Wednesday, February 24, 2010

2010 Jaguar XJ






















2010 Jaguar XJ SpecificationsBody
Wheelbase 124.3 inches
Drivetrain
Transmission 6-speed automatic
Engine
Compression Ratio 16.0:1
Bore X Stroke 84.0/90.0
Engine & Transmission
Power bhp (kW) at RPM: 240 (179)
Torque lb-ft (Nm) at RPM: 221 (300)
Exterior
Length 206.6 inches
Width 83.1 inches
Height 57 inches
Front Track 63.1 inches
Weight lb (kg) 2365
Performance
Acceleration 0-60 mph s: 7.8 (8.1)
Fuel Economy EPA city/highway mpg (l/100 km): 7.0
Emissions EUV
Turning radius 41.7 feet




The new XJ is the epitome of fluid, contemporary automotive style. The elongated teardrop shape of the side windows establishes the car’s silhouette and lies at the heart of its flowing design. And the new XJ doesn’t just look streamlined: it shares a drag coefficient of 0.29 with the XF saloon, making them the most aerodynamic Jaguars ever.

A coupé profile cloaks a cabin that offers comparable levels of space to saloons with a more conventional style. There is generous accommodation for five occupants, while long-wheelbase models provide rear-seat passengers with even greater levels of comfort thanks to an additional 125mm of rear legroom.

The exquisitely designed interior has a strong sporting character throughout. A panoramic glass roof, standard on all models, dramatically enhances the sense of light and space inside the new XJ. And in keeping with its status as the ultimate four-door Jaguar, the XJ introduces a new generation of interior technologies, pioneering the use of display and infotainment systems such as the innovative Virtual Instrument dials and optional 1200W Bowers & Wilkins premium surround sound system.

At the heart of the all-new XJ’s construction is a next-generation application of Jaguar’s unique lightweight vehicle architecture. Primarily aluminium – but also utilising magnesium and composite alloys – it allows Jaguar to produce a significantly lighter and stiffer body – the lightest in its class. The new structure – which retains the same aerospace-based riveting and bonding processes – has been refined using these advanced new materials to deliver improved strength, enhanced refinement and superior safety performance.

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