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Showing posts with label 2012. Show all posts
Showing posts with label 2012. Show all posts

Friday, June 14, 2013

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.

This 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.

Wednesday, June 5, 2013

Vauxhall Insignia VXR SuperSport, 2012

 
 
  •  Vauxhall Insignia VXR SuperSport, 2012

Vauxhall has released a high-performance replacement for the 325PS Insignia VXR that achieves 170mph - 15mph more than its predecessor - yet costs £3,760 less than the outgoing car at £29,995.

Called the Vauxhall Insignia VXR SuperSport, the new car produces more power and achieves a higher top speed than any other UK production car costing less than £30,000, including market newcomers like the BMW 135i M Sport.

With no speed-limiter, the SuperSport realises the Insignia VXR's true performance potential, while visual identifiers like blue 'Brembo' lettering on its front brake calipers and additional increments on its speedometer offer subtle hints about the car's giant-slaying intent.

But the SuperSport isn't the first Vauxhall to set speed benchmarks. More than a century ago, Vauxhall launched Britain's first sports car, the C10 'Prince Henry', quickly followed by the UK's first 100mph production car, the iconic 30-98. Vauxhall's engineers even provided customers with a certificate to guarantee that the car had been tested at the 'ton' on the fearsome Brooklands circuit in Weybridge.

Interestingly, Vauxhall's performance philosophy for the 30-98 was summed up as 'Superexcellent', making the SuperSport name a fitting nod to the past.

The tradition continued post-war, with the legendary Lotus Carlton becoming the world's fastest production saloon car in 1989, with a top speed of 176mph. And even in the current line-up, the VXR Maloo is the country's fastest, officially-imported light commercial vehicle, with a 0-60mph time of 4.9 seconds and a top speed of 155mph.

With its new-found performance potential, the Insignia's adaptive all-wheel-drive chassis has never been put to better use. Fitted with Vauxhall's HiPerStrut front suspension, which maintains negative camber, improving grip levels in wet and dry, the SuperSport's handling is safe and rewarding for enthusiast drivers. FlexRide, Vauxhall's adaptive damping system, is also standard, and comes with a VXR setting for enhanced controllability at higher speeds.

At the heart of the VXR SuperSport is Vauxhall's 2.8-litre V6 Turbo ECOTEC engine, with a micro-alloy forged steel crank, classic 60-degree cylinder angle and die-cast alloy sump - all features found in many a race engine. Producing 325PS, the engine uses a single, twin-scroll turbocharger and variable valve control for quick throttle response, and accelerates from 0-60mph in 5.6 seconds.

Friday, May 31, 2013

Saab 9-5 SportWagon, 2012




  • Saab 9-5 SportWagon, 2012

The much awaited Saab 9-5 SportWagon makes its world debut at the 2011 Geneva Motor Show. This five-door partner for the new 9-5 Saloon will offer a compelling alternative choice in the large wagon segment and, in many European markets, is expected to sell in even greater volumes than its four-door peer.

Monday, May 27, 2013

Pininfarina Cambiano, 2012

 
 
 
 
  • Pininfarina Cambiano, 2012

It is a new approach to luxury in the car, according to Pininfarina's school of thought. The Cambiano is launched, a concept car that is elegant and sporty, refined and comfortable. An enticing combination of pure, cutting edge design and uncompromising engineering that respects the environment in both in the engine and in the choice of materials.

The Cambiano is an expression of Pininfarina today, embodying all the company's skills in terms of style, planning and research in the field of sustainable mobility. It is no coincidence that its chosen name is that of the town where Pininfarina has its headquarters. In 2012 the company celebrates a dual anniversary: the 30th anniversary of the Style Centre, which was set up in Cambiano in 1982 as "Pininfarina Studi e Ricerche", and the 10th anniversary of the Engineering Centre, which was inaugurated there in 2002, adding contract engineering to its activities of styling and niche design/production, and concentrating cutting edge technological tools and a team of outstanding specialists in one place.

The luxury sports saloon embodies the innovative archetypes of Pininfarina design in full. Another example was a milestone in the company's history, the Florida II, a concept car of 1957 which the founder Pinin Farina conceived and built for his own personal use, a saloon-coupé with an architecture and line that influenced global production for many years. In a way, it was Pininfarina's first real concept car.

Today, in 2012, the Cambiano redefines and reinterprets the ideas that are the basic tenets of Pininfarina design: harmonious proportions, taut lines and fluid surfaces, and a simple element that extends all along the side to underline its dynamism. The result is a very strong visual impact, emphasised by an extremely pure, aerodynamic shape based on essential and purely functional stylistic elements.

The Cambiano breaks with the general trend of design that is overloaded with elements, and confidently embraces the return of pure form as the absolute value, in the best "tradition" of Italian Style, reflecting the deepest essence of Pininfarina Design.

The Cambiano reveals its true character at first glance, starting from the unconventional layout of the doors: on the driver's side the car is a sports coupe with a single door, but on the passenger side there are two doors that open from the centre with no central pillar. This simplifies access and makes the most of the spacious, luminous passenger compartment.

The Cambiano is an expression of the car as a global project, and there is total consistency between every detail of the exterior and interior design, and between the colours, materials and the use of technology. Elegance and formal harmony blend in the association of complementary values: balance and contrast, the relation between full and empty, between solid and transparent. Formal purity and simplicity become elements of iconic design.

The proportions of the Cambiano convey dynamism and fluidity, thanks to the low tapered front and the light, fleeting rear-mounted cabin. The body of the car is one of simple, solid volumes, with large taut but sensual surfaces, enhanced by the innovative golden grey colour and iridescent blue reflections specifically developed for this project by Standox. The metal inserts in the sides are a new take on decorative mouldings and they continue all along the side glazing, incorporating the lighting and opening functions of the doors. The large honeycomb roof is ethereal and transparent and completes the body of the car, imparting a sense of solidity and of elegant refinement.

The front, with its clean, essential design, returns to a motif that is typical of Pininfarina: headlights incorporated into the grille and protruding wheel arches. The grille also incorporates a dynamic opening that is an air inlet for the turbo. The LED front headlights are simple "blocks" of pure, crystalline light. The tail lights and side indicators are almost intangible: only the light exists, appearing as if by magic on the surface of the bodywork. In the purest spirit of Pininfarina, the essentiality of the form becomes a very elegant expression of pure function.

The light is an integral part of the Cambiano design concept, inside and out. The relationship with natural light is simplified by the panoramic roof, which is translucent in some areas and transparent in others. With a carbon honeycomb structure mounted between the outside glass and a polycarbonate inner lining, the roof enhances visibility in the car - heightening the sense of luminosity and space inside.

The light is not only a natural element, but also emphasises the sensory experience of the passenger compartment thanks to a refined and functional lighting system, which exploits light channels inserted into the ceiling, the doors and the floor. The Cambiano is the first car to incorporate into the passenger compartment a contemporary video-art projection, created specifically by the Spanish artist Javier Fernandez with a very personal language of manipulated, overlapping images. The work is projected onto the ceiling where it can be enjoyed by rear seat passengers during the drive. Contemporary art, a preeminent feature of luxury, is thus incorporated into the concept of the car, leaving behind its elite aura and becoming accessible.

The complementarity between apparently contrasting elements is also expressed in the interior. Natural materials contrast with sophisticated details, and the physicality of pure matter with the immateriality of the most advanced forms of communication, which simplify the interaction between the driver and the car and his surroundings. It is a fascinating mixture of luxury craftsmanship and innovation: exclusive materials and outstanding manual work combined with the use of advanced technologies and innovative concepts.

Elegant and modern design converges in the interior with comfort, ergonomics and environmental sustainability, maintaining the same stylistic approach of the exterior. Fluid, sensual surfaces, a light, essential environment, with clearly defined functional zones: interactive controls and surfaces turned towards the driver, a more comfortable and tactile area for the other passengers. A fine, light facia, light but enveloping front seats suspended between the consoles and the sill, in a delicate balance between solid and hollow designed to create tension. The asymmetrical access to the passenger compartment determines the leaf structure of the two rear seats, which are almost suspended in the car, where occupants enjoy an environment that is made more comfortable and refined by the generous legroom. The interior is upholstered with Foglizzo leather, personalised in certain points with a special diamond point punched patter. The leather used on the Cambiano was chosen from the Pininfarina Leather Collection for Foglizzo, a collection of personalised natural and imitation leathers developed by the two Turin companies. The uprights and door panels are upholstered with polylactic acid, a plastic derived from sugar substances, treacle and milk serum, a solution that reduces the use of petroleum.

Like the entire lower part of the passenger compartment, the perfectly flat floor is made of recycled wood. This is the strongest and most typical element of the interior of the Cambiano, the fusion of matter and transformation, technological research and respect of cultural and environmental values. A choice dictated by the discovery of a wonderful material, which is both poor and noble: the wood of the "briccole", the poles of European oak used to indicate the navigation channels and moorings inside the Venice lagoon.

Riva1920, a historical Italian producer of solid wood furniture that has been working with Pininfarina Extra for over ten years, had the brilliant idea of recuperating the wood of these 12 metre poles, thousands of which are replaced every year. The wood is marked by the lagoon water and by marine microorganisms, which come alive again, creating a new manufact that is destined to last. Following the same principle, Riva1920 has created all the wooden elements for the interior of the Cambiano, using numerical control milling machine followed by manual final polishing and oiling. The result is surprising and evocative. The material is about to embark on its third lease of life, and it reveals its unique texture and the wear and tear of passing time: the holes made by the marine molluscs are still visible on the surface. Not only. This complex, delicate technological craftsmanship makes the interior of the Cambiano something unique that expresses an outstanding level of creativity and experience, thanks to this eco-friendly re-use of a natural, discarded material with the enormous evocative force of the huge cultural, emotional and artistic dimension attributed to Venice all over the world.

The atmosphere of extreme refinement in the car is underlined by another precious detail in the instrumentation: the timepiece manufactured in Limited Edition by the Swiss watchmaker Bovet 1822. This "Cambiano" Chronograph designed by Pininfarina can be removed from the dashboard and worn as a wristwatch, or used as a sports timer and even a table clock, due to its convertible concept.

The instrumentation of the driving position is divided into three priority zones according to use: the car's functions and performance, navigation and comfort, multimedia and connections. The main display shows the power delivered by the 4 electric motors backed up by the turbine, the battery charge and the fuel gauge, the total range and the range with all-electric operation, the driving mode (Ecocity, Snow/Ice, Efficiency, Sport, Drifting), and the speedometer. The driver monitors the navigator, the warning messages and the multimedia functions on the secondary display. The "swap" control transfers the navigator and other functions to the central display and vice versa. And a touch pad gives access to the interactive instrumentation and climate control. The driver controls the lights and the gear selector on the steering wheel, while the "Start" control and a device holder are on the centre tunnel.

The attention paid to detail is evident from the work carried out on the tyres. For the Cambiano Pininfarina specifically developed with Fate, Argentina's largest tyre production and exporting company, the first tyre for top of the range cars, Concept Tyre, from Eximia by Pininfarina. Fate's experts engineers contributed with precise studies and creative capability, making possible a further step in design, technology and security. Concept Tyre, from Eximia by Pininfarina, synthesizes the last progresses in the search of perfection: environmental care, superior constructive quality, and an advanced esthetic model.

Cambiano: new architecture, a generous range and maximum attention to environmental sustainability

The Cambiano also sets new parameters for eco-sustainability in the high performance luxury car segment, its strong points include electric drive which guarantees zero emissions in the urban cycle and a range with all-electric operation that is higher than any offered on the market today. And how could it be otherwise on a concept car from Pininfarina, whose genes have always included sustainable mobility, now one of the pillars of the company's industrial plan?

Pininfarina was concentrating on aerodynamics and alternative sources of energy as early as the 1970s: for example, with prototypes like the CNR Energetica 1 or Ecos, the first electric car developed by Pininfarina. In the 1990s Pininfarina offered new solutions with the Ethos, a family of 3 cars with an aluminium chassis, a body of recyclable resin, and an innovative combustion engine with low emissions, culminating in 1995 with the Ethos 3EV, another zero emissions car. More recently Pininfarina engineers turned their attention to research into hybrid vehicles with the Eta Beta and Metrocubo projects, the focussing on safety in 2004 with the Nido. In 2008 the Sintesi proposed a futuristic concept cap supplied by 4 fuel cells (one per wheel). Which brings us to the present: the BlueCar in 2008, the Nido EV in 2010 and the Hybus in 2011, a project to convert buses currently equipped with Euro 0-1-2 engines into buses with serial hybrid power packs.

This consolidated technological expertise and the ability to manage cutting-edge projects with great flexibility and innovation are expressed in the Cambiano. The perfect integration of the styling and engineering activities has produced an extended range plug-in electric car that combines top performance and roominess with the comfort of a luxury car and total respect of the environment. The type of engine chosen and the position of the battery pack in the rear of the car (under the luggage compartment) have created a vehicle architecture with a perfectly flat floor, that is regular and low, guaranteeing excellent access, liveability on board and a lower centre of gravity.

The drive system is based on four electric motors, one for each wheel, and the respective deceleration unit. The four motors, which are produced by Magneti Marelli, are mounted on the front and rear frames and each delivers a continuous supply of 60 kW with peaks of 150 kW for a total of 600 kW maximum power output, with torque of 640 Nm. Each motor is controlled separately and electronically to guarantee various functions, including energy regeneration when decelerating and braking, traction control with the option of continuously varying the torque split between the wheels independently (Vectoring Stability Program) and anti-lock braking assistance. The traction control strategies make the vehicle even more enjoyable to drive, guaranteeing outstanding performance and maximum safety over all types of routes.

The drive system incorporates an APU (Auxiliary Power Unit) to charge the batteries and, when necessary, to supply energy directly to the motors: this is a 50 kW Bladon Jets micro turbine which normally runs on diesel but which can be calibrated to be compatible with various types of fuel. In addition to this advantage, the turbine is smaller than those of piston engines with a similar power delivery, it weighs just 40 kg, and generates low polluting emissions. The micro turbine chosen for the Cambiano has technical features that make it particularly quiet and vibration-free, enhancing comfort for passengers. This type of extended range electric drive is thus amply in line with EURO 6 legislation, and is already compatible with possible evolutions (EURO 7 ready).

The battery pack developed by FAAM is installed between the seats and the rear axle, where it is protected from possible collisions and easily replaced during servicing. The battery is of the high power, high energy density lithium ion type, has a capacity of 50 kW/h, a peak power delivery of 500 kW, and can be recharged in 6 hours using a 6 Kw/h grid and in 52 minutes with the APU. Combined with the micro turbine, it guarantees a range of 205 km in the urban cycle in all-electric mode, and a total range in the NEDC (New European Driving Cycle) mixed cycle of over 800 km in extended range mode, higher than that of luxury sports cars with conventional drive systems. The battery is the fruit of FAAM's experience in the development of lithium batteries. FAAM's research into lithium ion cells will make it possible in the short term to achieve specific energy density values that are more than double those of lithium ion batteries currently on the market. This, associated with a larger specific power reserve, will make it the ideal solution for future electric cars. This result has been made possible by the improvement in the specific capacity of the electrodes: current anodic and cathodic materials are replaced by materials with a higher specific capacity, cells with high potential cathodes based on lithium nickel manganese oxide, LiNi0.5Mn1.5O4, with a spinel structure.

The composition of the pack is simplified by the small size of each cell, which allows for a certain amount of flexibility and adaption when installed on the vehicle. The battery case was designed to respect current crash test standards and it complies with ISO 26262 vehicle safety regulations. The battery is liquid cooled and protected by an insulating casing that guarantees that it will function in all use conditions, with a temperature range of da -20° C to +60° C. Battery functioning is monitored by a BMS (Battery Management System) unit, which verifies that the individual cells operate within the established normal functioning range. In the event of a malfunction, the battery is immediately isolated from the rest of the vehicle.

The Cambiano's generous range was achieved by the innovative drive system, by focussing attention on aerodynamic efficiency, obtained in the Pininfarina Wind Tunnel, and by a significant weight reduction: the Cambiano weighs 1695 kg empty, an excellent result if we consider the size of the car. The chassis is light, resistant and modular, comprising a carbon fibre cell for occupants and two aluminium modules, one at the front and one at the rear, which act as crumple cells, absorbing impact and supporting all the mechanical parts. This engineering solution allows the same modules to be used for an entire family of derived vehicles. The central cell can be built with materials and dimensions that will allow it to adapt to the various requirements of cost, manufacturing volumes and furnishings of the cabin of a future derived vehicle The front and rear structural modules will also adapt effectively to different wheelbases and tracks.

Where the energy management system is concerned, the objective is to minimise consumption and polluting emissions into the atmosphere, keeping turbine operating times to a minimum. This is triggered automatically when the battery charge falls below 20% of maximum capacity and turns off automatically when the speed is below 50 km/h (like restricted traffic areas in city centres). When necessary, the driver can activate or deactivate the turbine manually. On the road, the need to generate energy with the micro turbine will depend on how the vehicle is used, on the type of route (urban, rural, out of town) and on traffic. This information can be obtained by GPS navigator. The turbine can be controlled ready to generate a certain calculated quantity of energy, trying to keep its ignition and operating times to a minimum.

The Cambiano also delivers road-holding at physical limits in all road conditions and types of use. The driver can choose his preferred driving mode using a selector lever. For example, the Ecocity mode zeros local emissions, activates exclusively electric drive and excludes the turbine. In Snow/Ice mode, the load sensors on the four suspension units calculate the available friction coefficient: this automatically limits performance. Efficiency mode regulates the acceleration and top speed to maximise the range, but does not penalise enjoyment excessively. The Sport mode makes driving more exciting, accelerating from 0 to 100 in 4.2 sec, and limits the continuous top speed to 250 km/h. And finally, with Drifting mode, the individual control of the electric motors artificially sets the behaviour of the limited slip differentials. It is also possible to adjust the front/rear drive split so that the vehicle can be driven in rally mode, underlining the entertainment of driving on snow-covered or dirt roads.

Thursday, May 23, 2013

Morgan Eva GT, 2012

 
 
 
 
  •  Morgan Eva GT, 2012

Company introduces a new concept for a sporting family, the Morgan EvaGT. The four seater Coupe takes its inspiration from the British sports saloons of the early 1950's. Among these were the Bristol 400 series and the Frazer Nash BMW 328. After the Second World War rationing forced designers to conserve and make the most of the materials at their disposal. However the pressure cooker of war had also led to an abundance of innovative engineering ideas. Steel was scarce so lightweight aluminium was used for bodywork. Smooth "in-line" straight six cylinder engines were fitted to give long distance comfort and reliability. Because the engineers had often worked on aircraft development during the war aerodynamics contributed to high but economical cruising speeds.

The Morgan Motor Company is the last survivor of these British sports car manufacturers. Of course the company is lucky enough to have 100 years of continuous success behind it and like Bristol and Frazer Nash; Morgan has a history of successful collaborations with German suppliers BMW, Siemens and Bosch. But Morgan also works with a number of young engineering companies in the United Kingdom and with world class British university research departments.

The new challenge is to make cars that are more efficient than any we have seen so far. The Morgan Motor Company is in a good position to respond to this challenge because the company is small and flexible with a proven track record of fast development cycles. It currently manufactures one of the greenest sports cars in the world, the Morgan Four Four Sport. Morgan achieves this result with the use of the new Ford 1.6 Sigma engine coupled with a light chassis. Morgan currently has a young well qualified technical team working towards a potential 5 engineering PHD's, who will make full use of research departments at the University of Oxford, Cranfield and Birmingham City to tap into a technical knowledge network to make more efficient cars. This team is helping to develop a high torque electric motor twice as powerful as others of the same weight and size and a powerful lithium phosphate battery with a higher charge density to achieve the most efficient performance for weight so far.

The dynamic team at Morgan has made a commitment from 2010 that they will bring out a new model every two years. The legendary sports car manufacturer will target new niches... electric sports cars, a fun weekend vehicle and the first of the new cars will be the Morgan EvaGT, a four seater Coupe aimed at young families, with a bit of drama or automotive theatre as we like to call it. This is a revolution for a car company famous for making the same car for 50 years!

The Chassis
The Morgan EvaGT makes full use of clever technologies that the Morgan Motor Company has developed to manufacture a lightweight car. Morgan was one of the first car companies to see the advantage of a bonded aluminium chassis to give rigidity but also to save weight. The Morgan EvaGT uses a further developed version of the bonded aluminium chassis of the Morgan Aero SuperSports, a chassis that successfully competes in International GT3 Sports Car Racing. Compliant with European and US safety approvals.

Bodywork
Morgan was the first car company in 1995 to see the benefit of superformed aluminium, an aircraft technology, to manufacture smooth accurate body parts. Morgan Design have sculpted a new shape for the Morgan EvaGT that focuses on natural materials and understands their unique technical properties. Using computer technology in design and in manufacture to ensure accuracy, the parts are then hand finished to make sure they feel as good as they look. A perfect "A" class surface, minimal shut lines, hidden wipers, flush door handles and sharp creases deflect air over the surface of the car. The new Morgan EvaGT represents a philosophy of lightweight luxury that embraces authenticity, sustainability and innovation achieving its final result through the process of skilled craftsmanship.

Sunday, May 19, 2013

McLaren 12C Can-Am Edition Concept, 2012

 
 
 
 
 
  •  McLaren 12C Can-Am Edition Concept, 2012

McLaren GT, the new race car manufacturing arm of the McLaren Group, is presenting a dramatic track-focused concept at the 2012 Pebble Beach Concours, the McLaren 12C Can-Am Edition. The one-off design study is finished in historic McLaren Orange and satin black, and is the debut appearance of a 12C racing variant outside Europe.

The McLaren 12C Can-Am Edition is finished in striking shade of McLaren Orange, in tribute to cars of Bruce McLaren and Denny Hulme which were extremely successful throughout the 1960s and 1970s. The bold hue is in dramatic contrast to the roof, door and bumper sections, finished in satin black, while carbon fibre also features on the side radiator vanes, wing mirrors and engine cover. The McLaren badges on the front and rear are also finished in carbon fibre. Beneath the surface, the McLaren 12C Can-Am Edition shares the same carbon fibre MonoCell chassis as the 12C road car.

Being purely a concept at this stage, and designed as the 'ultimate track car', the McLaren 12C Can-Am Edition is not subject to the regular racing regulations, despite being based on the 12C GT3 race car. The revised version of the familiar 3.8-litre twin-turbo V8 engine features a unique engine calibration and optimised cooling system, which allows a power output of up to 630hp, making it the most powerful 12C derivative ever shown. The overall dry weight is just 1,200kg (2645.5lbs).

The unique aerodynamics of the McLaren 12C Can-Am Edition, as with the 12C GT3 race car, have been honed by McLaren Racing using Formula 1 technology and simulation to optimise downforce. This unique package offers an increase in downforce of 30 per cent.

The optimised aerodynamic package includes a carbon fibre front splitter, carbon fibre dive planes, and a carbon fibre wing which dominates the rear of the car. The wing is held in place by polished aluminium mounts. An imposing carbon fibre diffuser helps to further maximise the aerodynamic package, fitted beneath the two-tone rear bumper.

The extra power output of the McLaren 12C Can-Am Edition is kept in check with a braking system developed by Akebono. The highly efficient braking system sits behind a set of black satin-finished forged lightweight racing alloy wheels, shod with Pirelli racing slick tyres which complete the exterior revisions.

Inside the cockpit, the McLaren 12C Can-Am Edition is race ready as well. Two black race seats, complete with full six-point harnesses are mounted within the cabin, while a full race-specification rollcage has also been fitted. The steering wheel is carried over from the 12C GT3, with the shape and grip derived from that of Lewis Hamilton's MP4-24 Formula 1 car, while carbon fibre detailing also continues throughout the cabin, across the dashboard and sill panels. An integrated air conditioning system, mandatory now in a growing number of race series, is also present.

Saturday, May 18, 2013

Maserati GranTurismo MC Stradale, 2012

 
 
 
 
  •  Maserati Gran Turismo MC Stradale, 2012

The new Maserati Gran Turismo MC Stradale  be the fastest, lightest and most powerful car in the Maserati range when it goes on sale in the first quarter of 2011. Inspired by the Trofeo Gran Turismo MC and the race-winning GT4 motorsport models, the Maserati Gran Turismo MC Stradale will have more power, less weight, razor-sharp handling and a top speed of over 300 km/h.

The Maserati GranTurismo MC Stradale responds to demands for a GranTurismo which can balance on-road driving needs with race-driving desires and it incorporates the handling and aerodynamic lessons from Maserati's three racing programs. It produces more aerodynamic down force without producing more aerodynamic drag, it produces more power without using more fuel and it is more agile without sacrificing the GranTurismo S's highly praised ride quality.

With 330kW (450 horsepower), the Maserati GranTurismo MC Stradale generates more power (7 kW, 10hp) from the 4.7-litre V8 engine than the GranTurismo S, while its 510Nm of torque is a further 20Nm improvement. Its race-bred heritage is highlighted by a 110kg weight reduction from the GranTurismo S, down to 1770kg. It mirrors Maserati's racing advantages by retaining an optimal 48 : 52 weight distribution, ensuring balanced handling and even tyre wear.

The Maserati GranTurismo MC Stradale uses advanced electronics to cut gear-shift times from the upgraded MC Race Shift electro-actuated transaxle gearbox to just 60 milliseconds. This all helps to slash the 0-100km/h sprint time, which the Maserati GranTurismo MC Stradale covers in just 4.6 seconds.

The Maserati GranTurismo MC Stradale is also the first Maserati in history to have a dedicated Race mode alongside the upgraded Auto and Sport modes in its simplified dashboard layout.

With the removal of the rear seats, the Maserati GranTurismo MC Stradale becomes the first two-seat Maserati since the MC12. The GranTurismo MC Stradale has also benefited from new Brembo carbon-ceramic brakes, custom-developed Pirelli tyres, a unique suspension layout and rigid, light-weight, carbon-fibre race seats.

The push for the Maserati GranTurismo MC Stradale came from existing Maserati customers who wanted a road-legal super sports car that looked and felt like the GT4 and Trofeo race cars. The Maserati GranTurismo MC Stradale also provides the latest step in the well-trodden path between Maserati's racing programs and its production road cars and, often, back again. In the 1990s, the Ghibli Open Cup race car gave birth to the Ghibli Cup and a decade later the Trofeo GranSport gave birth to the GranSport MC Victory. At the pinnacle of recent Maserati's road-to race story, the FIA GT-winning MC12 was developed directly from the MC12 Stradale.

With a unique body design that is based around the requirements of the track, the Maserati GranTurismo MC Stradale has borrowed heavily from its racing car stablemates, the Maserati GranTurismo MC, both in the Trofeo and GT4 configurations. It has a new front splitter, bumper, bonnet, front guard panels, sills, exhausts and even a new rear bumper. To emphasize the harder-edged nature of the Maserati GranTurismo MC Stradale, Maserati even offers the car with an optional roll cage and a four-point racing harness.

Yet it was also designed to be easy to drive, so it retains all the inherent ride, handling and stability benefits of the GranTurismo S's long wheelbase. It has the speed to be a road-legal racing car, yet it has the progressive handling to be considered an extremely usable super-sports car.

In this configuration, the Maserati GranTurismo MC Stradale will be on sale in February 2011 in all major markets, with the exceptions of the USA, Canada and Korea.
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