2012 Seat Toledo weight

149
Driving
Switching the parking aid system on and off
Parking aid is switched on when the ignition is on and reverse gear engag-
ed. This is confirmed by a short audible warning.
Parking aid is switched off when reverse gear is released.
WARNING
● Parking aid does not free the driver from responsibility when parking
or performing similar manoeuvres. Pay special attention to small children
or animals, as the parking aid sensors may not always be able to detect
them.
● Before reversing or parking, make sure there are no small obstacles,
e.g. stones, narrow pillars, towing brackets, etc. in front and behind the
vehicle. These obstacles may not always be detected by the parking aid
device.
● The surface of certain objects may not reflect the signals of the park-
ing aid sensors. Therefore, people wearing clothing of this kind may not
be detected by the parking aid system.
● Outside noise may interfere with the parking aid system. Under cer-
tain unfavourable circumstances, certain objects or people may not be
detected.
Note
● If a constant sound at a higher frequency is emitted for 3 seconds when
the system is switched on then there is a fault in the system. Please take the
vehicle to a specialised technical service to solve this fault.
● To ensure that the parking aid system works properly, the sensors must
be kept clean (e.g. free of ice).
● If the parking aid system is switched on when the automatic gearbox se-
lector lever is in position P, the acoustic signal will be interrupted (the car
cannot be moved). Cruise control
Introduction
The cruise control system allows you to drive at a constant speed of 30 km/
h (19 mph) or higher without having to press the accelerator. However, the
speed is only maintained within the margin permitted by the engine power
and the braking effect of the engine.
The  warning lamp lights up on the general instrument panel if cruise con-
trol is switched on.
WARNING
● For safety reasons the cruise control system must not be used in
dense traffic or where roads conditions are poor (e.g. due to ice, aqua-
planing, loose grit, snow). Risk of accident!
● The programmed speed can only be re-established if it is not too high
for current traffic conditions.
● Always switch the cruise control system off after using it in order to
avoid involuntary use.
CAUTION
● The cruise control cannot maintain a constant speed when the vehicle is
moving downhill. The vehicle tends to accelerate under its own weight.
Therefore, shift down or use the brake pedal in good time to slow the vehi-
cle.
Note
● In vehicles with an automatic gearbox, the cruise control system cannot
be switched on if the selector lever is in position P, N or R.
● In vehicles with a manual gearbox, the cruise control cannot be switched
on if first gear or reverse gear is engaged. 
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157
Driving and the environment
Make less short journeys
Fig. 113 Fuel consump-
tion in litres per 100 km
(miles) at different tem-
peratures
In short journeys fuel consumption quantity is incomparably high.
Therefore we recommend avoiding journeys of less than 4 km (2
miles) when the engine is cold. Immediately after starting, a cold engine consumes the maximum amount
of fuel. After driving approximately one kilometre (0.62 miles), consumption
drops approximately 10 litres per 100 km (62 miles). Consumption returns
to normal only after the engine and the catalytic converter have reached op-
erating temperature.
In this context, this is also determined by the outside temperature. Fuel
consumption is different for the same journey, as shown once at +20 °C
(+68 °F) and again at -10 °C (+14 °F) ⇒ Fig. 113. Your vehicle will consume
more fuel in winter than in summer. Maintain correct tyre pressure
Maintaining correct tyre pressure saves fuel.
Always maintain correct tyre pressure. Insufficiently tyre pressure increases
rolling resistance. This leads not only to increased fuel consumption, but al-
so tyre wear and deteriorated vehicle behaviour.
Always check the tyre pressure when the tyre is
cold.
Do not carry unnecessary loads
Transporting unnecessary loads also consumes fuel.
Every additional kilo of weight increases fuel consumption. Check for un-
necessary objects in the luggage compartment.
The weight of the vehicle considerably influences fuel consumption, espe-
cially in urban traffic where frequent acceleration is required. As a general
rule, every 100 kg of weight increases consumption by approximately 1 litre
per 100 km (62 miles).
Your vehicle consumes almost 10% more fuel than the normal amount at a
speed of 100 – 120 km/h (62 – 75 mph) when a roof carrier without a load
is fitted. 
Save electrical energy
An electrical current is generated with help from the alternator when the en-
gine is running. The more electrical devices there are connected to the on-
board network, the larger the quantity of fuel is required for the alternator
service. This is why electrical devices should be disconnected when they
are not required. 
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161
Driving the vehicle with a trailer
Driving the vehicle with a trailer Driving the vehicle with a trailer
Technical requirements
If your vehicle has a factory-fitted towing bracket or is equipped with a se-
lection of SEAT Original Accessories, it meets all the relevant technical and
legal requirements.
In vehicles with a towing bracket it is possible to remove the ball joint, situ-
ated (together with the special assembly instructions) in the housing for the
spare wheel in the vehicle luggage compartment ⇒ page 198, Vehicle tool
kit*.
Your vehicle is fitted with a 13-pole power socket for the electrical connec-
tion between the trailer and the vehicle. If the trailer you are going to use
has a 7-pin connector, the corresponding adaptor, acquired from the SEAT
Original Accessories Catalogue, can be used.
If a towing bracket is to be retro-fitted to the car, it must be done according
to the instructions of the towing bracket manufacturer.
Note
Any queries that may arise can be directed to an authorised SEAT dealer. 
Trailer weight
Trailer weight
The combined vehicle and trailer must be balanced. To do so use the maxi-
mum permitted towing bracket load. An insufficient weight exerted by the trailer drawbar on the ball joint of the towing bracket will have a negative
impact upon the response of the vehicle-trailer assembly on the road.
Weight distribution
Distribute loads in the trailer so that heavy objects are as near to the axle as
possible. Ensure that the objects do not move.
If the towing vehicle is empty and the trailer loaded then the load distribu-
tion is incorrect. However, if these conditions cannot be avoided, drive very
slowly.
Tyre pressure values
Correct the tyre pressure in your vehicle to “total load” ⇒ 
page 188, Tyre
useful life.
Trailer weight
Never exceed the authorised trailer weight under any circumstances
⇒  page 226, Description of the data.
The trailer weights listed are only applicable for altitudes up to 1000 m
above sea level. Due to a lower air density the engine power decreases de-
pending on the increase in altitude, this also causes the climbing ability to
decrease, which requires a reduction of the weight of the vehicle with a
trailer by 10 % for every 1000 m increase in altitude. The weight of the as-
sembly is calculated by adding the vehicle weight (loaded) to the trailer
weight (loaded). Always drive with special care when towing a trailer.
The towed load and support load information that is displayed on the tow-
ing bracket manufacturers label are only values for the verification of the
device. The correct figures for your specific vehicle, which are usually lower
than these figures, are given in the documentation of your vehicle. 
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227
Description of the data
Vehicle identification data on the data sticker
Fig. 167 Data sticker
Fig. 168 Type plate
Vehicle data sticker
The vehicle data sticker ⇒ Fig. 167 is located on the luggage compartment
floor and is also attached to the Service Plan.
The following information is provided on the vehicle data sticker:
Vehicle identification number (VIN)
Vehicle model
Identifying letters of the gearbox/number of the original paint finish/In-
terior equipment number/engine power/engine identifying letter
1
23
Partial description of the vehicle
Weight in running order
Fuel consumption (in litres per/100 km (miles)) – urban/on the motor-
way/combined
Combined CO
2 emissions (g/km (miles))
Type plate
The type plate ⇒ Fig. 168 is located at the bottom of the front driver side
door pillar between the front and rear door.
The type plate indicates the following weights:
Total permitted weight of the vehicle when loaded
Maximum authorised weight of the vehicle with a trailer, when the vehi-
cle operates as a tractor
Maximum permitted load of the front axle
Maximum permitted load of the rear axle
Weight in running order
The weight in running order only has one approximate value. This value cor-
responds to the minimum operative weight of the vehicle without additional
equipment that increases its weight, i.e. air conditioning, spare wheel, tow-
ing bracket.
The weight in running order also includes 75 kg of the weight of the driver
and the service liquids, in addition to a fuel tank at 90 % capacity.
From the difference between the total permitted weight in running order the
approximate carrying capacity can be calculated ⇒ 
.
The carrying capacity must include:
● occupants
● all pieces of equipment and other weights
● roof loads incl. roof rack 
4
56
7
89
1011
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228Description of the data
● equipment that is not included in the running order
● when using the towing bracket, the drawbar load (max. 50 kg)
Calculating fuel consumption and CO 2 emissions according to the ECE
regulations and the EU specifications
Calculation of fuel consumption for urban driving starts when cold-starting
the engine. Then, normal city driving is simulated.
In extra-urban driving fuel consumption calculation, the vehicle brakes and
accelerated in all gears, as in daily use of the vehicle. The driving speed
moves between a range of 0 and 120 km/h (0 and 75 mph).
The consumption value in combined driving is composed of 37 % of the val-
ue of urban driving and 63 % of the value of extra-urban driving.
WARNING
The maximum permitted weight values must not be exceeded – Risk of
an accident and damage to the vehicle!
Note
● If you wish to calculate the exact weight of your vehicle please contact a
SEAT dealer.
● Depending on the volume of equipment, the driving style, road condi-
tions, weather conditions and the condition of the vehicle, the consumption
values can differ from the theoretical values reproduced here. Information on fuel consumption
Fuel consumption
The consumption and emission details shown on the vehicle
data sticker differ from one vehicle to another.
The vehicle's fuel consumption and CO 2 emissions can be consulted on the
vehicle data sticker in the spare wheel well, inside the luggage compart-
ment and on the rear cover of the Maintenance Programme.
The fuel consumption and CO 2 emission values refer to the weight category
assigned to your vehicle according to the engine and gearbox combination,
as well as the specific equipment fitted, and is only used to compare be-
tween the different models.
The fuel consumption and CO 2 emissions do not depend only on the per-
formance of the vehicle, they can also differ from the established values de-
pending on other factors such as driving style, road conditions, traffic con-
ditions, environmental conditions, load and number of passengers.
Calculation of fuel consumption
The consumption values have been calculated based on measurements per-
formed or supervised by certified CE laboratories according to the latest ver-
sion of directives 715/2007/EC and 80/1268/CEE (for more information
consult the European Union Publications Office at EUR-Lex: © European Un-
ion, http://eur-lex.europa.eu/en/index.htm) and are valid for the kerb
weight indicated for the vehicle.
Note
In practice, and considering all the factors mentioned here, consumption
values can differ from those calculated in the current European regulations. 

229
Description of the data
Weights
Kerb weight refers to the basic model with a fuel tank filled to 90% capacity
and without optional extras. The figure quoted includes 75 kg to allow for
the weight of the driver.
For special versions and optional equipment fittings or for the addition of
accessories, the weight of the vehicle will increase ⇒ 
.
WARNING
● Please note that the centre of gravity may shift when transporting
heavy objects; this may affect the vehicle's handling and lead to an acci-
dent. Always adjust your speed and driving style to suit road conditions
and requirements.
● Never exceed the gross axle weight rating or the gross vehicle weight
rating. If the allowed axle load or the allowed total weight is exceeded,
the driving characteristics of the vehicle may change, leading to acci-
dents, injuries and damage to the vehicle.

Towing a trailer Trailer weights
Trailer weight
The trailer weights and drawbar loads approved are selected in intensive tri-
als according to precisely defined criteria. The approved trailer weights are
valid for vehicles in the EU for maximum speeds of 80 km/h (50 mph) (in
certain circumstances up to 100 km/h, 62 mph). The figures may be differ-
ent in other countries. All data in the official vehicle documentation takes
precedence over these data at all times ⇒ 
.Drawbar load
The maximum permitted drawbar load on the ball joint of the towing bracket
must not exceed
75 kg.
In the interest of road safety, we recommend that you always tow approach-
ing the maximum drawbar load. The response of the trailer on the road will
be poor if the drawbar load is too small.
If the maximum permissible drawbar load cannot be met (e.g. with small,
empty and light-weight single axle trailers or tandem axle trailers with a
wheelbase of less than 1 metre), a minimum of 4% of the actual trailer
weight is legally required for the drawbar load.
WARNING
● For safety reasons, do not exceed the 80 km/h (50 mph) limit. This is
also valid in countries where higher speeds are permitted.
● Never exceed the maximum trailer weights or the drawbar load. If the
permissible axle load or the permissible total weight is exceeded, the
driving characteristics of the vehicle may change, leading to accidents,
injuries and damage to the vehicle.

Wheels
Tyre pressure, snow chains, wheel bolts
Tyre pressures
The sticker with the tyre pressure values can be found on the inside of the
fuel tank flap. The tyre pressure values given there are for cold tyres. Do not
reduce the slightly raised pressures of warm tyres ⇒ 
.
Snow chains
Snow chains may be fitted only to the front wheels. 
Safety FirstOperating instructionsPractical TipsTechnical specifications

232Technical Data
Petrol engine 1.2 55 kW (75 PS)
Engine specifications
Power output in kW (PS) rpm 55 (75)/ 5400
Maximum torque in Nm at rpm 112/ 3750
No. of cylinders/capacity in cm3
4/ 1198
Fuel Super 95 RON a)
/Normal 91 RON b)
a)
Research Octane Number = Anti-detonation rating of the petrol.
b) Slight power loss.
Performance Maximum speed in km/h (mph) 175 (5)
Acceleration from 0-80 km/h (0-62 mph) in sec. 9,3
Acceleration from 0-100 km/h (0-62 mph) in sec. 13,9
Weights
Gross vehicle weight in kg 1600
Weight in running order (with driver) in kg 1140
Gross front axle weight in kg 658
Gross rear axle weight in kg 482
Permitted roof load in kg 75
Trailer weight
Trailer without brakes 570
Trailer with brakes, gradients up to 8% 950
Trailer with brakes, gradients up to 12% 750


233
Technical Data
Petrol engine 1.2 TSI 63 kW (85 PS)
Engine specifications Power output in kW (PS) rpm 63 (85)/ 4800
Maximum torque in Nm at rpm 160/ 1500-3500
No. of cylinders/capacity in cm3
4/ 1197
Fuel Super 95 RON a)
/Normal 91 RON b)
a)
Research Octane Number = Anti-detonation rating of the petrol.
b) Slight power loss.
Performance Maximum speed in km/h (mph) 183
Acceleration from 0-80 km/h (0-62 mph) in sec. 7,6
Acceleration from 0-100 km/h (0-62 mph) in sec. 11,8
Weights
Gross vehicle weight in kg 1621
Weight in running order (with driver) in kg 1161
Gross front axle weight in kg 680
Gross rear axle weight in kg 481
Permitted roof load in kg 75
Trailer weight
Trailer without brakes 580
Trailer with brakes, gradients up to 8% 1100
Trailer with brakes, gradients up to 12% 900

Safety FirstOperating instructionsPractical TipsTechnical specifications