2008 BMW M3 CONVERTIBLE start

Driving
52 4.Insert the screwdriver into the opening of
the white lever, arrow 1.
5.Pull the screwdriver back all the way, arrow
2. The transmission lock is released.
6.Carefully remove the screwdriver, for exam-
ple to avoid accidentally engaging the
transmission lock during towing.
After parking the vehicle, lock the trans-
mission lock again. Otherwise there is a
danger of the vehicle rolling.<
Locking
1.Insert the screwdriver into the opening of
the white lever and press forward.
The transmission lock is locked again.
2.Fold back the black cover until it engages
audibly.
3.Clip the sleeve of the selector lever back
into place.
Jump-starting and towing, refer to page137.
Drivelogic
Various drive programs are available to you via
Drivelogic.
After every change between sequential and
drive mode, the program selected last in each
case is active. Exception: after the first change from sequential to drive mode, drive program 3
is active.
In drive mode
Five drive programs are available for selection,
from winter program/balanced 1 to sporting and
highly dynamic 5.
In sequential mode
You can choose between six drive programs,
from winter program/balanced 1 to sporty
puristic 6.
Program 6 is available when Dynamic Stability
Control is deactivated, refer to page68. If DSC
is activated, the program changes from 6 to 5.
To maintain driving stability, activate DSC
whenever possible.<
Selecting the drive program via the
button in the center console
Press the button repeatedly until the desired
drive program is displayed in the instrument
cluster, refer to page51.
Shift Lights
To achieve the best possible acceleration in
sequential mode when using a sporty driving
style, the Shift Lights in the instrument cluster
indicate the best shift point just before the max-
imum engine speed is reached.

Driving
54 1.Press the brake while the engine is running.
2.Deactivate Dynamic Stability Control DSC,
refer to page68.
3.Select sequential mode with Drivelogic
drive program 6.
4.With the vehicle stationary, press the selec-
tor lever forward and hold. A flag symbol
appears in the instrument cluster.
5.Press the accelerator down all the way. The
engine speed when driving off is controlled.
6.If you wish, you can adjust the drive-off
engine speed by up to approx. 500 rpm:
>Increase the drive-off engine speed by
approx. 100 rpm: press the lever beyond
the resistance point, arrow1.
>Decrease the drive-off engine speed by
approx. 100 rpm: pull the lever beyond
the resistance point, arrow2.
>Reset the drive-off engine speed: press
the lever upward or downward, arrows3.
7.The vehicle accelerates when you release
the selector lever. Keep the accelerator
pressed all the way down.
8.The transmission shifts up automatically as
long as the accelerator is pressed all the
way down.
Launch Control only becomes available again
after a certain distance has been driven.
Do not use Launch Control during the vehicle
break-in period, refer to page98.
To maintain driving stability, activate DSC
whenever possible.<
M Engine Dynamics Control
With M Engine Dynamics Control you can influ-
ence how sportily your vehicle should respond
to movements of the accelerator. Two pro-
grams are available to you.
"Normal" program
In the "Normal" program, the engine responds
gently to accelerator movements, which is ideal
for city traffic or on snow, for example.
"Sport" program
The "Sport" program provides for a more spon-
taneous response of the engine to accelerator
movements.
Selecting a program
Press the POWER button to switch between
the "Normal" and "Sport" programs.
In the "Sport" program, the LED in the POWER
button lights up.
The selected program is stored for the remote
control currently in use and is activated the next
time the engine is started.

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Driving tips
Mobility
63
4.Press button 2 until is displayed.
The settings are reset.
The setting is stored for the remote control
currently in use.
Service requirements
The remaining driving distance and the date of
the next scheduled service are displayed briefly
immediately after you start the engine or switch
on the ignition.
The extent of service work required can
be read out from the remote control by
your BMW Service Advisor.<
For certain maintenance operations, you can
view the respective distance remaining or due
date individually in the instrument cluster.1.Switch on the ignition, refer to page46.
2.Push button 1 in the turn indicator lever up
or down repeatedly until the appropriate
symbol appears in the display, accompa-
nied by the words "SERVICE-INFO".
3.Press button 2.
4.Use button 1 to scroll through the individual
service items.

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Mobility
65
1.Push button 1 in the turn indicator lever up
or down repeatedly until the appropriate
symbol appears in the display, accompa-
nied by the date and the word "SET".
2.Press button 2.
3.Use button 1 to set the day of the month.
4.Press button 2 to confirm the entry.
5.Set the month and the year in the same way.
6.Press button 2.
The system stores the new date.
Check Control
The concept
The Check Control monitors vehicle functions
and alerts you to any malfunctions in the sys-
tems monitored. Such a Check Control mes-
sage includes indicator or warning lamps in the
instrument cluster and, in some circumstances,
an acoustic signal.
Indicator and warning lamps can light up in a
variety of combinations and colors. indicates that Check Control messages have
been stored. You can view the Check Control
messages whenever it is convenient for you.
What to do in case of a malfunction
The meaning of each lamp in the event of a mal-
function and tips on how to respond are listed
starting on page140.
Hiding Check Control messages
Press the button in the turn indicator lever.
Some Check Control messages are displayed
until the malfunctions have been rectified. They
cannot be hidden. If several malfunctions occur
at the same time, they are displayed in succes-
sion.
Other messages are automatically hidden after
approx. 20 seconds, but are kept in memory.

Technology for driving comfort and safety
68
Antilock Brake System ABS
ABS prevents locking of the wheels during
braking. Safe steering response is maintained
even during full braking. Active safety is thus
increased.
The ABS is operational every time you start the
engine. Braking safely, refer to page99.
Electronic brake-force distribution
The system controls the brake pressure in the
rear wheels to ensure stable braking behavior.
Brake assist
When you apply the brakes rapidly, this system
automatically produces the maximum braking
force boost and thus helps to achieve the short-
est possible braking distance during full brak-
ing. This system exploits all of the benefits pro-
vided by ABS.
Do not reduce the pressure on the brake for the
duration of the full braking application.
Dynamic Stability Control DSC
DSC optimizes driving stability and traction. In
addition, the system recognizes unstable driv-
ing situations such as understeering and over-
steering, and helps keep the vehicle on a safe
course within physical limits by reducing engine
power and applying the brakes on individual
wheels.
The laws of physics cannot be repealed,
even with DSC. An appropriate driving
style always remains the responsibility of the
driver. Therefore, do not reduce the additional
safety margin again by taking risks, as this could
result in an accident.<
Deactivating DSC
Press the DSC OFF button for longer than
approx. 1 second; the indicator lamps for DSC
in the instrument cluster light up. Stabilizing
and drive-output promoting actions are no
longer executed.
You may find it useful to briefly deactivate DSC
under the following exceptional circumstances:
>When driving uphill on snow-covered roads,
in slush or on unplowed, snow-covered
roads
>When rocking a stuck vehicle free or start-
ing off in deep snow or on loose ground
>When driving with snow chains
To increase vehicle stability, activate DSC again
as soon as possible.
Activating DSC
Press the DSC OFF button again; the indicator
lamps in the instrument cluster go out.
For better control
If the indicator lamp flashes:
DSC is regulating the drive and brak-
ing forces.
If the indicator lamps are on:
DSC is deactivated.
Electronic Damper Control
EDC*
The concept
Whenever there is a change in any significant
parameter such as road surface quality or in an

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Controls
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Mobility
69
operating condition such as steering, braking,
etc., the damping automatically adjusts to the
new conditions in fractions of a second.
You can select between three programs.
"Comfort" program
Select the "Comfort" program if you want com-
fort-oriented control of the shock absorbers.
"Normal" program
The "Normal" program offers control that is bal-
anced between comfort and sportiness.
"Sport" program
Select the "Sport" program if you want consis-
tently sporty control of the shock absorbers.
Selecting a program
Press the EDC button repeatedly:
>"Comfort": LED off:
>"Normal": one LED lights up.
>"Sport": both LEDs light up.
The selected program is stored for the remote
control currently in use and is activated the next
time the engine is started.
Drive-off assistant
The drive-off assistant enables you to drive off
smoothly on uphill gradients. It is not necessary
to use the parking brake for this.
1.Hold the car in place by depressing the
brake.
2.Release the brake and drive off without
delay.The drive-off assistant holds the car in
place for approx. 2 seconds after the
brake is released. Drive off without delay after
releasing the brake. Otherwise, the drive-off
assistant will no longer hold the car in place
after approx. 2 seconds and the car will start to
roll backwards.<
Flat Tire Monitor FTM*
The concept
The Flat Tire Monitor detects pressure loss in a
tire by comparing the rotating speeds of the
individual tires while moving.
In the event of pressure loss, the rolling circum-
ference changes and, thus, the rotating speed
of the affected wheel. This change is detected
and is reported as a flat tire.
Functional requirement
In order to assure the reliable reporting of a flat
tire, the system must be initialized for the cor-
rect tire inflation pressure.
The system must be reinitialized each
time a tire inflation pressure has been cor-
rected or a wheel or tire has been changed.<
System limitations
The Flat Tire Monitor is unable to warn
the driver of sudden, severe tire damage
caused by external factors, nor can it identify
the gradual loss of pressure that will inevitably
occur in all four tires over a lengthy period of
time.<
In the following situations, the system could be
delayed or malfunction:
>System has not been initialized
>Driving on snowy or slippery road surface
>Performance-oriented style of driving: slip
in the drive wheels, high lateral acceleration
>Snow chains are attached
Initializing the system
The initialization is completed during driv-
ing, which can be interrupted at any time.

Technology for driving comfort and safety
70 When driving resumes, the initialization is con-
tinued automatically.
Do not initialize the system while snow chains
are attached.<
1.Start the engine, but do not start driving.
2.Press the button for approx. 4 seconds until
the warning lamp in the instrument cluster
lights up yellow. Warning lamp, refer to Indi-
cation of a flat tire on page70.
3.Start to drive.
Initialization is completed while the car is
moving, without any feedback.
Indication of a flat tire
The warning lamps come on in yellow
and red. In addition, an acoustic sig-
nal sounds. There is a flat tire or sub-
stantial loss of tire pressure.
1.Reduce your speed and carefully stop the
car. Avoid sudden braking and steering
maneuvers.
2.Identify the damaged tire. To do so, check
the tire pressure using the M Mobility Sys-
tem, refer to Producing the tire inflation
pressure on page132.
3.Repair the flat tire with the M Mobility Sys-
tem, refer to page132.
Malfunction
The warning lamps come on in yel-
low. The Flat Tire Monitor has a mal-
function or has failed. Have the sys-
tem checked as soon as possible.
Tire Pressure Monitor TPM*
The concept
TPM checks the inflation pressures of the four
mounted tires. The system notifies you if there
is a significant loss of pressure in one or more
tires.
Functional requirement
In order to assure the reliable reporting of a flat
tire, the system must be reset while all tire infla-
tion pressures are correct.
Always use wheels with TPM electronics. Oth-
erwise, the system may malfunction.
Each time a tire inflation pressure has
been corrected or a wheel or tire has been
changed, reset the system.<
System limitations
TPM cannot warn you in advance of sud-
den severe tire damage caused by out-
side influences.<
The system does not work correctly if it has not
been reset; for example, a flat tire may be indi-
cated even though the tire inflation pressures
are correct.
The system is inactive and cannot indicate a flat
tire if a wheel without TPM electronics has been
mounted, or if TPM is temporarily malfunction-
ing due to other systems or devices using the
same radio frequency.
Resetting the system
Each time a tire inflation pressure has
been corrected or a wheel or tire has been
changed, reset the system.<
1.Start the engine, but do not start driving.
2.Press the button for approx. 4 seconds until
the warning lamp in the instrument cluster
lights up yellow. Warning lamp, refer to

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71
Message for low tire inflation pressure on
page71.
3.Start to drive.
After driving a few minutes, the set inflation
pressures in the tires are accepted as the
target values to be monitored. The system
reset is completed during your drive, and
can be interrupted at any time. When driving
resumes, the reset is continued automati-
cally. The indicator lamp goes out after the
system reset is completed.
Message for low tire inflation pressure
The warning lamps come on in yellow
and red. In addition, a signal sounds.
There is a flat tire or substantial loss
of tire pressure.
1.Reduce your speed and carefully stop the
car. Avoid sudden braking and steering
maneuvers.
2.Identify the damaged tire or tires. To do so,
check the tire pressure using the M Mobility
System, refer to Producing the tire inflation
pressure on page132.
If it is not possible to make an identifi-
cation, contact your BMW center.<
3.Repair the flat tire with the M Mobility Sys-
tem, refer to page131.
Have the tire replaced by a BMW center or a
workshop that is informed in the handling of
TPM and that works according to BMW repair
procedures with correspondingly trained per-
sonnel.
Malfunction
The small warning lamp flashes in
yellow and then lights up continu-
ously; the larger warning lamp comes
on in yellow. No punctures can be
detected.
This type of message is shown in the following
situations:
>If there is a malfunction
Have the system checked.
>If a wheel without TPM electronics has
been mounted
>If TPM is temporarily malfunctioning due to
other systems or devices using the same
radio frequency.
Message for unsuccessful system
reset
The warning lamp lights up yellow.
The system is not reset after a tire
has been changed, for example.
Check the tire inflation pressure and reset the
system, refer to page70.
Declaration according to NHTSA/
FMVSS 138
Tire Pressure Monitoring Systems
Each tire should be checked monthly when cold
and inflated to the inflation pressure recom-
mended by the vehicle manufacturer on the
vehicle placard or tire inflation pressure label. If
your vehicle has tires of a different size than the
size indicated on the vehicle placard or tire infla-
tion pressure label, you should determine the
proper tire inflation pressure for those tires. As
an added safety feature, your vehicle has been
equipped with a tire pressure monitoring sys-
tem, TPMS, that illuminates a low tire pressure
telltale when one or more of your tires are signif-
icantly under-inflated. Accordingly, when the
low tire pressure telltale illuminates, you should
stop and check your tires as soon as possible,
and inflate them to the proper pressure. Driving
on a significantly underinflated tire causes the
tire to overheat and can lead to tire failure.
Underinflation also reduces fuel efficiency and
tire tread life, and may affect the vehicle’s han-