Tuesday, March 15, 2011

Bugatti Veyron Grand Sport Sang Bleu cars wallpapers

Bugatti Veyron Grand Sport Sang Bleu cars wallpapers
The Bugatti Veyron Grand Sport Sang Bleu has ventured into new areas. Instead of applying two paint colours or paint and material to highlight the two tone design the Bugatti Veyron Grand Sport Sang Bleu exclusively concentrates on materials - carbon fibre and aluminum - an innovative combination never realised before. This unique approach opens a new dimension of « Art - Forme - Technique », the company's core values.

Saturday, March 12, 2011

2013 Ford Edge EcoBoost

2013 Ford Edge EcoBoost
2013 Ford Edge EcoBoost
2013 Ford Edge EcoBoost
2013 Ford Edge EcoBoost
2013 Ford Edge EcoBoost
2013 Ford Edge EcoBoost
2013 Ford Edge EcoBoost
2013 Ford Edge EcoBoost
2013 Ford Edge EcoBoost
2013 Ford Edge EcoBoost
2013 Ford Edge offers a four-cylinder EcoBoost as an optional premium machine. Fuel economy is expected to increase anywhere from 10 to 20 percent. The front-wheel-drive V6-powered Edge rated at 19 miles per gallon in the city and 27 mpg on the highway. With EcoBoost, the numbers have increased by 20-23 mpg city and 30-32 mpg highway. Ford Edge will market the entire family of EcoBoost engines, and in 2013, will offer a variation of this turbocharged, direct-inject engines in 90 percent of the line model in North America. In addition, 2.0-liter V6 3.5-liter and 1.6-liter four-cylinder, and the results mirror one another. Edge 2013 is equipped with new engines Ford EcoBoost 2.0-liter four-cylinder. This looks like a fresh 2011 Ford Edge Limite.

The only difference is the badge EcoBoost outside the rear hatch. It’s essentially the same as motivational tools CUV very different under the hood: a, turbocharged direct-injected 2.0-liter four-cylinder EcoBoost engine. Ford’s 2.0-liter four-cylinder EcoBoost engines, such as 3.5-liter V6 and the upcoming 1.6-liter four-cylinder, offers a variety of technologies that help drive power and fuel economy numbers up while allowing for a lower displacement and weight loss. Ford with Honeywell to create a low inertia turbo that spools quicker and help eliminate lag. Direct fuel injection allows a higher compression ratio and burn more efficiently and reduce emissions.

2013 Ford Fusion

2013 Ford Fusion
2013 Ford Fusion
2013 Ford Fusion
2013 Ford Fusion
2013 Ford Fusion / Ford Mondeo. by 2013, Ford is planning to have all of their midsize sedans on one platform (Ford EUCD), and this new Ford Fusion– which currently is based on the old Mazda 6 platform– will have a lot more in common with the Ford Mondeo than it does today. Hence, using a Mondeo as a development mule. There are mules running around Michigan with various exhaust set ups and we're even seeing ones with modified fuel filler caps, signaling that they're planning to switch the access side from the right to the left side of the car.

No further details are available, but we have to assume Ford will continue where they started with the Fiesta, offering more dual-clutch automatics and that Ecoboost and Hybrid models will be available.

Tuesday, March 1, 2011

2011 Toyota Yaris HSD Concept










Making its world debut at the 2011 Geneva Motor Show, the Toyota Yaris HSD concept embodies what will be an important step in Toyota's full hybrid roll-out strategy in Europe.

Toyota aims to complete the application of full hybrid technology across its main models in Europe as early as possible in the 2020s. Following the successful introduction of the Auris HSD to the C‑segment in 2010, the Toyota Yaris HSD concept anticipates Toyota's intention to bring Hybrid Synergy Drive® to the B‑segment, the biggest volume segment in Europe.

The current growth of the B‑segment is just one facet of a perceptible shift in the public's requirements of the car industry. Customers are becoming less brand loyal. They are becoming less inclined towards a mainstream purchase, and more attracted to entry level, niche or premium models. They demonstrate receptiveness to new technology, increasingly in the context of the driving experience.

There is also a significant increase in the number of customers who quote engine type as their primary purchase consideration. Hybrid technology has achieved sufficient powertrain parity in the public perception that it is now a clear alternative to diesel or petrol engines.

The number of customers choosing hybrid drive for their next vehicle is increasing steadily, and has doubled in the last two years. This creates a gateway into the Toyota brand: hybrid intenders being three times more likely to consider a Toyota than conventional petrol and diesel customers.
Toyota Yaris HSD Concept (2011)


Toyota's proven, Hybrid Synergy Drive® technology targets demanding urban customers who expect a new driving and ownership experience from their car. Combining low fuel consumption, emissions and cost of ownership with uniquely relaxed and quiet driving, HSD proves that driving pleasure need not be compromised by environmental responsibility and low running costs.

Amongst early Auris HSD customers, the majority quote relaxation, an engaging driving experience and the learning of new driving habits as the three most rewarding characteristics of their new cars.

Exterior Design - A New Design Direction for the Next Yaris Model Range

The Toyota Yaris HSD concept inherits all the clever DNA of the Yaris, offering B‑segment customers an ingenious combination of small, compact packaging and a spacious, practical interior, while introducing a new, more advanced and sophisticated style to the exterior design.

Flanked by highly contoured headlamps, the upper grille opening is shallow, helping the air flow smoothly over the upper half of the body. And the Toyota logo is fully integrated within the front lip of the bonnet, adding stylish articulation to its leading edge.

In profile, the Toyota Yaris HSD concept's sleek, monoform shape is emphasised by the long, sweeping roofline and a single, crisp character line which runs smoothly through the length of the vehicle. Short front and rear overhangs and a long wheelbase maximise passenger accommodation and loadspace on board.

Several hybrid-specific styling cues indentify the Toyota Yaris HSD concept as a Toyota full hybrid model derivative.

Air turbulence has been minimised by flat, vertical 'aero' corners housing front foglamps and matching rear reflectors, a large, integral rear spoiler, comprehensive underbody covers and 18" aero wheels featuring enlarged air gaps for improved cooling air flow. Even the door handles and rear side view cameras have been carefully designed to the most aero-efficient shape.

The show car's striking, white pearl paintwork is unique to the Toyota Yaris HSD concept. It showcases a further development of this remarkable finish, with highlighting provided by sparkling, blue metallic accents. Requiring specialised, multi-layering application techniques, this hybrid-specific application brings an extraordinary depth and quality feel to the finished paintwork.

The presence of Hybrid Synergy Drive® is further emphasised through hybrid Blue Toyota badging, LED daytime running lights and 'synergy' blue illuminated highlight surrounds to both the outer mirrors and door handles.

HSD - Introducing the Benefits of Full Hybrid Technology to the B‑segment

Fuel efficiency and low CO2 emissions are already key to the success of models. And further improvements to the efficiency of Hybrid Synergy Drive® will continue to deliver highly competitive fuel consumption and emissions.

With its unique capacity to offer fully electric driving, HSD is particularly effective in the urban environment. In all-electric mode, the system not only generates zero CO2 emissions, but also zero NOX and particulate (PM) emissions.

Every Toyota full hybrid offers customers the lowest possible cost of ownership. Superior fuel efficiency and low CO2 emissions bring tax incentives in some countries, inner city congestion charge exemption and exceptionally low running costs.

Moreover, Hybrid Synergy Drive® has been designed for low maintenance and outstanding durability. The full hybrid powertrain does not need a conventional starter motor or alternator. The engine uses a maintenance-free timing chain and has no drive belts, improving reliability and bringing further cost savings.

Reflecting Toyota engineers' ongoing analysis of improved hybrid system performance through the use of solar power, solar panels have been applied to the entire roof surface of the Toyota Yaris HSD concept. This engineering solution targets the independent powering of the air-conditioning unit for improved full hybrid powertrain fuel economy.

HSD Powertrain Downsizing - The Engineering Challenge

Introducing full hybrid technology into the B‑segment has presented Toyota with several unique engineering challenges. The new powertrain design must be optimised for installation within the vehicle's compact, extremely efficient packaging design, without detriment to either system quality and performance, or passenger accommodation and loadspace.

This comprehensive repackaging of HSD technology is essential to meeting the growing market demand for urban-based family vehicles, without compromising either interior space or hybrid performance.

European Production - The Introduction of Full Hybrid Technology at Toyota Motor Manufacturing France (TMMF)

The production model, following on from the Toyota Yaris HSD concept, will be launched throughout Europe in the second half of 2012. Committed to the highest standards in build quality, Toyota has determined that the new full hybrid will be produced at the Valenciennes plant of Toyota Motor Manufacturing France.

Full hybrid technology will become an increasingly significant part of the company's mainstream vehicle production in Europe. With the Auris HSD already in production at the Burnaston plant in the UK, Toyota will be the only car manufacturer producing hybrid vehicles from more than one European plant.

2011 Toyota FT-86 II Concept






The new Toyota FT-86 II Concept makes its world debut at the 2011 Geneva motor show, giving the clearest indication yet as to the final design of Toyota's next sports car. It marks a return to the passion for driving that has inspired great Toyota cars of the past, starting with the legendary 2000 GT in the 1960s.

With its long, low bonnet, high wings and rear-set cabin, the Toyota FT-86 II Concept pays homage to Toyota's sports car history and is an entirely driver-oriented concept. It was created at Toyota's European design studio ED2, where its styling was dubbed 'functional beauty': its bold, sweeping form has been generated purely according to the constraints of function and aerodynamics.

The low, highly aerodynamic bodyshell is stretched tight over the engineering hard points, with the muscular bodywork rendered as compact as possible. The concept measures 4,235mm long, 1,795mm wide and 1,270mm high, with a long, 2,570mm wheelbase.

Rather than using a heavy, large displacement powertrain to secure performance, the FT-86 II returns to Toyota's sporting roots by combining a free-revving boxer petrol engine with a compact and lightweight six-speed manual transmission and a low centre of gravity to achieve the best possible power to weight ratio.

Both the powertrain and the driving position have been set as low and as far back as possible to optimise balance for maximum poise, high-speed stability and agility. With a front-engine/rear-wheel drive configuration, this gives the car lively, accessible performance that is easy to harness and enjoy.

The Toyota FT-86 II Concept is the latest stage in the development of a new, compact rear-wheel drive sports car that is being jointly developed by Toyota and Fuji Heavy Industries (Subaru). The new model will be launched in Europe in 2012.

Friday, February 11, 2011

2011 Toyota Matrix










Making its debut at the 2011 Chicago Auto Show with new changes for MY 2011, the sporty five-door Toyota Matrix deftly combines a fun-to-drive spirit with the utility of a small SUV and excellent fuel economy. In 2011, the Toyota Matrix will feature new standard wheels, interior design features, the Toyota Care complimentary maintenance plan, and standard Smart Stop Technology.

The 2011 Matrix continues to feature Toyota Star Safety System™ as standard equipment, which includes Vehicle Stability Control (VSC), Traction Control (TRAC), an Anti-lock Braking System (ABS), Electronic Brake-force Distribution (EBD) and Brake Assist. It also includes standard Smart Stop Technology brake-override system.

Performance and Efficiency

The 2011 Toyota Matrix is available in two grades: base Matrix and the sporty S grade. Powertrain choices include 1.8- and 2.4-liter four-cylinder engines, a five-speed manual transmission, and either four- or five-speed automatic transmissions. All-wheel drive (AWD) with active torque control is available in the Toyota Matrix S, teamed to the 2.4-liter engine.

The Matrix grade is equipped with a 1.8-liter DOHC four-cylinder engine, which produces 132 hp at 6,000 rpm and 128 lb.-ft. of torque at 4,400 rpm. Dual Variable Valve Timing with intelligence (VVT-i) controls valve timing on both the intake and exhaust camshafts to help optimize performance and economy. The 1.8-liter engine is paired with a five-speed manual transmission or a four-speed Electronically Controlled automatic Transmission (ECT).
Toyota Matrix (2011)


The Toyota Matrix S features a 2.4-liter four-cylinder engine, which produces 158 hp at 6,000 rpm and 162 lb-ft of torque at 4,000 rpm. A balance shaft suppresses vibration, and the exhaust system is engineered for reduced backpressure for improved performance.

The 2.4-liter engine channels its power through a five-speed manual transmission or a five-speed automatic. The all-wheel-drive (AWD) Matrix S is equipped with the 2.4-liter four-cylinder engine and the ECT 4-speed automatic transmission.

For a more engaging driving experience, the driver can shift the five-speed automatic manually by moving the shift lever to the left from its "D" position into the "S" position, then pushing forward for upshifts and back for downshifts.

Both automatics use a torque converter with flex lockup for increased fuel efficiency. Uphill/downhill shift control selects the proper gear for conditions and helps provide moderate engine braking during downhill driving.

The Toyota Matrix grade has earned an EPA-estimated fuel economy rating of 25 mpg city and 32 mpg highway for the 1.8-liter with the five-speed manual transmission, and 26 mpg city and 32 mpg highway for the 1.8-liter paired with the four-speed automatic transmission.

The Matrix S powered by the 2.4-liter engine with five-speed manual transmission achieves an EPA-estimated fuel economy of 21 mpg city and 28 mpg highway. With the five speed automatic transmission, it earns 21 mpg city and 29 mpg highway. The Toyota Matrix S AWD with the four-speed automatic achieves 20 mpg city and 26 mpg highway.

Handling and Ride

The Matrix is built around a stiff, rigid body structure that relies on high tensile-strength steels, gussets and crossmembers for its strength, rigidity and light weight. The front suspension is composed of a compact, rigid L-arm-type independent MacPherson strut with a stabilizer bar. The Toyota Matrix features a double-wishbone rear suspension with a coil-over-shock arrangement, which allows efficient packaging along with excellent handling and ride comfort.

Four-wheel disc brakes are standard on all Matrix models. The Matrix grade is equipped with 10.7-inch ventilated front discs and 10.1-inch solid discs in the rear. Toyota Matrix S features 11.6-inch ventilated front discs and 10.9-inch solid discs in the rear (11.0-inch for AWD).

The Matrix's newly designed standard 16-inch steel wheels come with sporty six-spoke full wheel covers and P205/55R16 tires. Distinctive all-new 17-inch, five-spoke alloy wheels are available on Matrix S with 215/45R17 tires.

The available AWD system with active torque control on the Toyota Matrix S is front-wheel-drive-based and distributes torque to the rear wheels through an electromagnetic coupler when needed, such as when the front wheels slip, during heavy acceleration, or on a grade. This active torque control system detects available traction based on signals sent from the ABS sensors on each wheel to the ECU. Traction Control (TRAC) provides an extra measure of wheel slip control, on both front-wheel-drive and AWD models.

Safety and Security

In addition to the Star Safety System, Matrix has a comprehensive list of safety features. Featuring front and rear crumple zones, the Matrix is designed to efficiently absorb and disperse impact energy throughout the body structure. Deformation of the passenger cabin is well managed due to the impact-energy-distribution design and high-strength steel used in the body.

All Matrix models are equipped with six standard airbags, including advanced front airbags, front seat-mounted side airbags, and front-and-rear side-curtain airbags. Seatbelt pretensioners retract the seat belt at the time of a frontal collision, and the dual-stage force limiter helps limit the seat belt force applied to the passenger's chest. Front seats integrate active headrests. If the vehicle is struck from the rear with sufficient force, a cable-actuated mechanism in the active front headrest moves the headrest upward and forward to help limit the movement of the occupant's head. The Toyota Matrix also features an energy-absorbing steering column.

The standard Vehicle Stability Control (VSC) system automatically adjusts engine output and braking force at individual wheels to help control any discrepancy between where the driver is steering and where the vehicle is heading.

Comfort and Convenience

The Matrix interior is designed for form, fun and functionality with a sporty, youthful look and flexible utility at the same time. The standard tilt-and-telescopic sport steering wheel enhances driving-position comfort for a wide range of driver physiques. Front-to-back couple distance yields more rear seat room, and the 60/40 split folding rear seat includes a center-position headrest.

Generous new standard equipment on the Matrix grade includes an all-weather package; power windows with driver's side auto down and retained power features; power door locks;; cruise control; color-keyed power heated outside rearview mirrors; tilt and telescopic sport steering wheel; daytime running lights; heavy duty rear window defogger; AM/FM/CD audio with four speakers with MP3/WMA playback capability, auxiliary audio jack, and auto sound leveling (ASL); intermittent rear window wiper; 12-volt power outlet; front center-console box; and an engine immobilizer.

The Toyota Matrix S grade also adds a metallic interior trim; a 115-volt power outlet; integrated fog lamps; fold-flat front passenger seat; remote keyless entry; AM/FM/CD with MP3 capability and six speakers with MP3/WMA playback capability.

The Matrix is equipped with a high-efficiency air-conditioning system with large vents. Significantly, the system's compressor electronically varies output capacity based on heat load and engine speed, rather than simply cycling the compressor on and off. This feature reduces noise and enhances interior comfort.

Optional Equipment

Available options on the Matrix grade include a base Sport package with front and rear underbody spoilers, integrated fog lamps, and a unique S badge.

The Toyota Matrix S offers an S Sport Package with 17-inch alloy wheels, front and rear underbody spoilers, color keyed rear spoiler and a unique S badge. The Premium Package offers a power tilt/slide moonroof with sliding sunshade, AM/FM CD player with MP3/WMA playback capability, six speakers, XM radio (includes 90-day trial subscription), auxiliary audio jack, USB poert with iPod connectivity, CD text display function, auto sound leveling and hands-free phone capability and music streaming via Bluetooth wireless technology.

Exterior Design

The second-generation Matrix displays sport-coupe-inspired styling cues while maintaining impressive interior utility. The result is a sporty, dynamic shape that provides a quiet interior for five people to ride in comfort.

The Toyota Matrix has rounded rear windows and continuous character lines that run from the front grille to the A-pillar. The Matrix S, which features all-new front and rear bumpers in 2011, integrates front and rear underbody spoilers and a large mesh front fog lamp bezel.

In 2011, a new Spruce Mica color joins Matrix's color palate, which includes Super White, Classic Silver Metallic, Magnetic Gray Metallic, Black Sand Mica, Radiant Red, and Nautical Blue Metallic.

Interior Design

Cockpit styling in the Matrix is anchored by a driver-oriented instrument panel and console controls. The Optitron instrument-panel gauges feature bright white lighting and new silver ornamentation for 2011. A large round speedometer is mounted in the center, with a tachometer to the left and red needles that now feature a new white line, adding both style and are easy to view. A combination gauge to the right of the speedometer houses a fuel level indicator, an engine temperature indicator, and an LCD display that combines an outside temp indicator and odometer/trip meter. The center console features new metal-plated rings around the air conditioning vents, and the audio unit has a new flush surface in 2011.

In 2011, Toyota Matrix will have new seat fabrics that exude a sporty look. A choice between two interior color schemes includes dark charcoal or a combination of dark charcoal and ash gray, and a three-spoke steering wheel adds a sporty touch. Toyota Matrix S comes with a newly designed leather-trimmed steering wheel that includes spoke-mounted audio controls and hands-free Bluetooth capability.

The front center console features a movable and removable cup support element. The cup holder area can be used as a tray when the divider is removed, and all open trays have rubber mats. Multiple storage spaces are located throughout the interior, including front and rear door pockets that each holds a 20-ounce plastic bottle. Four side panel shopping bag hooks and four D-rings in the floor provide luggage tie-down convenience. A folding tonneau cover also comes standard.

Limited Warranty

Toyota's 36-month/36,000 mile basic new-vehicle warranty applies to all components other than normal wear and maintenance items. Additional 60-month warranties cover the powertrain for 60,000 miles and corrosion with no mileage limitation. Toyota dealers have complete details on the limited warranty.