC Off" mode can also be activated at the touch of a button.

High-performance compound brakes, extensive safety equipment, extremely impressive power-to-weight ratio.

The high-performance braking system of the new BMW M5 guarantees outstanding stopping power. The further development of the remarkable compound construction has resulted in further optimised braking performance - resisting fade even under heavy loads - and an enviable degree of feel. The six-piston fixed-calliper brakes are radially bolted to the pivot bearing. The M-specific light-alloy wheels for the new BMW M5 come in 19-inch format as standard and are fitted with 265/40 R19 tyres at the front and 295/40 R19 items at the rear. 20-inch forged M light-alloy wheels can be ordered as an option.

Hallmark M handling and occupant protection both benefit from the extraordinary strength of the BMW M5 body structure. Incredibly durable load-bearing structures and large, precisely defined deformation zones keep the forces released in a collision away from the extremely stiff passenger compartment. The safety equipment fitted as standard in the new BMW M5 includes front and side airbags, side curtain head airbags for both rows of seats, three-point inertia reel seat belts on all seats, front belt force limiters and belt tensioners, and ISOFIX child seat attachments in the rear.

An intelligent mix of materials containing a high proportion of high-tensile and ultra-high-tensile steels, as well as aluminium, help to minimise the car's weight. Like the bonnet and front side sections, the doors of the new BMW M5 are also made from aluminium. With a power-to-weight ratio of 3.3 kg (approx. 7lb)/hp, the high-performance Saloon represents a substantial step forwards from its predecessor in this area as well.

Interior and controls: sports car cockpit with premium ambience.
The interior of the new BMW M5 brings together an inimitable combination of the driver-oriented cockpit design of a sports car, the spaciousness of a prestige saloon and the luxurious feel of a premium model. Bespoke M sports seats, fine-grain Merino leather upholstery with extended features, door sills with "M5" lettering, an M driver's footrest, exclusive Aluminium Trace interior trim strips and the BMW Individual roof liner in Anthracite are all standard equipment, as is the iDrive control system with an up to 10.2-inch Control Display. This screen is centrally positioned and, like the controls in the central section of the instrument panel, tilted slightly towards the driver.

The instrument cluster with black-panel-technology includes classical circular instruments in traditional BMW M car style, with red needles and white illumination, as well as model-specific displays and the M logo in the rev counter. The shift program currently selected and gear engaged are shown in the centre of the instrument cluster. Feedback from all the drive and chassis settings selected at the touch a button is also displayed in the cockpit.

Two M Drive buttons now included to activate the individually configured set-up options.
The multifunction buttons on the M leather steering wheel in the new BMW M5 allow the driver, among other things, to operate the cruise control system and the audio and telephone functions. On the left-hand steering wheel spoke the driver will now find two M Drive buttons, which he can use to call up a pre-configured set-up for the car. For example, the driver can save a sporty configuration using the "M1" button and a comfort-biased set-up via the "M2" button. The set-up selected will remain activated until the driver either cancels it by pressing the button again or switches to another M Drive setting. Once the system has been switched off - as when the engine is started - it reverts to a default configuration focusing on efficiency and ride comfort.

The M Drive system in the new BMW M5 allows the driver to adjust no fewer than six parameters: the engine management, the responses of the Servotronic steering system, the M DCT Drivelogic shift program, the DSC mode, the responses of Dynamic Damper Control and the information in the Head-Up Display. The desired settings for the engine, chassis systems and Head-Up Display can be configured in any combination via the iDrive menu. Plus, the driver can also save the current set-up configuration selected earlier using the buttons on the centre console by holding down one of the two M Drive buttons for a few seconds. For safety reasons, a set-up involving the DSC settings "MDM" or "DSC Off" requires confirmation from the driver - by pressing the M Drive button again - before it can be activated. The set-up configuration selected is shown by a clear symbol displayed in the instrument cluster.

Head-Up Display with M-specific information comes as standard.
The M Drive configuration also includes the information shown on the Head-Up Display, which comes as standard on the new BMW M5 and projects important information onto the windscreen directly in the driver's field of vision. The full spectrum of colours is used to display graphics and symbols, and this all-colour capability means road sign symbols can be reproduced extremely realistically. In addition to a digital speed readout and tips from the optional Speed Limit Info, the M-specific version of the Head-Up Display also shows the gear currently engaged and a multicolour rev counter symbol, complete with Shift Lights.

As well as the Head-Up Display, numerous other driver assistance systems and mobility services available from BMW ConnectedDrive are also unique in the segment occupied by the new BMW M5. The selection of optionally available systems includes Park Distance Control, a rear view camera, High-Beam Assistant, Speed Limit Info, the Lane Change Warning System, the Lane Departure Warning System, Surround View and BMW Night Vision with pedestrian recognition. Plus, innovative technologies optimise the integration of the Apple iPhone and other smartphones, as well as music players, including the use of internet-based services. The apps option allows iPhone owners to receive Web Radio stations, for example, and display Facebook and Twitter posts on the on-board monitor. The likewise new real-time traffic information function keeps the driver supplied with impressively accurate traffic bulletins and diversion recommendations.

The new BMW M5 also comes as standard with four-zone automatic climate control, heated seats and electric seat adjustment including memory function for the driver and front passenger, xenon light with Adaptive Headlights, ambient light, an alarm system and the BMW Professional radio including CD player, AUX-IN socket and six speakers. In addition, almost all of the items of optional equipment available for the BMW 5-Series Saloon can be ordered as an option. Among the highlights are the Navigation system Professional with a hard disk for storing maps and personal music collections, the electrically operated glass roof, the M multifunction seats, the active seats, active seat ventilation, Comfort Access, the Soft Close Automatic function for the doors and a trailer coupling with electrically pivoting trailer hitch ball.

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Honda CR-V, 2012

 

 

 

 

 

 

•  Honda CR-V, 2012

New for 2012, the fourth-generation Honda CR-V embraces a sophisticated and bold styling direction, offers multiple technology firsts for Honda and increases fuel economy on all models, American Honda Motor Co., Inc., announced. Long established as the benchmark vehicle in its class in terms of quality, refinement and popularity, the 2012 CR-V is designed to continue to exceed customer expectations for entry-level SUVs. Major enhancements include improved car-like interior comfort, a smoother and quieter ride, and more innovative features.

Body
Significant reductions to the impact of noise, vibration and harshness (NVH) throughout the body and chassis improve interior quietness and ride quality compared to the previous model. To achieve the improvement, the 2012 Honda CR-V has greater body rigidity, lighter suspension components, additional noise insulation and more aerodynamic features including underbody covers and a rear spoiler.

Exterior Dimensions
The 2012 Honda CR-V rides on a 103.1-inch wheelbase and measures 178.3 inches in length, 0.8-inches shorter than the previous-generation CR-V. At 71.6 inches, overall width is the same as the previous CR-V, and at 61.6 inches front/61.6 inches rear, the track is also the same. But the most significant departure is in height: at 65.1 inches tall, the 2012 CR-V is a noticeable 1.0-inch lower on AWD models and 1.4 inches lower on FWD models. Although the aggregate visual effect is of a lower, sleeker CR-V, even with these exterior dimension adjustments the new model is still roomier inside.

Exterior Styling and Design Concept
The size and proportion of the previous-generation Honda CR-V contributed to its success as the best-selling SUV in every calendar year from 2007 through 2010, as did refined styling features such as the multi-reflector halogen headlights, long full-body taillights, and exterior detailing that conveyed both ruggedness and sophistication.

Compared to the previous-generation CR-V, the 2012 model takes on a more aggressive and aerodynamic stance with deeper sculpting of the bodylines and a bolder front fascia. The front bumper's smooth-flowing lines are highlighted by a horizontal three-bar grille and deeply set multi-reflector headlights. The lower front bumper wraps smartly upward to convey SUV capability with a generous approach angle, while the lower front bumper design now integrates more smoothly with the fascia for improved aerodynamics. The CR-V's signature vertical rear brake lights, which originally debuted on the 1997 model, remain for 2012 with a more three-dimensional style that further compliments the design and aerodynamics of the vehicle. The CR-V's large wheels and bold fender flares emphasize the vehicle's dynamic presence and capability.

In aerodynamic efficiency, the new CR-V is targeted to be at the top of its class, with numerous design elements contributing to improved efficiency. The longer roofline and integrated rear spoiler help to lower the coefficient of drag.

The CR-V EX-L is equipped with silver roof rails that start at the A-pillars and sweep along the roofline toward the rear end of the vehicle (available as an accessory on CR-V LX and EX). These rails provide an attachment point for an accessory rack, while also providing a dramatic visual element. The rails are fully functional, with each side including three anchor points.

Side Door Design with Improved Ingress and Egress
When the doors are open, the side-sill garnish covering the rocker panel creates a more direct pathway to the ground when entering or exiting the vehicle compared to the previous generation Honda CR-V. The end result is less step-over distance for better comfort and a reduction in the likelihood of leg contact with the side of the vehicle.

Aerodynamic Enhancements
The CR-V gets significant improvements in aerodynamic refinement and efficiency for 2012, which reduces interior noise and helps to increase fuel economy. Among the improvements is a body design that significantly improves aerodynamic efficiency by helping air to move over, around and underneath the CR-V. In doing so, the floor uses new or enlarged undercovers beneath the engine, behind the front subframe, under the passenger cabin, and under the trunk area to help air flow more smoothly, resulting in less turbulence and drag. Additional details including radiator air ducts, air strakes and a rear spoiler, all combine to improve aerodynamic efficiency.

Rigid Unit-Body Construction
In the new 2012 CR-V, numerous improvements contribute to a higher-strength unit-body, which improves ride and handling, as well as interior noise levels. All-new engineering improves the overall strength of the front bulkhead, front and rear wheel arches, A-, B-, C- and D-pillars and body posts compared to the previous-generation Honda CR-V. As a result, overall stability increased, benefiting steering precision and feel, ride comfort and dynamic stability. The body side sills are also shaped to further improve ingress and egress ergonomics.

Advanced Compatibility Engineering (ACE) Body Structure
Originally debuting on the 2005 Odyssey, the 2012 CR-V employs the Advanced Compatibility Engineering™ (ACE™) body structure. (Please see Safety section for more information.) The ACE body structure is a pioneering Honda unit-body construction technology. First introduced to CR-V in the 2007 model, ACE™ increases the vehicle body's ability to manage crash energy in a frontal collision, even if the CR-V should collide with another vehicle that is either larger or smaller.

Multi-Angle Rearview Camera with Guidelines
All models receive a multi-angle rearview camera, visible on the 5-inch intelligent Multi-Information Display (i-MID). The camera can show a top view, 130-degree view or 180­-degree rear view when the transmission is in Reverse. The camera is located just above the license plate on the tailgate. Guidelines help drivers gauge how close they are to an object. The dotted line indicates the closest distance that the tailgate can be opened. On navigation system-equipped models, the image appears on its 6.5-inch screen. (Please see Interior section for more information.)

Visibility and Glass
Excellent outward visibility is a hallmark of Honda design and a key feature for the 2012 Honda CR-V. Like its predecessor, Honda's fourth-generation compact utility vehicle retains excellent front and rear sight lines for the driver, including a commanding eye point level and a short forward invisible length (the distance a driver needs to look to see the ground in front of the vehicle). This invisible length is further improved at the corners of the 2012 CR-V hood, enabling the driver to see shorter objects closer to the front bumper.

The CR-V also has UV-resistant privacy glass with dark tinting on the second-row windows. This glass filters UV light and results in less interior fade over time, lower cabin temperatures on hot days, and more efficient interior cooling. The rear side windows include an ECON badge in recognition of the CR-V's ECON function. (Please see Powertrain section for more information.)

The Power Windows
Power windows, with an auto-up/down driver's window, are standard on all CR-V models. Individual controls are located by their respective windows. Pressing a master switch on the driver's window control panel can deactivate the passengers' windows.

One-Touch Power Moonroof with Tilt Feature
The Honda CR-V EX and EX-L models have a one-touch power moonroof with tilt feature that will fully open or close with a single touch of the switch. Construction of the moonroof mechanism was studied to provide ample headroom. The moonroof has a sliding sunshade that opens with the roof and can be closed to block sunlight. To tilt or slide the moonroof, the driver or front passenger needs only to fully press the ceiling-mounted switch once (instead of pressing and holding it for several seconds). The moonroof fully opens or closes automatically. However, if the operator wishes to only partially open or close the moonroof (such as to achieve partial ventilation), a lighter touch yields fully manual control. The moonroof can also tilt to provide ventilation. An auto-reverse feature is built in, helping to ensure that the moonroof will not forcefully close if someone's hand or arm is positioned in the path of the glass. If an obstruction is detected, the moonroof mechanism will reopen the moonroof.

Tailgate
The 2012 CR-V features a manual tailgate that can be unlocked with the remote or by pressing a button inside the driver's door. Twin gas-charged hydraulic struts ease opening the tailgate, and a single pull-down handle is located on the right side. The tailgate has a complete 360-degree gasket for a tight seal against the intrusion of water, dirt and wind noise. In addition, the rear aperture of the CR-V body is specially reinforced to strengthen the tailgate opening, which is the largest opening on the vehicle body. This increased rigidity at this critical location improves ride and handling, as well as interior quietness. The tailgate automatically locks whenever the CR-V is locked.

Windshield Wipers
Positioning the 2012 CR-V's windshield wipers behind and below the rear edge of the hood line keeps them below the driver's normal sightline for improved forward visibility. In addition, the wipers are positioned out of the airflow over the hood to reduce turbulence that can contribute to aerodynamic drag and interior noise. For pedestrian safety, the pivots are deformable. (Please see Safety section for more information.) A rear windshield wiper is also included.

Operation of the windshield wipers remains intuitively simple for the 2012 model year. As before, a stalk positioned next to the steering wheel controls the wipers. But on the new Honda CR-V, organization of the controls on the stalk was simplified to make operation simpler and more intuitive. With the new vehicle, pushing the stalk up or down operates the front windshield wipers, and twisting the outside part of the stalk operates the rear windshield wiper.

Multi-Reflector Halogen Headlights
The 2012 CR-V is equipped with multi-reflector halogen headlights for a dynamic and dramatic appearance. In addition, all CR-V models (expanded from just CR-V EX-L previously) have a headlight Auto-Off feature for added convenience. The Auto Off timer function can be customized through the i-MID. CR-V EX-L models finclude Auto On/Off as a premium feature.

The halogen high beams offer a bright and focused light beam that shines significantly stronger and wider than the low beam lights. By operating at a lower voltage, the halogen low beams serve double-duty as the daytime running lights (DRL), which automatically turn on when the ignition is on.

Taillights and Brake Lights
The 2012 CR-V taillight system features incandescent taillights and outboard brake lights, and attention-grabbing LED illumination for the Center High Mount Stop Lamp (CHMSL) that is embedded in the rear spoiler. The CHMSL lens is white with red-illuminating LEDs underneath.

The taillights are reminiscent of previous-generation Honda CR-V taillights, but are now more stylized and three-dimensional appearing. Along with the new body styling, they add an exciting and distinctive appearance to the rear of the new CR-V. Large rectangular backup lights provide bright illumination when backing up.

The complex taillight shape helps the CR-V meet aerodynamic as well as design objectives. The upper part owes its shape to aerodynamics. It is purposely designed to work in concert with the spoiler extending from the roof to better channel the airflow around the rear of the vehicle. At the other end, the lower part broadens significantly toward its base in a unique kink both forward and to the side to give the model its distinctive rear quarter appearance.

Fuel Tank
The CR-V's fuel tank is located forward of the rear multi-link suspension. Its lightweight polypropylene design offers low weight and good capacity for its size. The composite design allows a generous fuel capacity of 15.3 gallons, identical to that of the previous-generation CR-V. The CR-V also incorporates a returnless fuel supply system that helps reduce vapor generation.

Exterior Colors
An expressive color palette adds drama and personalized style to all 2012 Honda CR-V models. Twilight Blue Metallic, an all-new color, is available on all CR-V models, and sophisticated Glacier White Pearl is exclusively available on CR-V EX and EX-L models. Six CR-V colors return for 2012. All are available on all CR-V models except for Taffeta White, which is exclusive to the CR-V LX.

Side Mirrors and Expanded-View Driver's Mirror
CR-V's power side mirrors are aerodynamically optimized to reduce wind noise and minimize turbulence. The side mirrors can be manually folded in for greater convenience in tight parking situations. Side mirror housings on the CR-V LX model are black, and those on the CR-V EX and EX-L models are body color, to further compliment the overall vehicle design. The CR-V EX-L model adds heated side mirrors.

New on the 2012 CR-V is an Expanded-View Driver's Mirror. This mirror uses a flat reflective plane on the inner portion of the mirror closest to the door as required by law, while the outer portion of the mirror uses a convex element to provide a broader field of view. This adds an additional 5.5 degrees of visibility at the outer edge of the mirror's field of view, which can assist the driver in detecting other vehicles or road conditions that they might not otherwise see in their side mirror.

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