2012 SKODA YETI weight

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 62, Move seats in-
to the initial position .
■ The belt webbing must always be kept clean. Soiled belt webbing may im-
pair proper operation of the inertia reel » page 166, 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
ŠKODA 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
ŠKODA
specialist garage. The anchorage 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. 118
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 132.
The physical principle of a frontal collision can be explained quite simply.
ä Motion energy, so-called kinetic energy, is produced as soon as the vehicle is
moving, both for the vehicle and its occupants. The magnitude of this kinetic en-
ergy 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. 118 - . 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. 118 - . Ð
133
Seat belts

›
Adjust the seat belt for the front passenger seat so that it is as high as possible
(not suitable for a child seat fastened with the ISOFIX system).
› Place and fasten the child seat on the seat and the child in the child seat ac-
cording to the specifications in the manufacturer's user manual of the child
seat . WARNING
■ It is essential to always switch off the front passenger airbag when attach-
ing a child safety seat to the front passenger seat where the child is seated
with its back facing in direction of travel » page 141, Deactivating airbags.
■ Never use a child safety seat in which the child is seated with its back facing
the direction of travel on the front passenger seat if the airbag is switched on.
This child safety seat is positioned in the deployment area of the front pas-
senger airbag. The airbag may cause the child severe, or even fatal injuries, in
the event of it being deployed.
■ This is also clearly stated on the sticker which is located on the sun visor on
the passenger side. ■ If a child safety seat in which the child faces in the direction of travel is used
on the front passenger seat, the front passenger seat must be moved back
and to the top fully. Move the backrest into the vertical position.
■ The front passenger airbag must be reactivated as soon as you no longer
use a child seat on the front passenger seat. ÐChild safety and side airbag
Fig. 128
Incorrect seated position of a child who is not properly secured -
risk from the side airbag/Child properly protected by safety seat First read and observe the introductory information and safety warn-
ings on page 143.
The child must not be positioned in the deployment area of the side air-
bag » Fig. 128 - . There must be sufficient room between the child and the de-
ployment area of the side airbag so that the airbag can provide as much protec-
tion as possible » Fig. 128 -  . WARNING
■ Children must never be seated with their head in the deployment area of
the side airbag - risk of injury!
■ Do not place any objects within the deployment area of the side airbags -
risk of injury! Ð Classification of child seats
First read and observe the introductory information and safety warn-
ings on page 143.
Child safety seats are classified in 5 groups:
Group Weight of the child Approximate age
0 0-10 kg up to 9 months
0+ up to 13 kg up to 18 months
1 9-18 kg up to 4 years
2 15-25 kg up to 7 years
3 22-36 kg over 7 years Ð
Suitability of child seats
First read and observe the introductory information and safety warn-
ings on page 143.
Overview of the usefulness of child seats on each of the seats in accordance with
the ECE-R 44 standard:
£
ä
ä
ä
144 Safety

Avoid short distances
Fig. 133
Principle sketch: Fuel consump-
tion in l/100 km at different tem-
peratures
Short distances result in an above-average high fuel consumption. We therefore
recommend avoiding distances of less than 4 km if the engine is cold.
A cold engine consumes the most fuel immediately after the start. Fuel consump-
tion drops to 10 litres/100 km after just 1 kilometre. The consumption stabilises
once the engine and catalytic converter have reached their operating tempera-
ture.
An important factor in this connection is also the ambient temperature. The im-
age » Fig. 133 shows the different levels of fuel consumption after driving a cer-
tain distance at a temperature of +20 °C and a temperature of -10 °C. Your vehicle
has a higher fuel consumption in the winter than in the summer. ÐChecking tyre inflation pressures
Tyres which are correctly inflated save fuel.
Always ensure the tyre inflation pressure is correct. The rolling resistance will be
increased if the tyre filling pressure is too low. This will not only increase fuel con-
sumption but also tyre wear and the driving behaviour will worsen.
Always check the tyre inflation pressure when the tyres are cold. ÐAvoid unnecessary ballast
Transporting ballast costs fuel.
Each kilogramme of weight increases the fuel consumption. It is worth checking
the boot to avoid transporting any unnecessary ballast. It is particularly in town traffic, when one is accelerating quite often, that the ve-
hicle weight will have a significant effect upon the fuel consumption. A rule of
thumb here is that an increase in weight of 100 kilograms will cause an increase
in fuel consumption of about 1 litre/100 kilometres.
At a speed of 100 - 120 km/h, your vehicle that is fitted with a roof rack cross
member without a load will use use about 10 % more fuel than normal due to the
increased aerodynamic drag.
Ð Saving electricity
When the engine is running, the alternator generates and supplies electrical pow-
er. If more electrical components of the electrical system are switched on, more
fuel is needed to operate the alternator. We therefore recommend switching off
electrical components if these are no longer required. Ð Environmental compatibility
Environmental protection has played a major role in the design, selection of mate-
rials and manufacture of your new

ŠKODA. Particular emphasis has been placed
on the following points:
Design measures
› Joints designed to be easily detached.
› Simplified disassembly due to the modular structure system.
› Improved purity of different classes of materials.
› Identification of all plastic parts in accordance with VDA Recommendation 260.
› Reduced fuel consumption and exhaust emission CO
2.
› Minimum fuel leakage during accidents.
› Reduced noise.
Choice of materials › Extensive use of recyclable material.
› Air conditioning filled with CFC-free refrigerant.
› No cadmium.
› No asbestos.
› Reduction in the “vaporisation” of plastics.
Manufacture › Solvent-free cavity protection.
› Solvent-free protection of the vehicle for transportation from the production
plant to the customer. £
149
Driving and the Environment

Towing a trailer
Towing a trailer
Technical requirements
If your vehicle has already been factory-fitted with a towing device or is fitted
with a towing device from ŠKODA Original Accessories, then it meets all of the
technical requirements and national legal provisions for towing a trailer.
On vehicles with a towing device, the ball rod is detachable and is stowed togeth-
er with separate operating instructions in the spare wheel well or in the compart-
ment for the spare wheel within the boot » page 190, Vehicle tool kit.
Your vehicle is fitted with a 13-pin power socket for the electrical connection be-
tween the vehicle and trailer. If the trailer that is to be towed has a 7-pin connec-
tor, you can use a suitable adapter from
ŠKODA Original Accessories.
If a towing device is retrofitted, it must be completed in accordance with the
manufacturer's specifications. Note
If you have any questions, please contact a ŠKODA Service Partner. ÐLoading a trailer
Loading a trailer
The vehicle/trailer combination must be balanced, whereby the maximum permis-
sible drawbar load must be utilised. If the drawbar load is too low, it jeopardises
the performance of the vehicle/trailer combination.
Distribution of the load
Distribute the load in the trailer in such a way that heavy items are located as
close to the axle as possible. Secure the items from slipping.
The distribution of the weight is very poor if your vehicle is unladen and the trail-
er is laden. Maintain a particularly low speed if you cannot avoid driving with this
combination. Tyre pressure
Correct the tyre inflation pressure on your vehicle for a

“full load” » page 182 ,
Service life of tyres.
Trailer load
The permissible trailer load must not be exceeded under any circumstan-
ces » page 208 , Technical data .
The trailer loads specified apply only to altitudes up to 1 000 metres above mean
sea level. As the engine output drops at an increasing altitude due to the declin-
ing air pressure and therefore the climbing ability is also reduced, this means that
the maximum permissible towed weight must be reduced by 10 % for every fur-
ther increase of 1 000 m in height. The towed weight comprises the actual weight
of the (loaded) towing vehicle and the (loaded) trailer. Always drive particularly
carefully with the trailer.
The trailer and drawbar load information on the type plate of the towing device
are merely test data for the towing device The vehicle-specific values are detailed
in the vehicle documents. WARNING
■ If the maximum permissible axle and drawbar load and the maximum per-
missible total or towed weight of the vehicle and the trailer are exceeded this
can cause accidents and serious injuries.
■ Slipping loads can significantly affect the stability and safety of the vehicle/
trailer combination, causing accidents and serious injuries. Ð Towing a trailer
Exterior mirrors
You have to have additional exterior mirrors fitted if you are not able to see the
traffic behind the trailer with the standard rear-view mirrors. The national legal
requirements must be observed.
Headlights
The headlight settings must be checked before starting a journey with a coupled
trailer. If necessary, adjust the settings with the headlight beam adjust-
ment » page 44 , Headlight beam adjustment .
Driving speed
For safety reasons, do not drive faster than the maximum permissible speed indi-
cated on the trailer. £
157
Towing a trailer

Technical data
Technical data
Introductory information
The details given in the vehicle's technical documentation always take prece-
dence over the details in the Owner's Manual. Please refer to the official vehicle
registration documents or consult a
ŠKODA Service Partner to determine which
engine your vehicle is equipped with.
The listed performance values were determined without performance-reducing
equipment, e.g. air conditioning system.
Vehicle identification number (VIN)
The vehicle identification number - VIN (vehicle body number) is stamped into the
engine compartment on the right hand suspension strut dome. This number is al-
so located on a sign on the lower left hand edge below the windscreen (together
with a VIN bar code).
Engine number
The engine number is stamped into the engine block. ÐData on the vehicle data sticker and the type plate
Fig. 174
Vehicle data sticker/type plate Vehicle data sticker
The vehicle data sticker
» Fig. 174 is located on the floor of the boot and is also
stated in the service schedule.
The vehicle data sticker contains the following data:
Vehicle identification number (VIN)
Vehicle type
Gearbox code/paint number/interior equipment/engine output/engine code
Partial description of the vehicle
Operating weight (in kg)
Fuel consumption (in ltr./100

km) - intra-urban/extra-urban/combined
CO 2 emission levels - combined (in g/km)
Type plate
The type plate » Fig. 174 is located on the lower part of the column between the
front and rear doors on the front passenger's side.
The type plate lists the following weights: Maximum permissible gross weight
Maximum permissible towed weight (towing vehicle and trailer)
Maximum permissible front axle load
Maximum permissible rear axle load
Operating weight
The specified operating weight is for orientation purposes only. This value repre-
sents the minimum operating weight without additional weight-increasing equip-
ment such as air conditioning system, spare wheel, or trailer hitch.
The operating weight also contains the weight of the driver (75 kg), the weight of
the operating fluids, the tool kit, and a fuel tank filled to 90 % capacity.
It is possible to calculate the approximate loading capacity from the difference
between the permissible total weight and the operating weight » .
The payload consists of the following components:
› Passengers
› All items of luggage and other loads
› Roof load including roof rack system
› Equipment not included in the operating weight
› Trailer drawbar load when towing a trailer (max. 80 kg).
£ 1
2
3
4
5
6
7
8
9
10
11
208
Technical data

Measuring the fuel consumption and CO
2 emissions according to the ECE
standards and EU guidelines
The measurement of the intra-urban cycle begins with a cold start of the engine.
Afterwards urban driving is simulated.
In the extra-urban driving cycle, the vehicle is accelerated and decelerated in all
gears, corresponding to daily routine driving conditions. The driving speed varies
between 0 and 120 km/h.
The calculation of the combined fuel consumption considers a weighting of about
37 % for the intra-urban cycle and 63 % for the extra-urban cycle. WARNING
Do not exceed the specified maximum permissible weights - risk of accident
and damage. Note
■ If required, you can find out the precise weight of your vehicle by contacting a
ŠKODA
Service Partner.
■ Depending on the range of equipment, style of driving, traffic situation, weather
influences and vehicle condition, consumption values may deviate from the indi-
cated values. ÐDimensions
Dimensions (mm) Length 4223
Width 1793
Width including exterior mirror 1975
Height 1691 (1671a)
)
Clearance 180 (155a)
)
Wheel base 2578
Track gauge front/rear 1541/1537a)
GreenLine Ð 209
Technical data

2.0 ltr./125 kW TDI CR engine
Output (kW per rpm) Max. torque (Nm at rpm)Number of cylinders/Displacement (cm3
)
125/4200 350/1750-2500 4/1968Performances
MG6 4x4
Top speed (km/h) 201
Acceleration 0 - 100 km/h (s) 8.4
Permissible trailer load, braked (kg) 2000
Permissible trailer load, unbraked (kg) 750 Ð
Multi-purpose vehicles (AF)
Engine 1.2 ltr./77 kW TSI 1.4 ltr./90 kW TSI 1.8 ltr./118 (112) kW
TSI1.6 ltr./77 kW TDI
CR2.0 ltr./81 kW TDI
CR 2.0 ltr./103 kW TDI
CR2.0 ltr./125 kW TDI
CR
Maximum permissi-
ble gross weight
(kg) 1880/1910
a)
1915/1935b)
2045/2080 c)
1950 1955/2065d)
2070/2095 a)
(2010) b)
2075a)
Valid for vehicles with automatic gearbox.
b) Applies to vehicles with a Green-tec package.
c) 1.8 ltr./112 kW TSI.
d) Valid for 4x4 vehicles. Ð
214 Technical data

Unlocking
Remote control 30
Uphill start assist 96
V
Vehicle battery Automatic load deactivation 180
Charging 179
Checking the electrolyte level 178
Operation in winter 178
Replacing 179
Safety instructions 176
Vehicle condition see Auto Check Control 17
Vehicle data sticker 208
Vehicle dimensions 209
Vehicle key 26
Vehicle tool kit 190
Visors 48
W
Warning symbols 18
Warning triangle 190
Washing 160
Automatic car wash system 161
by hand 161
Chrome parts 162
High-pressure cleaner 161
Weights 208
Wheel bolts Anti-theft wheel bolt 194
Caps 185
Loosening and tightening 193
Wheels 181
Wheels and tyres Changing a wheel 191
Full wheel trim 185
General information 181
Handling wheels and tyres 183new tyres 183
Service life of tyres 182
Snow chains 187
Spare wheel 184
Wheel bolts 187
Winter tyres 187
Window convenience operation 36
Windows De-icing 163
See electric power windows 34
Windscreen heating 47
see Radio reception 163
Windscreen washer fluid Checking 176
Indicator light 25
Replenishing 176
Winter 176
Windscreen washer system 176
Windscreen wipers 49
Windscreen wiper Automatic rear window wiper 50
Replacing the rear window wiper blade 52
Replacing the windscreen wiper blades 51
Windscreen wipers Activating 49
Cleaning the windscreen wiper blades 51
Windscreen washer fluid 176
Winter operation Snow chains 187
Winter tyres see Wheels and tyres 187
220 Index