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The new BMW M6 - rebirth of an icon

The announcement of a new M car remains a rare and exciting occasion, and the launch of the new M6 in 2005 will reveal a potent new combination of BMW engineering and M power.

M6

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BMW Group

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Barbara Brailey
BMW Group

The announcement of a new M car remains a rare and exciting occasion, and the
launch of the new M6 in 2005 will reveal a potent new combination of BMW
engineering and M power.

Hot on the heels of the new M5, and taking lightweight design solutions from
the M3 CSL, the new M6 combines supercar presence with Grand Touring
potential. Joining an exclusive club, the fourth new M car of the decade sets
a new performance benchmark for a production car. The beauty of the M6 is also
its ability to comfortably crush kilometres on a cross-country cruise.

The BMW M6 is the new standard-bearer for BMW's M car range, as well as the
return of a much loved and highly regarded BMW badge. The latest M car
features:

· 5.0-litre V10 engine producing 507bhp
· Seven-speed SMG (personally programmable)
· Lightweight body panels including carbon fibre roof
· 0 - 62mph in 4.6 seconds / 62 - 0 in 36 metres
· 155mph limited top speed
· MDrive Manager control settings

Like its predecessor - the legendary 1985 M635CSi - the new M6 resets the
sports GT benchmark, with supercar performance, dispatching the zero to 62mph
sprint in 4.6 seconds and achieving a limited top speed of 155mph. If
derestricted, the M6 would be capable of a 200mph+ top speed. During tests at
the famous Nürburgring Nordschleife circuit, the new M6 regularly clocked eight
minutes lap times. These rarefied performance statistics are, however, backed
up by 'real world' economy and efficiency - the new M6 delivers a combined EU
fuel consumption of 19.0mpg and a CO2 rating of 357g/km.

Powered by the same 4,999cc engine that set new standards in the M5, the 507bhp
power output ensures that the new M6 maintains the M car tradition of breaking
the 100bhp per litre benchmark. Peak power is developed at 7,750rpm with the
red line set at 8,250rpm. Peak torque of 520Nm is developed at 6,100rpm of
which 450Nm is available from just 3,500rpm. The 90-degree V10
aluminium-silicon alloy engine block is extremely light yet robust and is the
first V-arrangement engine to use a bedplate construction. The aluminium
bedplate with cast-iron inlays ensures the engine's rigidity throughout the rev
range, but the complete unit still weighs just 240kgs.

The capable chassis of the new M6 permits lateral acceleration in excess of
1g. To cope with such forces, the V10 engine features a lateral
force-controlled oil supply that, from 0.6g of lateral movement, activates one
of two electronic oil pumps to draw oil from the cylinder head and delivers it
back into the sump to ensure perfect lubrication even in the most extreme
situations. It is because of the extreme forces that can be induced by the M6
that the car also makes use of a semi dry sump lubrication system with an oil
reservoir on each side of the front subframe.

Masterminding all the M6's engine electronics is one of the most advanced
engine control systems ever developed. The MS S65 control unit coordinates all
engine functions using three 32-bit processors that handle more than 200
million operations per second from over 50 incoming signals. Each of the 10
cylinders has its own throttle butterfly, with its position being monitored 200
times per second. Reacting to changes in throttle position, the butterfly can
move from closed to fully open in a mere 120 milliseconds (approximately three
times faster than the blink of an eye).

Like the M5, the new M6 also uses BMW's new third-generation seven speed
Sequential Manual Gearbox (SMG) with Drivelogic. Drivelogic offers the choice
of 11 different change patterns, depending on the speed of change required.
Six change patterns are available in the manual mode and five in the
'automatic' mode, in which the gearbox will automatically select the most
appropriate gear depending on driving conditions.

The new SMG gearbox also offers safety benefits when downshifting on slippery
surfaces. If it detects the rear wheels locking up, the clutch opens for a
fraction of a second to ensure traction is maintained. Hill Detection is
another SMG feature. In automatic mode, the SMG gearbox recognises that the
car is travelling on an incline and holds gears uphill to maintain acceleration
and selects lower gears when progressing downhill to make the most of the
available engine braking.

The suspension of the new M6 is based on the 'standard' 645Ci geometry. With
the exception of components such as tie bars, wheel mounts and bearings, the
double-arm spring strut front axle is made completely of aluminium. The
U-shaped front subframe houses the rack and pinion steering assembly, anti-roll
bar and track control arms.

The Integral IV rear axle assembly is also made from aluminium to reduce
unsprung masses. In addition, the new M6 features BMW's variable,
speed-sensing M Differential Lock. Featured on all current BMW M models, the M
Differential Lock builds up locking action whenever one of the rear wheels
begins to spin, channelling drive to the wheel with the most grip to improve
handling and stability.

Electronic Damper Control is also standard on the M6. Offering the driver
three suspension settings - Comfort, Normal and Sport, drivers can select the
most appropriate setting for their driving style or road conditions. The new
BMW M6 also features a BMW M version of Servotronic steering with two specific
settings corresponding to the Electronic Damper Control settings, Sport or
Comfort.

BMW's DSC stability control system has been adapted for the M6. Featuring M
Dynamic Mode (first seen on the new M5), drivers can take their cars to the
limit of the laws of physics, allowing considerable angles of controllable
oversteer when circumstances allow.

The new BMW M6 comes with a Power button (pioneered in the M5) in the centre
console. Initially the car pre-selects the P400 setting, delivering 400bhp for
town or city driving, for example. Engaging the Power button modifies the
response of the throttle and enables the P500 setting to deliver the full
507bhp generated by the V10 engine.

Control of all of these features has been brought together using the M6's
MDrive Manager. MDrive allows the driver to pre-select specific settings for
the Power button, SMG gearbox, DSC, EDC and Head-up Display. With one push of
the steering wheel-mounted button, the driver selects his or her chosen
character. For example, the car can be set up for an exciting 30 mile A-road
drive to and from work or, on the other hand, for a city commute. More extreme
settings can be pre-programmed for track use.

For a car with such potential, high performance brakes are needed and the new
BMW M6 doesn't disappoint. Using aluminium double piston callipers and
cross-drilled disc brakes, the car can stop from 62mph in just 36 metres and
from 124mph (200km/h) in only 140 metres - equivalent to 1.3g deceleration.

Specially developed tyres ensure that the prodigious horsepower and braking
power are transferred to the road. Measuring 255/40ZR19 on the front and
285/35ZR19 on the rear, the tyres are mounted on lightweight five-spoke 19-inch
forged aluminium wheels, each weighing 1.8kgs less than a normal cast alloy
wheel.

Like other 6 Series models, the new BMW M6 uses a hybrid construction of
aluminium, thermoplastics and SMC (Sheet Moulding Compound). This mixture of
materials delivers an extremely rigid, yet light, body structure. The front
wings are made of thermoplastics, the doors and bonnet of aluminium and the
boot lid, SMC. Like the legendary M3 CSL, but unlike the 630i and 645Ci, the
new BMW M6 also uses carbon fibre in the construction of the roof panel to
reduce the weight yet further - this feature alone saves nearly five kilograms
and contributes towards the overall weight of just 1710kgs.

Visually, the new M6 differentiates itself from the 6 Series by a deeper front
valance with air intakes for the engine and brakes, more contoured sills and
rear valance that includes a diffuser to increase aerodynamic efficiency.
Nestling under the rear valance are BMW M's telltale four rear exhaust pipes.
To complement the changes in body styling, the new M6 is available in four
exclusive M colours - Indianapolis Red, Sepang Bronze, Interlagos Blue and
Silverstone alongside three other 6 Series colours.

Inside, the new M6 comes with fully adjustable M sports seats that include
lumber support and an adjustable backrest width as standard. They are covered
in extended Merino leather, with the owner able to choose between Black,
Silverstone or Sepang. As an option, full Merino leather can be specified in
Indianapolis Red and Portland Natural Brown alongside the other three colours
that includes a leather covered dashboard and alcantata headlining.

The new BMW M6 also features BMW M's version of the new Head-up Display
system. Unlike the standard Head-up Display available on 5 and 6 Series models
that offers navigation instructions and cruise control information, the system
on the M6 projects driver-focussed information such as engine speed, gear
selected and road speed directly into the driver's view, obviating the need for
the driver to take his or her eyes off the road ahead.

The new M6 will go on sale towards the end of 2005. Dates and prices will be
announced in due course.
Ends

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CO2 emission information.

The values for fuel consumption, CO2 emissions and energy consumption shown were determined in a standardised test cycle according to the European Regulation (EC) 715/2007 in the version currently applicable. The figures refer to a vehicle with basic configuration in Germany and the range shown considers transmission (automatic or manual) and the different wheels and tyres available on the selected model and may vary during the configuration.

The values of the vehicles labelled with (*), are already based on the test cycle according to the new WLTP regulation and are translated back into NEDC-equivalent values in order to allow a comparison between vehicles. More information on the transition from NEDC to WLTP test procedures can be found here.

These figures are intended for comparison purposes and may not be representative of what a user achieves under usual driving conditions. For plug-in hybrid vehicles and battery electric vehicles the figures have been obtained using a combination of battery power and petrol fuel after the battery had been fully charged. Plug-in hybrid vehicles and battery electric vehicles require mains electricity for charging. The CO2 emissions labels are determined according to Directive 1999/94/EC and the Passenger Car (Fuel consumption and CO2 Emissions Information) Regulations 2001, as amended. They are based on the fuel consumption, CO2 values and energy consumptions according to the NEDC cycle.

A guide on fuel economy and CO2 emissions which contains data for all new passenger car models is available at any point of sale free of charge. For further information you can also visit this link.

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