2007 MINI Hardtop 2 Door check engine

ReferenceAt a glance Controls Driving tips Mobility
53
Technology for driving comfort and
safety
PDC Park Distance Con-
trol*
The concept
PDC assists you with parking backwards. Acous-
tic signals warn you of the presence of an object
behind the vehicle. To measure the distance,
there are four ultrasonic sensors in either
bumper.
However, an acoustic warning does not sound
until an object is approx. 24 in/60 cm from the
corner sensors, or approx. 5 ft/1.50 m from the
center sensors.
PDC is a parking aid that can indicate
objects when they are approached slowly,
as is usually the case when parking. Avoid
approaching an object at high speed, otherwise
physical circumstances may lead to the system
warning being issued too late.<
Automatic mode
With the engine running or the ignition switched
on, the system is activated automatically after
approx. 1 second when you engage reverse gear
or move the automatic transmission selector
lever to position R. Wait this short period before
driving.
Acoustic signals
As the distance between vehicle and object
decreases, the intervals between the tones
become shorter. If the distance to the nearest
object falls to below roughly 1 ft/30 cm, then a
continuous tone sounds.
If the distance remains constant, e.g. when driv-
ing parallel to a wall, the acoustic signal stops
after approx. 3 seconds.
Malfunction
Indicator lamp comes on: PDC is mal-
functioning. Have the system checked.
To avoid this problem, keep the sensors
clean and free of ice or snow in order to ensure
that they will continue to operate effectively.
When using a high-pressure cleaner, do not
spray the sensors for extended periods of time
and only from a distance of at least 4 in/10 cm.
System limitations
Even with PDC, final responsibility for esti-
mating the distance between the vehicle
and any obstructions always remains with the
driver. Sensors, too, have blind spots in which
objects cannot be detected. Moreover, ultra-
sonic detection can reach its physical limits with
objects such as trailer tow bars and couplings,
thin and wedge-shaped objects, etc. Low
objects already indicated, such as curbs, may
enter the sensors' blind spots before or after a
continuous audible signal is given. Higher, pro-
truding objects, such as wall ledges, may not be
detectable. Loud sound sources outside or
inside the car can drown out the PDC signal.<
Driving stability control
systems
Your MINI has a number of systems that help to
maintain the vehicle's stability even in adverse
driving conditions.
The laws of physics cannot be repealed,
even with driving stability control systems.
An appropriate driving style always remains the
responsibility of the driver. Therefore, do not
reduce the additional safety margin again by
taking risks.<

ReferenceAt a glance Controls Driving tips Mobility
55
Malfunction in the driving stability
control systems
The warning lamps come on. ASC or DSC
is malfunctioning.
The vehicle remains operational. Have
the system checked as soon as possible.
Drive cautiously and think well ahead,
otherwise unstable driving conditions
could result.<
Hill Start Assist*
Hill Start Assist is a component of DSC and assists
you in comfortably driving off on inclines. It is
not necessary to use the parking brake for this.
1.Hold the MINI with the brake.
2.Release the brake and immediately drive
off.
Hill Start Assist holds the car in place for approx.
2 seconds after the brake is released.
Depending on vehicle load and road incli-
nation, the car may roll backwards a little
during this time span. Drive off immediately
after releasing the brake. Otherwise, Hill Start
Assist 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 monitors tire pressures
while the car is being driven. The system reports
any significant loss of pressure in one tire in rela-
tion to another.
If a tire loses pressure, its rolling radius changes,
and this in turn alters the speed of rotation. 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.Each time you correct the pressure in a
tire, or change a wheel or tire, the system
must be reinitialized.<
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
When the vehicle is driven with a space-saver
spare tire
*, the Flat Tire Monitor cannot func-
tion.
Initializing the system
The initialization is completed during driv-
ing, which can be interrupted at any time.
When driving resumes, the initialization is con-
tinued automatically.
Do not initialize the system if you are driving
with snow chains or a space-saver spare tire
*.<
1.Start the engine, but do not start driving.
2.Briefly press the button in the turn indicator
lever repeatedly until "SET/INFO" is dis-
played.
3.Press and hold the button until the display
changes.

Practical interior accessories
70
The corresponding memory button 1 is now
programmed with the signal of the original
hand-held transmitter.
You can operate the system with the engine
running or with the ignition switched on.
If the system fails to function even after
repeated programming, check whether
the original hand-held transmitter uses an alter-
nating-code system. To do so, either read the
instructions for the original hand-held transmit-
ter or hold down the programmed memory
button1 of the integrated universal remote con-
trol. If the LED2 on the integrated universal
remote control flashes rapidly for a short while
and then remains lit for about two seconds, the
original hand-held transmitter uses an alternat-
ing-code system. If it uses an alternating-code
system, program the memory buttons1 as
described under Alternating-code hand-held
transmitters.<
Alternating-code hand-held
transmitters
To program the integrated universal remote
control, consult the operating instructions for
the device to be set. You will find information
there on the possibilities for synchronization.
When programming hand-held transmitters that
employ an alternating code, please observe the
following supplementary instructions:
Programming will be easier with the aid of
a second person.<
1.Park your vehicle within the range of the
remote-controlled device.
2.Program the integrated universal remote
control as described above in the section
Fixed-code hand-held transmitters.
3.Locate the button on the receiver of the
device to be set, e.g. on the drive unit.
4.Press the button on the receiver of the
device to be set. After step 4, you have
approx. 30 seconds for the next step 5.
5.Press the programmed memory button1 of
the integrated universal remote control
three times.The corresponding memory button 1 is now
programmed with the signal of the original
hand-held transmitter.
Clearing stored programs
Press both outer memory buttons1 for approx.
20 seconds until the LED2 flashes: all stored
programs are cleared.
It is not possible to clear individual programs.
Glove compartment
Opening
Press the button to open the cover.
The light in the glove compartment comes on.
Closing
Fold cover up.
To prevent injury in the event of an acci-
dent, close the glove compartment after
use while the vehicle is being driven.<
Ventilation*
Depending on your vehicle's equipment, it may
be possible to ventilate the glove compartment.

ReferenceAt a glance Controls Driving tips Mobility
95
Important parts of the engine compartment
1Vehicle identification number
2Battery, under the cover112
3Engine oil dipstick95
4Engine oil filler neck965Coolant expansion tank96
6Reservoir for washer fluid for the headlamp
and window washer system42
7Fuses111
Engine oil
The engine oil consumption is dependent on
driving style and driving conditions.
Checking engine oil level
1.With the vehicle's engine at normal operat-
ing temperature, i.e. after uninterrupted
driving for at least 6 miles/10 km, park the
vehicle on a level surface.
2.Switch off the engine.
3.Pull the dipstick out after approx. 5 minutes
and wipe it off with a lint-free cloth, paper
towel or similar material.
4.Carefully push the dipstick all the way into
the guide tube and pull it out again.
The oil level should be between the two
marks on the dipstick.The oil quantity at a level between the two
marks on the dipstick is approx. 1 US quart/
1liter.
Do not fill beyond the upper mark on the
dipstick. Excess oil will damage the
engine.<

Under the bonnet
96
Adding engine oil
Add no more than 1 US quart/1 liter of oil after
the following message appears in the tachome-
ter or when the oil level has fallen to near the
bottom mark on the dipstick, page95.
Add oil within the next 125 miles/200 km,
otherwise the engine could be dam-
aged.<
Keep oils, greases, etc. out of the reach of
children and comply with the warnings on
the containers. Otherwise, health hazards may
result.<
Oil change
Have the oil changed only by a MINI Dealer or a
workshop that has specially trained personnel
working in accordance with the specifications of
the MINI manufacturer.
Approved engine oils
The quality of the engine oil selected has critical
significance for the operation and service life of
an engine. Based on extensive testing, the man-
ufacturer of your MINI approves only certain
grades of engine oil on a regular basis.
Only use High Performance Synthetic Oil
approved by the manufacturer of your MINI.If MINI High Performance Synthetic Oil is not
available, you can add small quantities of
another synthetic oil in between oil changes.
Only use oils with the API SH specification or
higher.
If you have any further questions regard-
ing MINI High Performance Synthetic Oil
or approved synthetic oils, your MINI Dealer will
be glad to advise you.<
Do not use any oil additives, as they could
cause engine damage under some cir-
cumstances.<
Viscosity grades
Viscosity is a measure of an oil's flow rating and
is categorized in SAE classes.
The correct SAE grade for your MINI is deter-
mined by the climatic conditions of the region in
which you normally drive your MINI.
Approved oils belong to the 5W-40 and
5W-30 classes.<
These oils can be used for driving at all outside
temperatures.
Coolant
Do not add coolant to the cooling system
when the engine is hot. Escaping coolant
can cause burns.<
Coolant is a mixture of water and an additive.
Not all commercially available additives are suit-
able for your MINI. Your MINI Dealer knows
which additives are suitable and will be glad to
advise you.
Only use suitable additives, otherwise
engine damage may result. The additives
are hazardous to your health.<
Comply with the appropriate environmen-
tal protection regulations when disposing
of coolant additives.<
Checking coolant level
1.Let the engine cool down.
2.Turn the cap of the expansion tank a little
counterclockwise to allow any accumulated

ReferenceAt a glance Controls Driving tips Mobility
99
Exhaust emission values
The warning lamps light up. The exhaust
emission values have turned poor and
there is a danger of engine damage. You
can continue your journey, but moder-
ate your speed and exercise due caution. Have
the car checked as soon as possible.
Canadian models display these warning
lamps.
Under certain conditions one of the lamps
flashes or stays lit continuously. This indicates
excessive misfiring or a malfunction in the
engine. If this happens, reduce your speed and
visit the nearest MINI Dealer as soon as possible.
Severe misfiring can quickly lead to serious dam-
age of emissions-related components, espe-
cially the catalytic converter. In addition,
mechanical engine components can become
damaged.
If the fuel filler cap is not properly tightened, the
OBD system may conclude that fuel vapors are
escaping, causing an indicator to light up. If the
filler cap is then tightened, the indicator should
go out within a few days.
Event data recorders
Your vehicle may be equipped with one or sev-
eral measuring or diagnostic modules or a
device for recording or sending certain vehicle
data or information.

ReferenceAt a glance Controls Driving tips Mobility
103
Caring for headlamps, refer to page100.
For any bulb replacement not described
below, contact a MINI Dealer or a work-
shop that has specially trained personnel work-
ing in accordance with the specifications of the
MINI manufacturer.<
For checking and adjusting headlamp aim,
please contact your MINI Dealer.<
Light-emitting diodes LEDs
Light-emitting diodes installed behind translu-
cent lenses serve as the light sources for many of
the controls and displays in your vehicle. These
light-emitting diodes are related to conven-
tional laser diodes, and legislation defines them
as Class 1 light-emitting diodes.
Do not remove the covers or expose the
eyes directly to the unfiltered light source
for several hours, otherwise this could cause irri-
tation to the retina.<
Bi-Xenon lamps*
The service life of these bulbs is very long and
the probability of failure very low, provided that
they are not switched on and off an excessive
number of times. If a xenon lamp fails neverthe-
less, switch on the fog lamps and continue the
journey with great care, provided that local leg-
islation does not prohibit this.
Have any work on the xenon lamp system,
including bulb replacement, carried out
only by a MINI Dealer or a workshop that has
specially trained personnel working in accor-
dance with the specifications of the MINI manu-
facturer. Due to high voltage, there is a risk of
fatal injury if work on the xenon lamps is carried
out improperly.<
Halogen low beams and high beams
H13 bulb, 60/55 watts
The H13 bulb is pressurized. Therefore,
wear safety glasses and protective gloves.
Otherwise there is a risk of injury if the bulb is
damaged. erwise leaks could occur and cause dam-
age to the headlamp system.<
Accessing the lamp from the engine
compartment
The low-beam/high-beam bulb can be changed
from the engine compartment.
Removing the cover:
1.Press the tab.
2.Flip open the cover and take it out of the
holder.
Follow the same steps in reverse order to reat-
tach the cover.
Be careful when installing the cover, oth-
erwise leaks could occur and cause dam-
age to the headlamp system.<
Replacing the bulb
1.Press the retaining clip forward and hold,
arrow1.
2.Guide the retaining clip downward, arrow2.

Replacing components
110
Only change the tire when parked on a surface
that is level, firm and not slippery.
The vehicle or the jack could slip sideways on
soft or slippery support surfaces, such as snow,
ice, flagstones, etc.
Do not use a wooden block or similar object as a
support base for the jack, as this would prevent
it from extending to its full support height and
reduce its load-carrying capacity.
Do not lie under the vehicle or start the engine
when the vehicle is supported by the jack; other-
wise there is a risk of fatal injury.<
1.Place the foldable chock
* behind the front
wheel on the other side of the vehicle or in
front of the wheel if the vehicle is on an
incline. If the wheel is changed on a surface
with a more severe slope, take additional
precautions to secure the vehicle from roll-
ing.
2.Uncover the lug bolts if necessary.
If the wheel is equipped with a hub cover,
pry it off using the screwdriver from the tire
change kit.
3.Loosen the lug bolts by a half turn.
Jacking up the vehicle
The vehicle jack is designed for changing
wheels only. Do not attempt to raise
another vehicle model with it or to raise any load
of any kind. To do so could cause accidents and
personal injury.<
1.Place the jack at the jacking point closest to
the wheel.The jack base must be perpendicular to the
surface beneath the jacking point.
2.During jacking up, insert the jack head in the
square recess of the jacking point.
3.Jack the vehicle up until the wheel you are
changing is raised off the ground.
Mounting the space-saver spare tire
1.Unscrew the lug bolts and remove the
wheel.
2.Remove accumulations of mud or dirt from
the mounting surfaces of the wheel and
hub. Clean the lug bolts.
3.Lift the new wheel into place.
4.Screw at least two lug bolts finger-tight into
opposite bolt holes.
5.Screw in the remaining bolts.
6.Tighten all the lug bolts firmly in a diagonal
pattern.
7.Lower the vehicle.
8.Remove the jack.
Tightening the lug bolts
Tighten the lug bolts in a diagonal pattern.
Immediately have the wheels checked
using a calibrated torque wrench to
ensure that the lug bolts are firmly seated, oth-
erwise a serious accident could result if a wheel
comes loose.<
Tightening torque: 103.3 lb ft/140 Nm.
Replace the defective tire as soon as possible
and have the new wheel/tire assembly bal-
anced.