2012 SKODA ROOMSTER ABS

Faults in the brake surface
If it is found that the braking distance has suddenly become longer and that the
brake pedal can be depressed further, the brake system may be faulty. Visit a
ŠKODA specialist garage immediately and adjust your style of driving appropriate-
ly as you will not know how great the damage is.
Low brake fluid level
An insufficient level of brake fluid may result in problems in the brake system. The
level of the brake fluid is monitored electronically
» page 18, Brake system .
Brake booster
The brake booster increases the pressure generated with the brake pedal. The
brake booster only operates when the engine is running. ÐHandbrake
Fig. 80
Centre console: Handbrake
First read and observe the introductory information and safety warn-
ings on page 78.
Apply
› Pull the handbrake lever firmly upwards.
Loosening
› Pull the handbrake lever up slightly and
at the same time push in the locking
button » Fig. 80 .
› Move the lever right down while pressing the lock button.
The handbrake warning light  lights up when the handbrake is applied, provided
the ignition is on. Ð
ä Stabilisation control (ESC)
First read and observe the introductory information and safety warn-
ings on page 78.
The ESC is automatically activated after starting the engine. The ESC helps to
maintain control of the vehicle in situations where it is being operated at its dy-
namic limits, such as a sudden change to the direction of travel. The risk of skid-
ding is reduced and your car thus offers greater driving stability depending on the
conditions of the road surface.
The direction which the driver wishes to take is determined based on the steering
angle and the speed of the vehicle and is constantly compared with the actual
behaviour of the vehicle. In the event of deviations, such as if the car starts to
skid, the ESC automatically brakes the appropriate wheel.
During an intervention of the system, the warning light  flashes in the instru-
ment cluster.
In the event of an ESC fault, the ESC warning light illuminates in the instrument
cluster  » page 20.
The following systems are integrated into the electronic stabilisation control
(ESC):
› Antilock brake system (ABS),
› Traction control (TCS),
› Electronic Differential Lock (EDL)
› Brake assist,
› Uphill start assist.
It is not possible to deactivate ESC. You can only use the button  » Fig. 81 on
page 81 to switch off ASR. The TCS warning light  lights up in the instrument
cluster when the TCS is switched off.
Hydraulic brake assist
The brake assist system is activated by the very quick operation of the brake ped-
al (e.g. in the event of danger). It increases the braking effect and helps to short-
en the braking distance. To achieve the shortest possible braking distance, the
brake pedal must be applied firmly and held in this position until the vehicle has
come to a complete standstill.
The ABS is activated faster and more effectively with the intervention of the
brake assist system.
The brake assist function is automatically switched off when the brake pedal is
released. £
ä
80 Using the system

Uphill start assist
The uphill start assist makes it easier to start off on steep hills. The system holds
the brake pressure produced by the activation of the brake pedal for approx.
2 seconds after the brake pedal is released. The driver can therefore move his
foot from the brake pedal to the accelerator pedal and start off on the slope,
without having to actuate the handbrake. The brake pressure drops gradually the
more you operate the accelerator pedal. If the vehicle does not start off within 2
seconds, it starts to roll back.
The uphill start assist is active as of a 5 % slope, if the driver door is closed. It is
always active on slopes when in forward or reverse start off. When driving down-
hill, it is inactive. ÐAntilock brake system (ABS)
First read and observe the introductory information and safety warn-
ings on page 78.
ABS prevents the wheels locking when braking. Thus helping the driver to main-
tain control of the vehicle.
The intervention of the ABS is noticeable from the pulsating movements of the
brake pedal which is accompanied by noises.
Do not reduce the pressure on the brake pedal during the intervention of the
ABS. The ABS deactivates if the brake pedal is released. Never interrupt the appli-
cation of the brakes during the intervention of the ABS! ÐTraction control system (TCS)
Fig. 81
TCS button
ä First read and observe the introductory information and safety warn-
ings on page 78.
The TCS is automatically activated after starting the engine. If the wheels are
slipping, the TCS adapts the engine speed to the conditions of the road surface.
The TCS makes it much easier to start off, accelerate and climb steep hills even if
the conditions of the road surface are unfavourable.
The TCS should normally always be switched on. It may be advisable to switch off
the system in certain exceptional circumstances, such as:
› when driving with snow chains;
› when driving in deep snow or on a very loose surface;
› when it is necessary to
“rock a vehicle free” when it has got stuck.
Ensure the TCS is switched on again afterwards.
During an intervention of the system, the TCS warning light  flashes in the in-
strument cluster.
The TCS warning light  » page 23 lights up in the instrument cluster when there
is a fault on the TCS.
You can switch the TCS off and on again as you wish by pressing the button  » Fig. 81. The TCS warning light
 lights up in the instrument cluster when the
TCS is switched off. Ð Electronic differential lock (EDL)
First read and observe the introductory information and safety warn-
ings on page 78.
If one of the wheels starts to spin, the EDL system brakes the spinning wheel and
transfers the driving force to the other wheels. This ensures the stability of the
vehicle and a quick journey.
The EDL switches off automatically if unusually severe stresses exist in order to
avoid excessive heat generation in the disc brake on the wheel which is being
braked. The vehicle can continue to be driven and has the same characteristics as
a vehicle not fitted with EDL. The EDL switches on again automatically as soon as
the brake has cooled down. Ð
ä
ä
81
Starting-off and Driving

Seat belts
Seat belts
ä
Introduction Fig. 94
Driver wearing seat belt
This chapter contains information on the following subjects:
The physical principle of a frontal collision 105
Fastening and unfastening seat belts 106
Seat belt height adjuster on the front seats 107
Seat belt for the rear middle seat 107
Belt tensioners 107
Seat belts that are fastened correctly offer good protection in the event of an ac-
cident. They reduce the risk of an injury and increase the chance of survival in the
event of a major accident.
Correctly fastened seat belts hold occupants of the car in the correct seated posi-
tion » Fig. 94 .
The seat belts reduce the kinetic energy (energy of motion) to a considerable ex-
tent. They also prevent uncontrolled movements which, in turn, may well result in
severe injuries.
The occupants of a vehicle who have fastened and correctly adjusted their seat
belt, profit to a major extent from the fact that the kinetic energy is optimally ab-
sorbed by the belts. The structure of the front end of the vehicle and other pas-
sive safety measures, such as the airbag system, also contribute to reducing the
kinetic energy. The energy produced is thus absorbed and there is less risk of in-
jury. Particular safety aspects must be observed when transporting children in the ve-
hicle
» page 115, Transporting children safely . WARNING
■ Fasten your seat belt before each journey - even when driving in town! This
also applies to the people seated at the rear - risk of injury!
■ Expectant women must also always wear a seat belt. This is the only way of
ensuring optimal protection for the unborn child » page 106, Fastening and
unfastening seat belts. ■ Adjust the height of the belt in such a way that the shoulder part of the belt
is roughly positioned across the middle of your shoulder - on no account
across your neck.
■ Always ensure that the webbing of the seat belts is properly routed. Seat
belts which are not correctly adjusted can themselves cause injuries even in
minor accidents.
■ The maximum protection which seat belts can offer is only achieved if you
are correctly seated » page 101, Correct seated position .
■ The seat backrests of the front seats must not be tilted too far to the rear
otherwise the seatbelts can lose their effectiveness.
■ The belt webbing must not be jammed in-between at any point or twisted,
or chafe against any sharp edges.
■ A seat belt which is hanging too loose can result in injuries as your body is
moved forward by the kinetic energy produced in an accident and is then sud-
denly held firm by the belt. ■ The belt webbing must not run across solid or fragile objects (e.g. specta-
cles, ball-point pens, keys etc.) as this may be a cause of injuries. ■ No two persons (also not children) should ever use a single seat belt togeth-
er.
■ The lock tongue should only be inserted into the lock which is the correct
one for your seat. Wrong use of the safety belt will reduce its capacity to pro-
tect and the risk of injury increases. ■ The slot of the belt tongue must not be blocked by paper or similar objects
otherwise the belt tongue will not lock in place properly.
■ Many layers of clothing and loose clothing (e. g. a winter coat over a jacket)
do not allow you to be correctly seated and impairs proper operation of the
seat belts. ■ It is prohibited to use clamps or other objects to adjust seat belts (e. g. for
shortening the belts for smaller persons). £
104 Safety

WARNING (Continued)
■ The seat belts for the rear seats can only fulfil their function reliably when
the seat backrests are correctly locked into position » page 49, Folding the
seat backrest forwards and folding the seat fully forwards .
■ The belt webbing must always be kept clean. Soiled belt webbing may im-
pair proper operation of the inertia reel » page 133, Seat belts.
■ The seat belts must not be removed or changed in any way. Do not attempt
to repair the seat belts yourself.
■ Check the condition of all the seat belts on a regular basis. If any damage to
the seat belts, seat belt tongue, inertia reel or the lock is detected, the rele-
vant seat belt must be replaced by a specialist garage.
■ Damaged seat belts which have been subjected to stress in an accident and
were therefore stretched, must be replaced - this is best done by a specialist
garage. The anchorage points of the belts must also be inspected. The an-
chorage points for the belts should also be checked. Note
The national legal requirements must be observed when using seat belts. ÐThe physical principle of a frontal collision
Fig. 95
Driver without a fastened seat belt/rear seat passenger without a
fastened seat belt
First read and observe the introductory information and safety warn-
ings on page 104.
The physical principle of a frontal collision can be explained quite simply.
ä As soon as the vehicle is moving, so-called kinetic energy (the energy of motion)
is produced both in terms of the car as well as in terms of the occupants. The
magnitude of this kinetic energy depends essentially on the speed at which the
vehicle is travelling and on the weight of the vehicle including the occupants. The
greater the speed and weight increase, the greater the amount of energy which
has to be absorbed in the event of an accident.
The speed of the vehicle is, nevertheless, the most important factor. Doubling the
speed of the vehicle from 25 km/h up to 50 km/hour increases the kinetic energy
four times.
The common opinion that it is possible to support your body in a minor accident
with your hands, is incorrect. Even in a collision at only a low speed, the forces
acting on the body are such that it is no longer possible to support your body.
Even if you only drive at a speed of 30
km/h to 50 km/h, the forces that your body
is exposed to in the event of an accident can exceed a tonne (1 000 kg).
In the event of a frontal collision, occupants of the car not wearing a seat belt, are
thrown forward and strike in an uncontrolled way parts of the interior of the car,
such as steering wheel, dash panel or windscreen » Fig. 95 - . In certain circum-
stances you could even be thrown out of the vehicle, which could cause life
threatening or even fatal injuries.
It is also important that rear seat occupants fasten their seat belts as they will
otherwise be thrown through the vehicle in an uncontrolled manner in the event
of an accident A rear seat passenger who has not fastened the seat belt is a dan-
ger not only to himself but also for those seated at the front » Fig. 95 -  . Ð
105
Seat belts

Artificial leather and materials
First read and observe the introductory information and safety warn-
ings on page 127.
The artificial leather can be cleaned using a damp cloth. If this does not prove to
be adequate, these parts can only be treated with special
solvent-free plastic
cleaning and care products .
Clean upholstery cover materials and cloth trims on doors, boot cover, etc. using
specific cleaning agents, e.g., dry foam. Use a soft sponge, brush, or commercially
available microfibre cloth. Use a cloth and a specific cleaning agent to clean the
roof trim.
Some clothing materials, such as dark denim, do, in part, not have sufficient col-
our fastness. This can cause damage or clearly visible discolouration to seat cov-
ers (fabric or leather) even when used correctly. This particularly applies to light
seat covers (fabric or leather). This is not a defect in the seat cover, but poor col-
our fastness of the clothing textiles. ÐFabric covers on electrically heated seats
First read and observe the introductory information and safety warn-
ings on page 127.
Do not clean the seat covers
using moisture as this can damage the seat heating
system.
Use a specific cleaning agent such as dry foam or similar to clean the covers. ÐNatural leather
First read and observe the introductory information and safety warn-
ings on page 127.
Depending on the amount of wear-and-tear, the leather should be cleaned on a
regular basis.
Normal cleaning
Clean soiled areas of the leather with slightly moistened cotton or woollen cloth.
ä
ä
ä
Severe soiling
Ensure that the leather is not soaked through at any point and that no water gets
into the stitching of the seams.
Dry off the leather with a soft, dry cloth.
Removing stains
Remove fresh water-based stains (e.g., coffee, tea, juices, blood) with an absorb-
ent cloth or household cleaning paper. A specific cleaning agent is required for
dried-on stains.
Remove fresh grease-based stains (e.g. butter, mayonnaise, chocolate, etc.) with
an absorbent cloth, household cleaning paper, or use a suitable cleaner if the
stain has not yet penetrated into the surface.
Use a grease solvent for grease stains which have dried in .
Remove specific stains (e.g. ball-point pens, marker pen, nail varnish, dispersion
paint, shoe polish, etc.) with a special stain remover suitable for leather.
Leather care
Treat the leather roughly every six months with a suitable leather care product.
Apply only a small amount of the cleaning and care product.
Dry off the leather with a soft, dry cloth. CAUTION
■ Avoid leaving the vehicle for lengthy periods in bright sunlight to avoid the
leather from bleaching. If the vehicle is parked in the open for lengthy periods,
protect the leather from direct sunlight by covering it.
■ Sharp-edged objects on items of clothing such as zip fasteners, rivets, sharp-
edged belts, jewellery and pendants may leave permanent scratches or signs of
rubbing on the surface.
■ The use of a mechanical steering wheel lock may damage the leather surface of
the steering wheel. Note
■ Use a care cream with light blocker and impregnation effect on a regular basis
and each time after cleaning. The cream nourishes the leather, allows it to
breathe and keeps it supple and also provides moisture. It also creates surface
protection. ■ Clean the leather every 2 to 3 months, remove any fresh stains as they occur. £
132 General Maintenance

Radiator fan
First read and observe the introductory information and safety warn-
ings on page 136.
The radiator fan is driven by an electric motor and controlled according to the
coolant temperature.
After switching off the ignition, the radiator fan can intermittently continue to op-
erate for approx. 10 minutes. ÐChecking the brake fluid
Fig. 118
Engine compartment: Brake fluid
reservoir
First read and observe the introductory information and safety warn-
ings on page 136.
The brake fluid reservoir is located in the engine compartment.
› Switch off the engine.
› Open the bonnet
» page 138.
› Check the level of brake fluid in the reservoir
» Fig. 118. The level must be be-
tween the “MIN” and “MAX” markings.
When driving, a slight drop in the fluid level is caused by the wear-and-tear and
automatic adjustment of the brake pads, and is therefore perfectly normal.
There may be an indication of a leak in the brake system, however, if the fluid lev-
el drops significantly within a short time or if it drops below the “MIN” marking. If
the brake fluid level is too low, this is indicated by the warning light  lighting up
in the instrument cluster » page 18, Brake system .
ä
ä WARNING
If the fluid level has dropped below the MIN marking,  do not continue your
journey - risk of accident! Seek help from a
ŠKODA specialist garage.Ð Changing the brake fluid
First read and observe the introductory information and safety warn-
ings on page 136.
Brake fluid absorbs moisture. Over time it therefore absorbs moisture from the
environment. Excessive water in the brake fluid may be the cause of corrosion in
the brake system. The water content also lowers the boiling point of the brake
fluid.
The brake fluid must comply with the following standards or specifications:
› VW 50114;
› FMVSS 116 DOT4. WARNING
Using old brake fluid can result in severe stress on the brakes because of the
formation of vapour bubbles in the brake system. This greatly impairs the
braking efficiency and thus also the safety of your vehicle. CAUTION
Brake fluid damages the paintwork of the vehicle. Ð
ä
142 General Maintenance

The date of manufacture
is also stated on the tyre wall (possibly only on the in-
side of wheel ): e.g.
DOT ... 20 12...
means, for example, that the tyre was manufactured in the 20th week of 2012.
The following must be observed if only one temporary spare wheel is availa-
ble » page 151. ÐUnidirectional tyres
First read and observe the introductory information and safety warn-
ings on page 148.
The direction of rotation of the tyres is marked by arrows on the wall of the tyre
.
The so specified running direction must absolutely be complied with. Only then
are the tyres able to provide the optimal properties in terms of grip, low noise,
wear-and-tear and aquaplaning.
If, in the event of a puncture, it is necessary to fit a spare wheel with a tyre with-
out a dedicated running direction or the opposite running direction, drive carefully
as the optimum characteristics of the tyre are no longer applicable in this situa-
tion. ÐSpare wheel
Fig. 124
Boot: Spare wheel
First read and observe the introductory information and safety warn-
ings on page 148.
The spare wheel is located in a well under the floor covering in the boot and is
fixed in place with a special bolt
» Fig. 124.
ä
ä Before removing the spare wheel, the box containing the vehicle tool kit must be
removed.
It is important to check the inflation pressure in the spare wheel (preferably every
time the tyre air pressure is checked - see sticker on the fuel filler flap » page 149)
to ensure it is always ready to use.
If the dimensions or design of the spare wheel differ from the tyres fitted to the
vehicle (e.g. winter tyres or low-profile tyres), it must only be used briefly in the
event of a puncture and if an appropriately cautious style of driving is adop-
ted » .
Replace it with a wheel having the appropriate mode and dimensions as soon as
possible
Temporary spare wheel
A warning label is displayed on the wheel rim of the spare wheel to indicate that
your vehicle is equipped with a temporary spare wheel.
Please observe the following when driving with a temporary spare wheel.
› The warning label must not be covered after installing the wheel.
› Do not drive faster than 80
km/h with the temporary spare wheel and pay par-
ticular attention while driving. Avoid accelerating at full throttle, sharp braking
and fast cornering.
› The inflation pressure for this spare wheel is identical to the maximum inflation
pressure of the standard tyres.
› Only use this temporary spare wheel to reach the nearest ŠKODA specialist ga-
rage as it is not intended for continuous use. WARNING
■ Never use the temporary spare wheel if it is damaged.
■ If the dimensions or design of the temporary spare wheel differ from the fit-
ted tyres, never drive faster than 80
km/h (or 50 mph). Avoid accelerating at
full throttle, sharp braking and fast cornering. CAUTION
Observe the instructions on the sticker on the temporary spare wheel. Note
The tyre pressure should be at the highest pressure specified for your vehicle at
all times. Ð
151
Wheels and Tyres

Tyre control display
Fig. 127
Button for setting the tyre infla-
tion pressure control value
First read and observe the introductory information and safety warn-
ings on page 148.
The tyre control display compares the speed and thus the rolling circumference of
the individual wheels with the help of the ABS sensors. If the rolling circumfer-
ence of a wheel is changed, the warning light
 in the instrument clus-
ter » page 23, Tyre control display  and an audible signal sounds.
The rolling circumference of the tyre can change if: › the tyre inflation pressure is too low;
› the structure of the tyre is damaged;
› the vehicle is loaded on one side;
› the wheels of an axle are loaded heavily (e.g. when towing a trailer or when
driving uphill or downhill);
› snow chains are mounted;
› the temporary spare wheel is mounted;
› one wheel per axle was changed.
Basic setting of the system
After changing the tyre inflation pressure, after changing one or several wheels,
the position of a wheel on the vehicle (e.g. exchanging the wheels between the
axles) or when the warning light lights up while driving, a basic setting of the sys-
tem must be carried out as follows:
› Inflate all of the tyres to the specified inflation pressure
» page 149, Service life
of tyres .
› Switch on the ignition.
ä
›
Press and hold the button

  » Fig. 127
for longer than 2 seconds. While
pressing the button, the warning light  illuminates. At the same time the sys-
tem memory is erased and the new calibration is started, which is confirmed
with an audible signal and then the warning light  goes out.
› If the warning light
 does not go out after the basic setting, this indicates a
system fault. Seek help from a ŠKODA specialist garage.
The warning light  is lit
If the tyre inflation pressure of at least one wheel is insufficiently inflated in com-
parison to the stored basic value, the warning light  » lights up.
The warning light  flashes
If the warning light flashes, there is a system fault. Seek help from a

ŠKODA spe-
cialist garage to correct the fault. WARNING
■ When the warning light  illuminates, immediately reduce the speed and
avoid sudden steering and brake manoeuvres. Stop the vehicle as soon as
possible and inspect the tyres and their inflation pressure.
■ Under certain circumstances (e.g. sporty style of driving, wintry or unpaved
roads) the warning light  can be delayed or does not light up at all.
■ The tyre control display does not absolve the driver of the responsibility to
ensure the correct tyre inflation pressure. For this reason, the tyre inflation
pressure must be checked regularly. Note
■ The tyre control display does therefore not replace the regular tyre inflation
pressure control, as the system cannot detect an even loss of pressure. ■ The tyre control display cannot provide a warning in the event of very rapid tyre
inflation pressure loss, e.g. in the case of sudden tyre damage. In this case care-
fully bring the vehicle to a standstill without sudden steering movements or
sharp braking.
■ To ensure a proper functioning of the tyre control display, it is necessary to re-
peat the basic setting every 10 000 km or once a year. Ð
153
Wheels and Tyres