Peugeot 3008, 2014

 

 

 Peugeot 3008, 2014

The Peugeot 3008 is also equipped as standard with Hill Assist, which increases the convenience in use but also with safety in mind. When the vehicle is on a gradient and the driver has released the brake pedal, this function maintains the application of the brakes for a couple of seconds. The driver then has time to press the accelerator pedal without fearing the slightest undesired movement of their vehicle when moving off on a hill in forward gear or reverse, for example to parallel park.
With over 500,000 sales worldwide, exceeding the original projected targets by 50%, the Peugeot 3008 is a success due to its strong character. Aimed at customers who are freed from convention, this compact Crossover goes beyond the segments to combine the best of the SUV, a Hatchback and an MPV.

Technological equipment for increased safety
Beyond the considerable developments in its occupant protection, the Peugeot 3008 Crossover has a range of technological features to improve safety as standard equipment, like cruise control and the speed limiter. Also, using a 24GHz radar installed at the front of the vehicle, the Distance Alert continuously calculates the distance from the vehicle in front, expressed in seconds. If this measurement falls below the threshold stipulated by the driver, a visual alert appears on the headup display.

In town, the available space measurement system informs the driver as soon as a suitable sized space is found to park the vehicle. They then simply have to manoeuvre the Crossover in complete peace of mind using two items of equipment. The front and rear parking assistance indicate the distance between the vehicle and an obstacle. A graphic on the screen and sound alerts, which become more frequent as the distance decreases, indicate to the driver his freedom to manoeuvre. A new feature makes the manoeuvres easier. A reversing camera displays the area behind the vehicle on the screen. Its projected vehicle outline is then indicated by coloured lines on the display.

Once the vehicle has been parked, the electric handbrake is applied automatically when the ignition is switched off. An ECU, linked with the ESP, manages the force to be applied according to the gradient. It remains on standby while the vehicle is immobilised to adjust the force if necessary. If the vehicle is stationary but the ignition is not switched off, the electric control can be activated manually with a single touch to the switch conveniently located on the centre console.

The electric handbrake is released automatically when the driver presses the accelerator pedal. Furthermore, this technological solution permits the integration of a compact handbrake control device and so with it the installation of a large storage compartment.

Its modernity lies in its ability to combine the appeal of the Peugeot style with the strength of the Crossover, to unite driving pleasure and functionality. Multi-talented, its abilities become evident as it is used. Its cockpit and its technological equipment stimulate the driver who enjoys the full extent of the dynamic qualities, which are among the best in the segment.

The Crossover was innovated by offering the combination of diesel and electric propulsion as a world-first. Since its launch, the HYbrid4 technology has won over many customers, representing more than 10% of sales of the Peugeot 3008. In Europe, 6% of purchasers of hybrid vehicles also choose the 3008 HYbrid4.

Retaining all of its strengths, the latest Peugeot 3008 and 3008 HYbrid4 are distinguished by an elegant and contemporary style, emphasised by new lights. At the front and at the rear their light signatures now identify them with precision. New technological equipment increases their dynamism and fluidity of use. On the head-up display a full-colour illustration distinguishes between the different functions for instant notification. A new reversing camera makes manoeuvres easier by displaying the area immediately behind the vehicle.

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Pagani Zonda Revolucion, 2013

 

 

Pagani Zonda Revolucion, 2013

The evolution of the species, the revolution in the concept of art applied to pure speed. Pagani Automobili unveiled the final version of the Pagani Zonda Revolucion to clients and family members during Vanishing Point 2013 - The International Pagani gathering.

The Pagani Zonda Revolucion is the apex of the celebration of performance, technology and art applied to a track car. Horacio Pagani and his team have created a car designed to amaze both on the track and in a car collection.

The central monocoque is carbon-titanium, the needle on the scale stops at 1070kg. The AMG Mercedes engine is an evolution of the Zonda R powerplant. The 6.0-liter V12 now develops an output of 800 hp and 730 Nm of torque, resulting in a power to weight ratio of 748 hp per tonne.

The 6 speed magnesium transversal and sequential gearbox changes gears in 20ms. The traction control developed by Bosch with 12 different settings and the renewed ABS system, allows the driver to adapt the behavior of the car to his driving style.

The Zonda R program has always represented the highest expression of the technology at Pagani Automobili. The aerodynamics feature important innovations, like new deflectors on the front bonnet, as well as a vertical stabilizer mounted on the rear bonnet.

Pagani Zonda Revolucion also features a DRS (Drag-Reduction-System) on the rear wing. The system has two different operating modes, both can be activated by the driver at any time. The manual system is controlled with the DRS button on the steering wheel. The rear wing changes between maximum and minimum downforce settings, at the occurrence of a lateral acceleration of + / - 0.8 g and a minimum speed of 100 km / h. Holding down the DRS for more than two seconds engages the DRS to work automatically according to the algorithms developed by the Pagani Automobili engineers during the development phase. The result is a car that is always fast, a strong performer able to take on any circuit in the world.

The Brembo braking system adopts new cutting edge F1-tecnology derived CCMR discs. With a weight saving of 15% compared to the previous CCM discs, the CCMR offer higher stiffness and lower operating temperatures on extreme track use. This contributes to the life of the disc which is increased by four times, with no sign of fading and a significant overall increase in braking power.

Pagani Zonda Revolucion is the ultimate experience for individuals who want to experience the thrill of an extreme track experience, in a safe and intuitive machine. Pagani Zonda Revolucion, like all creatures coming our to the Atelier in San Cesario sul Panaro, is tailor made. An object where art and science blend to create a perfect synthesis of technology, performance and aesthetics. A new masterpiece signed by Horacio Pagani.

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Opel Insignia Country Tourer, 2014

 

 Opel Insignia Country Tourer, 2014

The new Insignia family will soon be completed when the Opel Insignia Country Tourer makes its world premiere at the 2013 Frankfurt Motor Show in September. While its Sports Tourer sibling is an elegant family and business station wagon, the new Opel Insignia Country Tourer expresses an innate desire for adventure. The athletic all-rounder, with its higher ground clearance, provides freedom beyond the constraints of city limits and asphalt roads. Defining features include protective under-body guards front and rear, combined with prominent wheel-arch and lower body cladding, all complemented by dual exhaust tailpipes. State-of-the-art all-wheel drive ensures grip and sure-footed handling in all driving conditions. It is teamed with powerful turbo engines such as a 184 kW/250 hp, 2.0-liter SIDI direct injection gasoline unit or a high-performance 2.0 BiTurbo CDTI - both generating impressive maximum torque of 400 Nm.

Opel's all-wheel drive: Top-class technology in the mid-size segment
The electronically controlled 4x4 drivetrain incorporates a high-quality clutch, operating on Haldex principles, and an electronic limited-slip differential to ensure superb traction on both paved and unpaved surfaces. It constantly adapts to prevailing road conditions and varies torque distribution seamlessly from zero to 100 percent between the front and rear axles, as well as between the rear wheels. The main benefit is that all this happens even before a wheel starts to slip due to lack of traction, for example on wet or snow-covered roads. In combination with the electronically controlled FlexRide premium chassis, the all-wheel drive system sets standards in terms of reaction time and vehicle control.

When necessary, the clutch controlling drive distribution immediately sends more torque to the rear axle. The 4x4 system's sensors constantly feed individual control modules with information on yaw rate, acceleration, steering angle, wheel speed, gas pedal position, engine speed and torque, and the front/rear power distribution is constantly adapted to the driving situation based on this information.

Ultimate stability and higher dynamics are ensured by the electronically-controlled rear-axle Limited Slip Differential (eLSD). The eLSD controls the distribution of torque between the rear wheels, transferring drive torque to the wheel that has the most grip. While offering better traction in slippery conditions, the sophisticated operation of this adaptive 4x4 drive system guarantees the highest levels of driver control and active safety in all situations. The Opel Insignia Country Tourer can even provide propulsion when three wheels are on loose or slippery ground and only one rear wheel has traction.

The adaptive all-wheel system also supports drivers in non-critical situations. To reduce frictional losses and save fuel, the system automatically reverts to front-wheel drive whenever it senses that no adaptive interventions are required.

Turbo engine line-up: High torque on demand
Strong Opel turbo engine power is a perfect match for the Country Tourer's state-of-the-art 4x4 drivetrain. The choice of three engines is led by a 184 kW/250 hp 2.0 SIDI (Spark Ignition Direct Injection) Turbo gasoline engine, delivering excellent performance. Generating an impressive 400 Nm of torque, this direct injection engine guarantees massive levels of traction.

The high-performance 143 kW/195 hp 2.0 BiTurbo CDTI diesel also packs 400 Nm of pulling power. Its sequential, two-phase turbocharger delivers an immediate throttle response for excellent traction. A 120 kW/163 hp, 2.0 CDTI (with single tailpipe) completes the engine line-up, giving access to 350 Nm of torque, which is raised briefly to 380 Nm on overboost.

Both the 2.0 SIDI Turbo and the 2.0 CDTI can be mated to a six-speed manual gearbox or a six-speed automatic transmission, while the 2.0 BiTurbo CDTI is available only with the latter.

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Nissan GT-R, 2014

 

 Nissan GT-R, 2014

Nissan GT-R: The Development Continues
Following a major change to Nissan GT-R's renowned engine for the 2013 model year - including improved intake efficiency, reduced airflow resistance, improved exhaust emissions efficiency and a 15-horsepower increase to 545 hp (along with a 15 lb-ft increase in torque to 463 lb-ft) - the development of the engine continues for the 2014 model year.

New fuel injectors are adopted for enhanced torque response in the 4,500 - 6,000 rpm range, improving throttle and acceleration feel at mid- and high-rpm ranges. Also, an oil pan baffle has been added to stabilize oil behavior and oil pressure under high performance driving conditions. The baffle reduces rotational friction, which contributes to the increased responsiveness. As in previous years, each engine is hand-assembled from beginning to end in a special clean room by a single specially trained technician, a process similar to racing powerplant construction. For 2014, an aluminum nameplate is added to each engine showing the name of the engine constructor.

The GT-R's advanced VR38DETT 3.8-liter twin turbo V6 engine again features innovative plasma-sprayed bores (versus cast iron liners) for reduced friction, lighter weight, enhanced cooling, power output and fuel efficiency; a symmetrical independent intake and exhaust manifold system featuring twin high-performance IHI turbochargers; a secondary air management system for improved cold-start emissions performance; a thermostatically controlled oil-cooling system; an oil scavenger pump to maintain oil flowing to the turbochargers; and a lateral wet and dry sump oiling system. Fuel economy is again rated at 16 mpg City and 23 mpg Highway.

The VR38DETT V6 is backed by an advanced paddle-shifted sequential 6-speed dual clutch transmission, which can be driver selected to shift at race car-like speeds. The sequential-shifting transaxle features separate wet clutches for the odd (1,3,5) and even (2,4,6) gears and pre-selects the next highest and next lowest gear for quick shifts. It also features Hill Start Assist for easy starts on uphill inclines. High performance differential oil, used in Nissan GT-R motorsports competition, is standard.

The Nissan GT-R's unique Premium Midship platform, created expressly for use with the GT-R, enables the use of a world's first independent rear transaxle ATTESA E-TS all-wheel drive system, which optimizes weight distribution and handling capability. The rear drive-biased system can vary torque split from 0:100 to 50:50 depending on speed, lateral acceleration, steering angles, tire slip, road surface and yaw rate. Of note is a special GT-R-specific yaw-rate feedback control, which measures the differences between the target yaw rate calculated from steering angle and actual yaw rate detected by the yaw-rate sensor and G sensor to adjust torque bias.

The Premium Midship Platform layout places the transmission, transfer case and final drive at the rear of the vehicle, without the use of traditional torque tubes, allowing the suspension to operate independently and optimizing tire grip at each corner. Contributing to overall vehicle balance and low center of gravity, the unique offset input and reaction shaft design of the rear transaxle enables a shorter design profile versus a typical manual transmission, moving the concentration of powertrain weight lower in the vehicle.

Chassis development also has been continued for 2014, enhancing the sense of "grabbing the road" and enhanced high-speed handling. The front suspension link bush location has been changed and with a new anti-roll bar the front roll-center height has been reduced, along with a change in spring and shock absorber specifications to lower the center of gravity. Maintenance of front suspension alignment has also been improved.

Handling duties are again managed by a sophisticated 4-wheel independent suspension system mounted to high-precision six-point front and rear subframes. A special Bilstein Damp Tronic driver adjustable shock absorber system utilizes multiple vehicle information systems to provide appropriate damping forces and high level of control for a variety of driving situations.

The Damp Tronic system features three driver selectable settings - Normal; Comfort, for maximum suspension compliance; or R. The same three-stage adjustability is also available for the VDC system and transmission shift operation.

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Mitsubishi CA-MiEV Concept, 2013

 

 

Mitsubishi CA-MiEV Concept, 2013

Today's Mitsubishi Motors Corporation (MMC) always considered that electric vehicles (EV) should eventually become long-term core products - a view vindicated by recent concerns over global warming.

From the pioneering i-MiEV in 2009 and a self-imposed objective of 20% of EV-based cars by 2020, MMC has already made significant steps in this direction as demonstrated with the all-new Outlander Plug-in Hybrid Electric Vehicle ("PHEV") and its most innovative "Dual Design" architecture.

Expanding further, Mitsubishi Motors now explores the full electro-mobility engineering palette - Pure Electric (EV), Hybrid Electric (HEV), Plug-in Hybrid Electric (PHEV) - hinted at through two concept cars world-premiered at the 2013 Geneva Motor Show, next to the New Outlander PHEV, one of which is the CA-MiEV Concept electric vehicle.

Showcase
Supported by three years of i-MiEV global customer feedback since 2009 as well as continuous progress in battery technology and electric drivetrain, MMC now considers taking pure EVs beyond a mostly urban environment with a next generation compact EV such as this CA-MiEV Concept.

Whilst at this stage not planned for production, this concept car is intended as a showcase of the various technologies MMC intends to introduce mid- to long-term across its range of global vehicles.

In particular, this demonstrator can rely on next generation EV systems and high density batteries, light weight as well as advanced aerodynamics to offer a 300 km driving range (or about one week of driving for an average European driver[2]), perfectly suited for suburban & country daily life.

Further innovative real-life features include magnetic resonance wireless charging technology and smartphone activated functions.

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Mini Paceman ALL4, 2014

 

 Mini Paceman ALL4, 2014

Sophisticated powertrain and chassis technology ensure that every model in the British premium brand's line-up is the undisputed leader of its class. And that hasn't changed with MINI's expansion into a new segment. On the contrary: the debut of the MINI ALL4 all-wheel-drive system in the MINI Countryman has injected fresh appeal into those MINI driving characteristics, rooted as they are in instantaneous and precise responses to every movement of the accelerator and steering wheel. ALL4 gives drivers an even more focused experience of the car's unmistakable driving fun through dynamically taken corners - on rough terrain as well as smooth roads.

The choice of all-wheel-drive MINI models is poised for further expansion in March 2013. That's when the MINI Paceman will be launched, boosting to eight the number of models available with ALL4 as standard or as an option. The first Sports Activity Coupé in the premium compact segment sees ALL4 optionally teaming up with the diesel engines in the MINI Cooper SD Paceman (105 kW/143 hp) and MINI Cooper D Paceman (82 kW/112 hp), as well as the petrol unit under the bonnet of the MINI Cooper S Paceman (135 kW/184 hp). Also primed for action is the MINI John Cooper Works Paceman. Fitted with the all-wheel-drive system as standard, it converts the power of its 160 kW/218 hp, race-developed engine into extreme driving fun with supreme assurance in any situation. All models come as standard with a six-speed manual gearbox, while a six-speed automatic can be ordered as an option.

All of which means ALL4 can now offer drivers of eight MINI models a noticeable boost to traction, directional stability and agility through corners. With four all-wheel-drive variants and the choice between manual or automatic gearboxes, the MINI Countryman makes its own contribution to the impressive variety of the brand's ALL4 range. ALL4 is available as an option for the MINI Cooper S Countryman, MINI Cooper SD Countryman and MINI Cooper D Countryman, while the MINI John Cooper Works Countryman sends its eye-catching power through all four wheels as standard.

ALL4 was developed specially for MINI models and, since its introduction in 2010, has broken new ground and won over additional target groups. The all-wheel-drive system uses an electromagnetic centre differential to distribute drive seamlessly between the front and rear axles. In normal driving situations ALL4 diverts up to 50 per cent of the engine's power to the rear wheels, rising to as much as 100 per cent in extreme conditions, such as on ice and snow-covered surfaces. The control electronics of the MINI ALL4 system are integrated directly into the DSC (Dynamic Stability Control) management unit, enabling drive to be channelled through the wheels as required in a matter of milliseconds.

The set-up offers a number of advantages. In regular driving situations it optimises fuel economy. But ALL4 also responds to fluctuating dynamic requirements to give the MINI Countryman or MINI Paceman driver a particularly intense experience of the customary MINI go-kart feeling. It uses the data collected by DSC to tweak the power split pre-emptively and to impressive effect through dynamically taken corners, for example. And that means the driver enjoys outstanding agility combined with surefooted driving characteristics - in customary MINI style. The system feeds a higher proportion of the engine's power to the rear wheels to make turn-in as precise as possible.

In models equipped with ALL4, the DSC system also comes as standard with DTC (Dynamic Traction Control) mode, which allows controlled slip through the driven wheels to ease moving off on loose sand or deep snow. Added to which, when the stability system is deactivated (in DSC Off mode) an electronic locking function for the front axle differential comes into play. In tight corners it brakes a spinning wheel as required to enhance handling. Known as Electronic Differential Lock Control (EDLC), this system enhances the car's traction without adversely affecting its steering properties.

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MG CS Concept, 2013

 

MG CS Concept, 2013

A stunning MG CS urban SUV concept car has been unveiled at the 2013 Shanghai Motor Show. The cutting-edge MG CS concept was designed to slot into the compact SUV sector, one of the fastest growing areas of the global automotive market where style and sports utility dominate fashion trends.

It's the latest result of a massive investment in the brand by MG's owner, the giant SAIC Motor group, and previews MG's first production urban SUV.

It has been penned by a top design team led by MG's Global Design Director, Anthony Williams-Kenny. The MG CS oozes British design flair while embracing the sporting DNA of MG, an iconic brand.

The MG CS Concept has many strikingly unique features, including the headlights which have a multi-faceted 'shard' structure which refract light in different colours and shape from the side, but coalesce to form the iconic MG's trademark octagon from the front.

A strong horizontal emphasis gives the side profile of the MG CS Concept a distinctive, sporty style and youthful appearance. Creative design, style and charisma dominate the look of this latest MG.

MG has a rich history of daring designs that break new ground and sophisticated UK design has carried through to the family of new generation MGs. These include the MG6 production car and the MG Zero concept car, which pointed the way to the MG3 production model.

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Mercedes-Benz C63 AMG Edition 507, 2014

 

 

Mercedes-Benz C63 AMG Edition 507, 2014

The Mercedes-Benz C63 AMG models are becoming even more dynamic: the AMG high-performance cars are being fitted with an AMG 6.3-litre V8 engine with increased output as exclusive "Edition 507" models. The increase of 37 kW (50 hp) now brings output to 373 kW (507 hp) with a maximum torque of 610 Nm, and is a result of a technology transfer from the SLS AMG: the eight-cylinder naturally aspirated engine from the super sports car features forged pistons, connecting rods and a lightweight crankshaft. An AMG high-performance composite braking system with red brake callipers is fitted as standard. The Mercedes-Benz C63 AMG "Edition 507" is designed to appeal to ambitious sports drivers who take pleasure in top-class technology as well as exclusive design and appointment details.

The Mercedes-Benz C63 AMG "Edition 507" produces 373 kW (507 hp), and accelerates from 0 to 100 km/h in 4.2 seconds in the guise of the Saloon and Coupé, and in 4.3 seconds as the Estate. As such it outperforms the 336 kW (457 hp) standard model by two tenths of a second, and the variants with the AMG Performance package which produce 358 kW (487 hp) by one tenth of a second each. The top speed of all variants is 280 km/h (electronically limited): this is because as standard the "Edition 507" models are fitted with the AMG Driver's package. In addition to an increase in the restriction imposed on the top speed, the package also includes a voucher for attendance of a driver training session at the AMG Driving Academy.

According to Ola Källenius,Chairman of the Board of Management of Mercedes-AMG GmbH: "The C63 AMG with the classic AMG 6.3-litre high-revving V8 naturally aspirated engine is one of the most popular AMG high-performance cars in the world. With the new C63 AMG "Edition 507", we are offering our loyal customers an attractive model variant which boasts even higher performance and at the same time is visually exciting."

Mercedes-Benz C63 AMG "Edition 507" featuring technology transfer from the SLS AMG

The increase in power output to 373 kW (507 hp) at 6800 rpm comes courtesy of the modified inner workings of the AMG 6.3-litre V8 engine: the forged pistons adopted from the SLS AMG, together with new connecting rods and a lightweight crankshaft, translate into a weight saving of three kilogrammes. The reduced mass inertia benefits the agility of the eight-cylinder M 156 naturally aspirated engine, which now features even higher levels of flexibility. The maximum torque has also increased by 10 Nm, jumping from 600 to 610 Nm at 5200 rpm. The titanium grey-painted variable intake manifold is a characteristic feature of the uprated V8 engine. A new engine control system rounds off the series of implemented powertrain measures.

Externally, the Mercedes-Benz C63 AMG "Edition 507" is characterised by a host of exclusive design features: most notable among these is the bonnet - it originates from the C63 AMG Coupé Black Series. Two openings in the distinctive aluminium bonnet help with expelling engine heat. New AMG light-alloy cross-spoke wheels with tyres in sizes 235/35 R 19 (front) and 255/30 R 19 (rear) are another exclusive feature of the "Edition 507". The AMG light-alloy wheels are produced using particularly lightweight forging technology and are available in two variants: painted in titanium grey with a high-sheen finish, or matt black with high-sheen rim flanges. AMG sports stripes in matt graphite grey above the side sill panels are yet another new feature of the exterior.

The spoiler lip on the boot lid (Saloon and Coupé only), the exterior mirror housings as well as the surrounds on the radiator grille and daytime driving lights are all finished in high-gloss black. Darkened headlamps also add a distinctively sporty touch. Available as an optional extra exclusively for the Mercedes-Benz C63 AMG "Edition 507" is the designo magno platinum paint finish.

AMG high-performance braking system featuring composite technology

As standard, the Mercedes-Benz C63 AMG "Edition 507" comes with an even more powerful AMG high-performance braking system featuring composite technology. The front axle makes use of composite brake discs measuring 360 x 36 mm. The advantages of the composite design include higher fatigue strength and lower warping characteristics. In addition, composite discs also tip the scales at a lighter weight: the reduced unsprung masses improve the response of the spring/damping elements.

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McLaren P1, 2014

 

 

 

 McLaren P1, 2014

The best driver's car in the world must also have exceptional straight-line performance and instant throttle response. To deliver this, the McLaren P1 uses an innovative IPAS petrol-electric powertrain comprising a substantially revised 3.8-litre twin-turbo V8 petrol engine, coupled to a single electric motor, collectively known as M838TQ. Combined power output is 916 PS (903 hp). As important as absolute power is the electric motor's ability to provide instant torque, making the powertrain superbly responsive. It is also amazingly efficient. Carbon dioxide emissions are less than 200g/km, and it can cover more than 10 km in electric-only mode.

Top speed is electronically limited to 350 km/h (217 mph), with the 0-100 km/h standing start acceleration taking less than three seconds .The McLaren P1 power from rest to 200 km/h in less than seven seconds, and on to 300 km/h in less than 17 seconds - a full five seconds quicker than the McLaren F1.

The astonishing technology developed for the McLaren P1™ includes active aerodynamics and adjustable suspension - both now banned in Formula 1, due to being seen to give a performance advantage. Airflow is optimised around the body through the use of an active wing and underbody devices. The adjustable rear wing can extend from the bodywork by 120mm on road, up to 300mm on the race track, maximising the levels of downforce. The wing is directly inspired by Formula 1 design, with the intersection of the double element rear wing and design of the endplates being the same as that on the 2008 championship winning MP4-23.

In addition, the McLaren P1 also features adjustable ride height as part of the new hydro-pneumatic suspension. The revolutionary RaceActive Chassis Control (RCC) can lower the car by 50mm in Race mode, to produce ground effect aerodynamics. It also features adaptive spring rates, roll control, pitch control and damping, all providing a huge range of adjustment, making the McLaren P1 perfect for either road or track. In Race mode, the spring rates stiffen by 300 per cent, allowing the McLaren P1 to corner at more than 2g.

Formula 1-inspired technology permeates the McLaren P1. The revolutionary new carbon fibre Mono Cage monocoque forms a complete structure incorporating the vehicle's roof and its distinctive snorkel air intake - a styling feature inspired by the McLaren F1 road car.

McLaren is an acknowledged world leader in carbon technology. The material offers lightness, strength and rigidity - improving performance, safety, handling, agility, durability, efficiency and ride comfort. The body panels of the McLaren P1™ are also made from lightweight yet strong carbon composite, with their complex shapes tuned for optimal aerodynamics.

The McLaren P1 was designed from the outset to prioritise aerodynamic performance - just like a Formula 1 car. As with a Formula 1 car, wind tunnel testing and CFD (computational fluid dynamics) aerodynamic modelling were used to optimise the aerodynamic flow, both to provide incredible levels of downforce and to cool the powertrain. The result is 600kg of downforce at well below maximum speed (257 km/h / 161 mph) in Race mode, which is considerably higher than most other high performance supercars, and more in line with the levels of downforce generated by a GT3 racing car. This downforce improves the car's cornering ability, especially in high speed corners. Balance, agility and controllability are all outstanding.

Other areas of Formula 1 technology evident on the McLaren P1 include the revolutionary layered carbon ceramic brakes, developed for the road by McLaren's Formula 1 partners Akebono. The highly efficient IPAS (Instant Power Assist System) is a development of KERS (Kinetic Energy Recovery System) used on Formula 1 cars, while DRS (Drag Reduction System) is also used on the McLaren P1™, giving extra power and straight-line speed both at the touch of a button. Brake Steer - an outlawed Formula 1 technology - is also used on the McLaren P1™. It improves cornering behaviour and cornering speed.

The IPAS petrol-electric powertrain also ties in with upcoming Formula 1 regulations. From next year (2014), Formula 1 cars will have hybrid power, including an electric mode for the pit lane.

The McLaren P1 name is also inspired by Formula 1. P1 refers to 'first place' or 'position one' - particularly fitting as McLaren has 182 Grand Prix victories and 155 pole positions to-date, in its 47-year Formula 1 history. There is also heritage in that name: the McLaren F1 was initially known internally within McLaren as Project 1, or P1.

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Mazda 3, 2014

 

 

 Mazda 3, 2014

 

The new Mazda 3 set out to do no less than come up with a car that actually interacts with its owner on several levels. On the surface, it's a top quality means of transport, delivering an unmatched combination of performance, fuel efficiency and functionality in a package that's as safe and practical as it is stunning. Here it follows in the footprints of its new generation forerunners: the Mazda CX-5, a compact SUV that drives like a car, and the new Mazda 6, which more recently took the mid-sized class by storm.

The new Mazda 3 is revitalising, inspiring people to expand horizons. Look at how it handles, devoutly responding to driver input, cornering and delivering feedback with choreographed precision. It even links occupants to cyberspace with a new mobile connectivity concept, safely and conveniently bringing what they otherwise take for granted into the vehicle.

It's all part of Sustainable Zoom-Zoom, Mazda's vision-in-progress for safe and eco-friendly vehicles. Exceptionally low harmful emissions let one enjoy the drive with a clear conscious. In fact, it's at or near the top of its class in a list of other categories, too, from interior space and aerodynamics to acceleration, braking and more.

The intelligent design and sophisticated interactivity of the new Mazda 3 will simply bring out the best. This car is going to grow on you.

Exterior Design
Temptation. One look at the all-new Mazda 3 instantly stirs the spirit, taking hold of the onlooker before tightening its grip. It draws one in, getting under the skin. A connection has been made, sewing the seeds of a long relationship.

Behind this magnetism is the "KODO - Soul of Motion" design theme. Inspired by the beauty and power of nature, Mazda developed KODO to take its distinctive sense of vitality and agility one step further. For an uncompromising new generation of cars that simply beg to be driven.

Interior comfort
If the body of the all-new Mazda 3 raised expectations about the interior, then the interior is destined to overachieve. Open the door, and behold a treasure chest of refined comfort and ergonomics, with the seductive charm of surfaces that beg to be touched, and the sophisticated purity and clean coherence of a space that's more people-oriented than ever.

This first impression is unlikely to disappoint. Destined for all coming Mazdas starting with the new Mazda 3, the freshly compelling next-generation interior follows a revolutionary new concept: partitioned yet unifying. Specifically, the cabin is divided into zones, with a snug cockpit that seems self-contained in the way everything is positioned to promote a driving experience that's as safe, enjoyable and stress-free as possible. The passenger space, in contrast, offers a reassuringly open, spacious and relaxed atmosphere.

The centre-focused driver's zone contrasts with the relatively low passenger side dashboard, which manages to simultaneously impart freedom and security. The asymmetrical centre console marks the border between the two zones, demarcating their respective properties. But it manages at the same time to establish a feeling of connectedness, blending the two zones to establish a kind of balance between the driver and passenger, who can share their experiences: the joy of driving or a relaxing, secure ride.

Typically Zoom-Zoom, all forms throughout the cabin face forward. Their origins appear to flow through the interior from a theoretical vanishing point in front of the car, intensifying the sense of motion and speed - even when the new Mazda 3 is at a standstill.

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Maserati Ghibli, 2014

 

 

 

 Maserati Ghibli, 2014

The new Maserati Ghibli marks a turning point in Maserati's history. Unveiled at the 2013 Shanghai Motor Show and arriving just months after the new Quattroporte, the Ghibli gives Maserati two four-door saloon models for the first time in its history.

The Maserati Ghibli is smaller, shorter, lighter, more dynamic, less expensive and more economical than the flagship Quattroporte and provides a cornerstone in Maserati's plans to build 50,000 cars a year by 2015.

Its petrol range provides high performance from both of the power outputs from the Twin Turbo-charged, 3.0-litre V6 petrol engines.

The Maserati Ghibli has a more-focused, sportier philosophy than the larger Quattroporte and its most powerful model, the Ghibli S, has 301 kW (410 hp) of power, races to 62mph in 5.0 seconds and stretches out to a top speed of 177mph (285km/h).

The Maserati Ghibli is also the first Maserati in history to be powered by a diesel engine, with a turbo-diesel V6 producing all the sound, refinement and driving pleasure typical of Maserati while delivering fuel consumption over 47mpg (below 6 l/100km) on the NEDC combined cycle . The Ghibli diesel will also become the first Maserati with Start-Stop technology.

It shares much of its core architecture, including its crash safety, chassis, suspension architecture, engines and LED headlight technology, with the larger Quattroporte, though it is 50 kg lighter, 173 mm shorter in the wheel base and 291 mm shorter overall.

The Maserati Ghibli's design team was challenged to produce a saloon that emphasised its more dynamic driving characteristics through a more aggressive visual personality, yet still maintained discernible visual links with the Quattroporte.

The outline of the body reflects a coupe-like philosophy for the four-door saloon, while there are strong feline hints around the Ghibli's grille and headlights. The grille takes its inspiration from the current GranTurismo and it can draw a line back to the classic 1950s A6 GCS.

It also maintains Maserati's distinctive C-pillar treatment, which delivers much of the coupe-like stance and carries the classical Saetta Maserati logo, carrying on a tradition dating back to 1963.

The side profile is dominated by a swage line that runs from the traditional Maserati grille vents behind the front wheels and finishes in the rear lights themselves.

Inside, the Ghibli sets itself apart from the Quattroporte with a unique dashboard design that perfectly matches its sportier and more youthful character without losing any of the luxury expected from Maserati. The Ghibli also delivers a sporty design combined with all the spaciousness expected in an executive saloon from Maserati.

The Maserati Ghibli, Ghibli S and Ghibli Diesel all utilise an eight-speed automatic transmission to deliver their performance, providing seamless comfort with fast gear shifting for hard acceleration.

All Ghibli models deliver exquisite handling thanks to their perfectly balanced weight distribution, a double-wishbone front suspension and a state-of-the-art five-link rear suspension. It can now deliver the added security and all-weather assurance of all-wheel drive as well.

It also delivers new standards in quality in every area from design, development, fabrication and process controls. It is produced in a new plant that combines Maserati's traditions of craftsmanship with cutting-edge technologies that are able to guarantee outstanding quality by controlling even the tiniest of details.

The Maserati Ghibli has entered the E-segment sports premium market with a marked advantage in cabin craftsmanship and detailing, offering luxury features like the Maserati Touch Control screen, reversing camera, Poltrona Frau leather interior and the 15-speaker Bowers & Wilkins audio system, as well as WLAN-based WiFi and compatibility with most modern mobile phone systems.

The original 1963 Quattroporte invented the concept of the luxury sports saloon, the new Quattroporte continues to be the genre's benchmark and now the Ghibli offers all of the Quattroporte's qualities in a more dynamic, and more affordable package.

ENGINES
A new range of completely innovative petrol engines,designed entirely by Maserati and manufactured by Ferrari, form the beating heart of the Ghibli. New proprietary Maserati V6 engines - all of which Twin Turbo, latest GDI (Gasoline Direct Injection) technology developed in strict cooperation between the Maserati powertrain development team and the Ferrari powertrain development team - are built in Maranello for exclusive use of Maserati.

They are being produced in the Ferrari plant in Maranello that is famous for its 60 years of passion and cutting-edge technology.
This new generation of Maserati engines is more powerful, more exciting to drive and more eco-friendly than ever.
The Maserati Ghibli will be available with two versions of its twin-turbocharged 3.0-litre V6 petrol engine and a 3.0-litre V6 diesel engine.

The most powerful of the V6 petrol engines will be fitted to the rear-wheel drive Ghibli S. This engine produces 301 kW (410hp) of power at 5500 rpm and 550 Nm of torque from just 1750 rpm.

The Ghibli S will reach 100 km/h in 5.0 seconds. It has a quoted top speed of 285 km/h (177mph).

The more affordable V6 petrol engine variant not only has an impressive 243 kW (330 hp) of power and 500 Nm of torque, but also delivers a combined fuel economy figure of just 9.6 litres/100km (29.4mpg). It is much more than a fuel saving car, though, and is capable of accelerating to 100km/h in just 5.6 seconds.

The Maserati Ghibli Diesel becomes the first car in Maserati's near-100 year history to use a diesel power unit. In keeping with Maserati traditions, it is the most powerful single-turbo 3-litre engine on the market with its 275 Hp and 600 Nm of torque at 2,000 rpm.

It is capable of sprinting to 100 km/h in 6.3 seconds and hitting a top speed of 250 km/h (155mph), even though it emits just 158 grams of CO2/km and uses just 5.9 litres/100 km (47.8mpg) on the NEDC combined cycle.

In other first for the Maserati brand, all Ghibli models will have an Active Speed Limiter function as standard equipment. Activated (and deactivated) via a button on the steering wheel, the Active Speed Limiter function lets the driver set a maximum speed for the car, which can be over-ridden by pushing the accelerator pedal through the "kick down".

GHIBLI S V6 ENGINE
The most powerful version of the Ghibli's 2987 cc V6 shares much of its technology with the Quattroporte's flagship 3.8-litre V8 engine.

With 301 kW (410hp) of power at 5500 rpm, the downsized V6 TwinTurbo delivers big V8 performance with 550 Nm of torque between 4500 rpm and 5000 rpm.

The V6's maximum engine speed of 6500 rpm, yet it delivers 90 percent of its 550 Nm of torque from 1600 rpm and its specific torque is actually higher than the V8's, at 183 Nm per litre. It also has an overboost function that is capable of providing the engine's maximum boost between 1750 rpm and 5000 rpm.

It uses the V8's petrol direct injection technology, cylinder architecture and combustion technology along with two low-inertia parallel turbochargers and four continuous camshaft phasers. It uses high-pressure fuel injection to deliver its fuel at around 200 bars of pressure.
The Maserati Ghibli S accelerates to 100 km/h in 5.0 seconds, a tenth of a second faster to 100 km/h than the corresponding Quattroporte S.

It has a top speed of 285 km/h (177mph) top speed almost matching the Quattroporte S.
The engine is also efficient, given its powerful performance numbers. The Ghibli S posts 10.4 (27.2mpg) on the NEDCcombined cycle.

The Ghibli S emits 242 grams of CO2/km.
The V6 engine's parallel turbochargers are slightly different to the twin-scroll units on the V8, but it retains the V8's core dimensions with its bore measurement unchanged at 86.5 mm.

It uses high-tumble cylinder heads and two continuous cam phasers for each cylinder head; it can advance or retard the inlet and exhaust valve timing independently in real time four-phase variators for optimal combustion control for high performance and low consumption.

Another characteristic feature of the new Maserati engine family is the 200 bar direct fuel-injection system. This very high pressure helps atomise the fuel, thus improving the fuel-air mixture and optimising combustion at higher engine speeds.

The Maserati Ghibli S has two intercoolers - one to feed each of the turbo chargers -mounted low on either side of the main radiator to catch a constant supply of fresh, cool air.

The engine also uses a state-of-the-art ECU, with integral high-speed processors, which handle an array of shifting functions in real time.
Maserati Powertrain has also switched to on-demand ancillaries, with a variable displacement oil pump that works under electrical control for improved consumption and performance.

It also uses an innovative, computer control of the alternator, which monitors the vehicle's electricity consumption and manages the alternator's workload to suit.
The engine also operates in both Normal and Sport modes, along with Manual versions of either mode, operated by elongated shift paddles fixed to the steering column.

The new Maserati Ghibli also makes available the I.C.E. (Increased Control and Efficiency) strategy, a function aimed at reducing consumption, emissions and noise. This is a user-select strategy that delivers a softer throttle pedal response for smooth driving, cancels the turbocharger's over-boost function and keeps the exhaust's Sport flaps closed until 5000 rpm. It also adjusts the gear changes to make them softer and slower and reduces torque at each gear's take-up point.

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