Thursday, 24 March 2011

2011 BMW Z4 The combination of BMW Twin Turbo Technology and High PrecisionBMW Z4 Front Angle Top performance 2011 533x400 2011 BMW Z4 The combination of BMW Twin Turbo Technology and High Precision The BMW Z4 sDrive35is is making its world debut at the 2010 North American International Auto Show (NAIAS) in Detroit. And parallel to the market launch of this high-performance roadster in spring 2010, the M Sports Package is being introduced for all further versions of the BMW Z4. More air, more boost, more torque, more driving pleasure. The twin-turbo straight-six power unit already giving the BMW Z4 sDrive35i truly impressive dynamics and all-round performance is characterised in particular by its spontaneous and direct response to the gas pedal, fascinating free-revving performance, and unusually economical use of fuel for a car in this class. Now the outstanding potential of this power unit is being put to even greater use in the new version of the BMW Roadster, features such as optimised air supply and increased boost pressure ensuring an even better flow of power with the same high standard of efficiency. BMW Z4 2011 viewed from the rear 533x400 2011 BMW Z4 The combination of BMW Twin Turbo Technology and High Precision The combination of BMW Twin Turbo Technology and High Precision Injection offers a level of performance a naturally-aspirated power unit would only be able to provide with a larger number of cylinders and extra displacement, meaning far higher weight and significantly greater fuel consumption. Instead, the BMW Twin Turbo power unit uses two small turbochargers which, through their low inertia, cut in from the start at relatively low engine speeds, each supplying three cylinders with compressed air. As a result, power and performance are built up with a level of spontaneity quite unusual on a turbocharged engine. The turbocharger system developed for the power unit of the new BMW Z4 sDrive35is maintains a high boost pressure throughout the entire load range. Peak torque now increased to 450 Newton-metres or 332 lb-ft comes from a low 1,400 rpm and is maintained consistently all the way to 4,500 rpm. Maximum output of 250 kW/340 hp, in turn, is delivered at 5,800 rpm. BMW Z4 2011 top machine engine 533x400 2011 BMW Z4 The combination of BMW Twin Turbo Technology and High Precision BMW Z4 2011 interior design 533x400 2011 BMW Z4 The combination of BMW Twin Turbo Technology and High Precision BMW Z4 2011 Front Angle EmblemLogo 533x400 2011 BMW Z4 The combination of BMW Twin Turbo Technology and High PrecisionBMW Z4 Front Angle Top performance 2011 533x400 2011 BMW Z4 The combination of BMW Twin Turbo Technology and High Precision The BMW Z4 sDrive35is is making its world debut at the 2010 North American International Auto Show (NAIAS) in Detroit. And parallel to the market launch of this high-performance roadster in spring 2010, the M Sports Package is being introduced for all further versions of the BMW Z4. More air, more boost, more torque, more driving pleasure. The twin-turbo straight-six power unit already giving the BMW Z4 sDrive35i truly impressive dynamics and all-round performance is characterised in particular by its spontaneous and direct response to the gas pedal, fascinating free-revving performance, and unusually economical use of fuel for a car in this class. Now the outstanding potential of this power unit is being put to even greater use in the new version of the BMW Roadster, features such as optimised air supply and increased boost pressure ensuring an even better flow of power with the same high standard of efficiency. BMW Z4 2011 viewed from the rear 533x400 2011 BMW Z4 The combination of BMW Twin Turbo Technology and High Precision The combination of BMW Twin Turbo Technology and High Precision Injection offers a level of performance a naturally-aspirated power unit would only be able to provide with a larger number of cylinders and extra displacement, meaning far higher weight and significantly greater fuel consumption. Instead, the BMW Twin Turbo power unit uses two small turbochargers which, through their low inertia, cut in from the start at relatively low engine speeds, each supplying three cylinders with compressed air. As a result, power and performance are built up with a level of spontaneity quite unusual on a turbocharged engine. The turbocharger system developed for the power unit of the new BMW Z4 sDrive35is maintains a high boost pressure throughout the entire load range. Peak torque now increased to 450 Newton-metres or 332 lb-ft comes from a low 1,400 rpm and is maintained consistently all the way to 4,500 rpm. Maximum output of 250 kW/340 hp, in turn, is delivered at 5,800 rpm. BMW Z4 2011 top machine engine 533x400 2011 BMW Z4 The combination of BMW Twin Turbo Technology and High Precision BMW Z4 2011 interior design 533x400 2011 BMW Z4 The combination of BMW Twin Turbo Technology and High Precision BMW Z4 2011 Front Angle EmblemLogo 533x400 2011 BMW Z4 The combination of BMW Twin Turbo Technology and High Precision

BMW Z4 Front Angle Top performance 2011 533x400 2011 BMW Z4 The combination of BMW Twin Turbo Technology and High Precision
The BMW Z4 sDrive35is is making its world debut at the 2010 North American International Auto Show (NAIAS) in Detroit. And parallel to the market launch of this high-performance roadster in spring 2010, the M Sports Package is being introduced for all further versions of the BMW Z4.
More air, more boost, more torque, more driving pleasure.
The twin-turbo straight-six power unit already giving the BMW Z4 sDrive35i truly impressive dynamics and all-round performance is characterised in particular by its spontaneous and direct response to the gas pedal, fascinating free-revving performance, and unusually economical use of fuel for a car in this class.

Now the outstanding potential of this power unit is being put to even greater use in the new version of the BMW Roadster, features such as optimised air supply and increased boost pressure ensuring an even better flow of power with the same high standard of efficiency.
BMW Z4 2011 viewed from the rear 533x400 2011 BMW Z4 The combination of BMW Twin Turbo Technology and High Precision
The combination of BMW Twin Turbo Technology and High Precision Injection offers a level of performance a naturally-aspirated power unit would only be able to provide with a larger number of cylinders and extra displacement, meaning far higher weight and significantly greater fuel consumption.
Instead, the BMW Twin Turbo power unit uses two small turbochargers which, through their low inertia, cut in from the start at relatively low engine speeds, each supplying three cylinders with compressed air. As a result, power and performance are built up with a level of spontaneity quite unusual on a turbocharged engine. The turbocharger system developed for the power unit of the new BMW Z4 sDrive35is maintains a high boost pressure throughout the entire load range. Peak torque now increased to 450 Newton-metres or 332 lb-ft comes from a low 1,400 rpm and is maintained consistently all the way to 4,500 rpm. Maximum output of 250 kW/340 hp, in turn, is delivered at 5,800 rpm.
BMW Z4 2011 top machine engine 533x400 2011 BMW Z4 The combination of BMW Twin Turbo Technology and High Precision BMW Z4 2011 interior design 533x400 2011 BMW Z4 The combination of BMW Twin Turbo Technology and High Precision
BMW Z4 2011 Front Angle EmblemLogo 533x400 2011 BMW Z4 The combination of BMW Twin Turbo Technology and High Precision

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