09/05/2012

2013 BMW 6-Series Gran Coupe


2013 BMW 6-Series Gran Coupe




2013 BMW 6-Series Gran CoupeThe BMW 6-Series Gran Coupe represents an unusual synergy of extraordinary aesthetics, the dynamics typical of a Coupe and the functional versatility of a four-door vehicle. The BMW 6-Series Gran Coupe measures 5,007 millimetres in length and 1,894 millimetres in width, with a height of 1,392 millimetres. The car's proportions are unmistakably BMW, from the long bonnet with its bold contours to the elegance of the extended wheelbase (2,968 millimetres) and the set-back passenger compartment. The BMW 6-Series Gran Coupe sets new standards in terms of aesthetic design for four-door vehicles as seen in its low height and the flat roofline that smoothly flows into the rear end.

At the front, chrome elements, unique to the Gran Coupe, separate the air intake from the fog lights, underlining the firm resolve expressed in the look of this car. The standard dual Xenon round headlights (for high and low beams) feature three-dimensional LED rings that are typically BMW in appearance and which create a unique and functional light architecture for the night-time driving experience. With the optional Adaptive LED Headlights, the light rings are slightly flat at the top and bottom. High and low beams are generated with the LED units that are positioned on horizontal ribs across each of the light rings, projecting their light on the reflectors facing them.


The low and graceful lines of this automobile are especially impressive when looking at the side profile. The recessed passenger compartment appears low and smoothly stretched because the window silhouette extends deep into the C pillar. The frameless door windows are also a design element indicative of a sporty Coupe. In addition, the elongated side windows optimise the incidence of light to enhance the feeling of spaciousness in the interior. The characteristic Hofmeister kink that flows into the C pillar encompasses exclusively embossed "Gran Coupe" lettering behind the glass in the lower corners of the rear windows to denote the fascinating elegance and personality of this automobile.

The interior design is the embodiment of a perfect combination of elegance, luxury and dynamic, which lends to the harmonious configuration of the front and rear seating. The driver-oriented cockpit, the front passenger area enclosed by elegantly curved surfaces and the spaciousness of the set-back rear passenger compartment ensures sophisticated and luxurious comfort in all driving scenarios. The wheelbase is 113 millimetres longer than that of the BMW 6-Series Coupe and accounts for the increased legroom enjoyed by rear passengers. The interior design concept of the BMW 6-Series Gran Coupe ensures exceptional spatial variability. There is ample space to comfortably accommodate two passengers in the rear. But the 4+1 seating arrangement also provides space for a third rear passenger on short journeys. The boot has a volume of 460 litres, which can be expanded up to 1,265 litres thanks to the through-loading system and the folding rear seatbacks.

The BMW TwinPower Turbo engines available for the BMW 6-Series Gran Coupe stand for sportiness with efficiency. The straight 6-cylinder petrol engine in the BMW 640i Gran Coupe delivers 235 kW/320 hp, and the straight 6-cylinder diesel in the BMW 640d Gran Coupe has a performance rating of 230 kW/313 hp. In the third quarter of 2012, a third engine will be added to the series, namely the V8 petrol engine in the BMW 650i Gran Coupe with 330 kW/450 hp, also available with BMW xDrive four-wheel drive technology. The new-generation BMW V8 engine features TwinPower Turbo technology using two turbochargers, plus direct High-Precision Injection and the fully variable VALVETRONIC valve control system.

The BMW 650i Gran Coupe, just like both 6-cylinder models, is equipped with an eight-speed Sport automatic transmission, the Auto Start Stop function and the Driving Experience button including ECO PRO Mode, and it accelerates from 0 to 100 km/h in just 4.6 seconds with an average fuel consumption ranging from 8.6 to 8.9 litres per 100 kilometres. The acceleration of the BMW 640i Gran Coupe is 5.4 seconds, and it has an average fuel consumption of 7.7 to 7.9 litres per 100 kilometres. The BMW 640d Gran Coupe can also sprint from 0 to 100 km/h in 5.4 seconds and fuel consumption ranges from 5.5 to 5.7 litres per 100 kilometres (figures according to the EU test cycle, depending on selected tyre format).


The exterior design of the BMW 6-Series Gran Coupe reflects the characteristic design language of the BMW 6-Series as applied to create a unique four-door Coupe. The harmonic proportions, precision lines and the smooth contoured surfaces are among the elements that lend the BMW 6-Series Gran Coupe its remarkable appeal. In terms of length (5,007 millimetres) and wheelbase (2,968 millimetres) this car is 113 millimetres longer than the BMW 6-Series Coupe. This accounts for the comfort experienced by passengers seated in the rear. The Gran Coupe is 1,894 millimetres wide, with a height of 1,392 millimetres.

The driver-oriented cockpit, the front passenger area enclosed by elegantly curved surfaces and the spaciousness of the rear passenger compartment contribute to the dynamic look and feel of the vehicle and also ensure sophisticated and luxurious interior comfort in all driving scenarios. The BMW 6-Series Gran Coupe offers ample space for four passengers, in addition to an unusually high degree of interior versatility for a vehicle in this segment. For short journeys, the so-called 4+1 seating configuration can accommodate three passengers in the rear compartment.


 Aluminium cast parts, pressed parts made of aluminium and steel, but also plastic components are used on the coachwork of the BMW 6-Series Gran Coupe. This construction method of incorporating different materials facilitates the highest degree of stiffness, whilst keeping weight to a minimum and also adhering to the BMW design philosophy.

For example, when assembling the front end and floor assembly of the BMW 6-Series Gran Coupe, it is possible to utilise existing manufacturing facilities for body construction. Later, the vehicle is sent to a self-contained assembly line where differentiating bodywork components are added. When add-on parts are attached, the Gran Coupe shares the assembly line - and hence all processes - with the other two BMW 6-Series models.


In the paint shop, the BMW 6-Series Gran Coupe runs according to body colour through the existing paint shop lines along with the other models produced at Dingolfing. The new vehicle is special in that, like all other add-on parts, the wings can be assembled beforehand at the body shop thanks to the use of inline-compatible thermoplastics. Therefore, attaching these components at the paint shop becomes unnecessary.

The BMW 6-Series Coupe is assembled jointly with the BMW 7-Series, the BMW 6-Series Convertible and Coupe and some of the BMW 5-Series in the so-called "flexible assembly shop" at the Dingolfing plant. There, many already established assembly processes guarantee stable operations and high-quality standards right from the word go.


Like all other plants within the BMW Group production network, the Dingolfing location also attaches major importance to social, economical and ecological sustainability. Last year, the plant received the Future Prize awarded for the first time within the framework of the competition "Factory of the Year" for the creation of workplaces that are attuned to aging. The accolade honours cutting-edge manufacturing processes that take the lead in social, technical and organisational development, serving as an example for other business enterprises.

source: netcarshow.com

2013 Toyota RAV4 EV

2013 Toyota RAV4 EV



2013 Toyota RAV4 EVThe 2013 Toyota RAV4 EV is the product of a unique collaboration with Tesla Motors spurred by Akio Toyoda, president and CEO of Toyota Motor Corporation. Twenty-two months after the project announcement, Toyota and Tesla engineers have succeeded in bringing an outstanding product to market in record time.

The Toyota RAV4 EV combines a Tesla designed and produced battery and electric powertrain with Toyota's most popular SUV model. The collaborative team set its sights on refining the customer experience. From advanced charging options to interior comfort to interactive displays, the vehicle has been designed for customer ease of use and maximum vehicle range.



The front wheel drive Toyota RAV4 EV allows drivers to select from two distinctly different drive modes, Sport and Normal. In Sport mode, the vehicle reaches 0-60 mph in just 7.0 seconds and has a maximum speed of 100 mph. Normal mode achieves 0-60 mph in 8.6 seconds with a maximum speed of 85 mph. Maximum output from the electric powertrain is 154 HP (115kW) @ 2,800 rpm.

Toyota RAV4 EV offers an exceptionally smooth, quiet ride and comfortable handling due in part to its low coefficient of drag and low center of gravity. In fact, at 0.30 Cd, RAV4 EV achieves the lowest coefficient of drag of any SUV in the world. Compared with the gas powered RAV4, Toyota re-styled the front bumper, upper and lower grill, side mirrors, rear spoiler, and under body design to maximize air flow around the vehicle. The RAV4 EV's battery pack is mounted low and to the center of the vehicle, contributing to a more sedan-like ride.

On the exterior, Toyota RAV4 EV features upscale LED low beam projector headlights with halogen projector high beams. A manual leveling system allows customers to redirect the headlights when the vehicle changes significantly in pitch due to a heavy load. Five vertical LEDs make up the daytime running lights, which dim to parking lights. The rear combination lights are LEDs accented by a unique light smoke outer lens. Other exterior variations from the gasoline powered RAV4 include new exterior emblems on the front, rear and the front door panel utilizing the signature Toyota "environmental blue."


The vehicle will be available later this year in three exterior colors: Blizzard White Pearl, Shoreline Blue Pearl and Classic Silver Metallic. The interior features a unique "Neutron" fabric, woven with a subtle sheen and blue accent, on the seat inserts and door trim.

Inside, a six-way adjustable driver's seat includes variable front seat heaters, which extends heater coverage to the occupant's upper back. The split reclining rear seats with folding center arm rest fold flat for increased cargo space, with a total cargo capacity equivalent to the conventional RAV4 of 73 cu. ft. No interior space is lost in the vehicle due to EV components.


The highlight of the interior is an eight-inch capacitive touch screen with a state of the art graphic display, featuring navigation, telematics, and EV drive information and settings designed specifically for the Toyota RAV4 EV. Entune™ is standard (with three year complimentary access to Entune™ services) along with SiriusXM Satellite Radio (with 3-month trial subscription to XM Select package), AM/FM radio, Bluetooth® streaming audio, and USB port with iPod® connectivity. The dash display color illuminates red when the vehicle is operating in sport mode and blue in normal driving mode.

Toyota's approved electric vehicle supplier equipment provider is Leviton. Leviton offers multiple options for charging solutions. For the shortest charge time of approximately six hours, Leviton offers a custom 240V (Level 2), 40A, 9.6 kW output charging station. For more information visit Leviton.com/Toyota. The vehicle comes equipped with a 120V (Level 1) emergency charging cable for instances when the recommended 240V (Level 2) charging is not available.



The Toyota RAV4 EV will go on sale in late summer 2012 through select dealers, initially in four major California metropolitan markets including Sacramento, San Francisco Bay Area, Los Angeles/Orange County and San Diego. Sales volume is planned for approximately 2,600 units over the next three years. The battery warranty is 8 years or 100,000 miles.

In July 2010, Toyota Motor Corporation and Tesla Motors jointly announced an agreement to develop an all-electric version of the RAV4, with the intent to bring the vehicle to market in 2012. Tesla contributed its EV technology expertise, daring spirit, quick decision making and flexibility. Toyota contributed design, engineering, manufacturing and production expertise. In an industry where development cycles are typically five years, Toyota and Tesla brought a dynamic product to market in less than half that time.

Source: Netcarshow.com

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