weight Seat Toledo 2017 User Guide

Operation
During an accident, even small and light ob-
j ects
c
an have so much kinetic energy that
they can cause very severe injuries. The
amount of kinetic energy depends on the
speed of the vehicle and the weight of the
object. However, the speed of the vehicle is
the most important factor.
Example: An unsecured object weighing 4.5
kg produces energy corresponding to 20
times its weight in a frontal collision at 50
km/h (31 mph). This means that its weight
reaches around 90 kg. You can imagine the
severity of the injuries that might be sus-
tained if this “projectile” strikes an occupant
as it flies through the vehicle interior. WARNING
● Stor e o

bjects in the luggage compartment
and secure to the fastening points.
● In an accident or sudden manoeuvre, loose
obj
ects in the interior can be flung forward
and possibly injure vehicle occupants or oth-
ers. This risk is even greater if the flying ob-
jects hit a triggering airbag. In this case, any
rebounding objects could injure vehicle occu-
pants. Risk of fatal injuries!
● Take into account that transporting heavy
obj
ects changes the centre of gravity that
could also cause changes in vehicle handling.
Risk of accident! Therefore, always adjust
your speed and driving style to suit these cir-
cumstances. ●
Securin g the lo

ad to the rings using unsuit-
able or damaged straps could lead to injuries
in the event of an accident or sudden braking
manoeuvre. Secure suitable straps safely to
the rings to ensure this does not happen.
● Position the load so it cannot move forward
during a sud
den braking manoeuvre. Risk of
injuries!
● If transporting sharp or dangerous objects
in the spac
e provided when the rear seats are
folded, ensure the safety of the occupant of
the remaining rear seat ››› page 59.
● If the rear seat located alongside a folded
seat i
s occupied, ensure safety, for example,
by placing the load so that it stops the seat
from folding backward in the event of being
hit from behind.
● Never drive with the rear lid open or half-
closed, e
xhaust gases may penetrate into the
interior of the vehicle. Danger of poisoning!
● Never exceed the allowed axle loads or al-
lowed m
aximum weight. Risk of accident!
● Never transport passengers in the luggage
compar
tment! CAUTION
Make sure sharp objects stored in the boot
cannot not

damage the rear window heating
filaments. Note
Tyre pressure must be adapted to suit the
loa d ›

›› page 218, Service life of tyres . Category N1 vehicles
Category N1 vehicles with no protection grille
mus
t

use a retaining set compliant with
Standard EN 12195 (1 – 4) to secure the
load.
Retaining elements* Fig. 162
Luggage compartment: retaining el-
ements. The following retaining elements are fitted in
the boot
›
›

› Fig. 162:
Rings to secure the load and the retain-
ing nets.
Rings used solely for the retaining nets.
A B
142

Transport and practical equipment
●
Never e x
ceed the allowed axle loads or al-
lowed maximum weight. Risk of accident! CAUTION
● On ly u

se SEAT-authorised roof carriers.
● Where roof carriers from other systems are
used or where they
are not fitted properly,
any damage caused to the vehicle will not be
covered by the warranty. Therefore, carefully
follow the Instruction Manual for installation
of the roof carrier.
● Remember that the rear lid must not hit the
roof lo
ad.
● The total height of the vehicle increases ac-
cordin
g to the roof load. Compare the height
of the vehicle with the heights of bridges or
other underpasses, for example, the height
of the garage door.
● Do not forget to remove the roof carrier be-
fore ent
ering an automatic carwash.
● Take into account that the load must not
damag
e the aerial located on the roof. For the sake of the environment
If aerodynamic resistance increases, fuel con-
sumption w i

ll also increase. Attachment points
Fig. 168
Basic roof carrier attachment points. Location of the basic roof carrier attachment
points

›
›

› Fig. 168:
Rear attachment points
Front attachment points
Install and remove following the instructions
given. A B CAUTION
Follow the instructions given in the manual. Roof load
The maximum permissible roof load (includ-
ing the s
up

port system) of 75 kg and the to-
tal authorised weight of the vehicle must not
be exceeded.
It will not be possible to carry the full maxi-
mum load if the roof carrier you are using is
rated for a load which is less than this figure.
In this case, you can only load the roof carrier
to the maximum load permitted in your in-
stallation manual. 145
Technical data
Advice
Operation
Emergencies
Safety

Driving
Periodic maintenance
P eriodic
m
aintenance work guarantees that,
before beginning a journey, you will not con-
sume more than the required amount of fuel.
A well-serviced engine gives you the benefit
of improved fuel efficiency as well as maxi-
mum reliability and an enhanced resale val-
ue.
A badly serviced engine can consume up to
10% more fuel than necessary.
Avoid short journeys
To reduce the consumption and emission of
polluting exhaust gases, the engine and the
exhaust gas filtration systems should reach
the optimum operating temperature.
With the engine cold, fuel consumption is
proportionally higher. The engine does not
warm up and fuel consumption does not nor-
malise until having driven approximately four
kilometres (2.5 miles). This is why we recom-
mend avoiding short trips whenever possi-
ble.
Maintain the correct tyre pressures
Bear in mind that keeping the tyres at an ad-
equate pressure saves fuel. If the tyre pres-
sure is just one bar (14.5 psi/100 kPa) too
low, fuel consumption can increase by as
much as 5%. Due to the greater rolling resist-
ance, under-inflation also increases tyre wear
wear and impairs handling. The tyre pressures should always be checked
when the tyre
s are cold.
Do not use winter tyres all year round as they
increase fuel consumption by up to 10%.
Avoid unnecessary weight
Given that every kilo of extra weight will in-
crease the fuel consumption, it is advisable
to always check the luggage compartment to
make sure that no unnecessary loads are be-
ing transported.
A roof rack is often left in place for the sake
of convenience, even when it is no longer
needed. At a speed of 100 km/h (62 mph)
and 120 km/h (75 mph) your vehicle will use
about 12% more fuel as a result of the extra
wind resistance caused by the roof rack even
when it is not in use.
Save electricity
The engine activates the alternator, which
produces electricity. With the need for elec-
tricity, fuel consumption also increases. Be-
cause of this, always turn off electrical devi-
ces when you do not need them. Examples of
devices that use a lot of electricity are: the
fan at high speeds, the rear window heating
and the seat heaters*. Note
● If y

ou vehicle has Start-Stop, it is not rec-
ommended to switch this function off. ●
It i s

recommended that you close the win-
dows when driving at more than 60 km/h
(37 mph).
● Do not drive with your foot resting on the
clutc
h pedal,, as the pressure can make the
plate spin, more fuel will be used and it can
burn the clutch plate lining, causing a serious
fault.
● Do not hold the vehicle on a hill with the
clutc
h, use the foot brake or hand brake, us-
ing the latter to start. The fuel consumption
will be lower and you will prevent the clutch
plate from being damaged.
● On descents, use the engine brake, chang-
ing to the g
ear that is more suitable for the
slope. Fuel consumption will be “zero” and
the brakes will not suffer. Engine management and emis-
s
ion c
ontr

ol system
Introduction WARNING
● Bec au

se of the high temperatures which
can occur in the exhaust purification system
(catalytic converter or diesel particulate fil-
ter), do not park the vehicle where the ex-
haust can come into contact with flammable
materials under the car (e.g. on grass or at
the forest edge). Fire hazard! » 167
Technical data
Advice
Operation
Emergencies
Safety

Operation
Side lines: e xt
en sion of the vehicle (the
approximate width of the vehicle plus the
rear view mirrors) on the road surface.
End of the side lines: the area marked in
green ends approximately 2 m behind
the vehicle on the road surface.
Intermediate line: indicates a distance of
approximately 1 m behind the vehicle on
the road surface.
Red horizontal line: indicates a safe dis-
tance of approximately 40 cm at the rear
of the vehicle on the road surface.
Parking manoeuvre
● Place the vehicle in front of the parking
spac
e and engage reverse gear (manual
gearbox) or move the selector to the R posi-
tion (automatic gearbox).
● Reverse slowly, and turn the steering wheel
so that the s
ide orientation lines lead to-
wards the parking space.
● Guide the vehicle into the parking space so
that the s
ide orientation lines run parallel to
it.
Cruise speed (Cruise Control)*
Introduction Read the additional information carefully
› ››

 page 32
1
2
3
4 The cruise control system allows you to drive
at
a c
on

stant speed of 30 km/h (19 mph) or
higher without having to press the accelera-
tor. 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 control is switched
on. WARNING
● For s af

ety reasons the cruise control sys-
tem must not be used in dense traffic or
where roads conditions are poor (e.g. due to
ice, aquaplaning, loose grit, snow). – Risk of
accident!
● The programmed speed can only be re-es-
tabli
shed if it is not too high for current traf-
fic conditions.
● Always switch the cruise control system off
after u
sing it in order to avoid involuntary
use. CAUTION
● The crui se c

ontrol cannot maintain a con-
stant speed when the vehicle is moving
downhill. The vehicle tends to accelerate un-
der its own weight. Therefore, shift down or
use the brake pedal in good time to slow the
vehicle. Note
● In v ehic

les 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 c
ontrol cannot be switched on if first
gear or reverse gear is engaged. Setting the speed
Fig. 188
Turn signal and main beam head-
light l
ev

er: cruise control buttons. Setting speed
– Move knob 1
› ›
› Fig. 188
to the ON posi-
tion.
– Briefly press rocker switch 2 in S
ET posi-
tion when y

ou have reached the speed you
wish to set.
178

Towing bracket device
Trailer weight Trailer weight
The comb
ined
vehicle and trailer must be
balanced. To do so use the maximum permit-
ted 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 ve-
hicle-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 distribution is incorrect.
However, if these conditions cannot be avoi-
ded, drive very slowly.
Tyre pressure values
Correct the tyre pressure in your vehicle to
“total load” ›››
page 218, Service life of
tyres.
Trailer weight
Never exceed the authorised trailer weight
under any circumstances ›››
page 223, Tech-
nical specifications .
The trailer weights listed are only applicable
for altitudes up to 1000 m above sea level.
Due to lower air density, engine power de- creases depending on the increase in alti-
tude, thi
s

also reduces climbing ability,
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 assembly is calculated by adding the ve-
hicle 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 towing bracket man-
ufacturers label are only values for the verifi-
cation of the device. The correct figures for
your specific vehicle, which are usually lower
than these figures, are given in the documen-
tation of your vehicle. WARNING
● Exc eedin

g the maximum established load
per axle and the maximum towing bracket
load in addition to the maximum permitted
load or the load of the vehicle + trailer as-
sembly can cause accidents and serious inju-
ries.
● A sliding load can considerably affect the
stab
ility and safety of the vehicle + trailer as-
sembly, resulting in accidents and serious in-
juries. Driving with a trailer
Exterior mirrors
Check
whether

you can see enough of the
road behind the trailer with the standard rear
vision mirrors. If this is not the case, you
should have additional exterior mirrors fitted.
Observe the relevant statutory requirements
of the country you are in.
Headlights
Before starting a journey, also check the
headlight beam settings with the trailer
hitched up. Adjust the headlight range set-
tings if necessary ›››
page 122, Headlight
range control.
Driving speed
For your own safety do not drive faster than
the maximum permitted speed indicated on
the trailer.
At all times, immediately reduce speed if you
detect the slightest swaying movement of the
trailer. Never try to “return the trailer to a
straight position” by accelerating.
Brakes
Brake in due course! If the trailer has an over-
run brake, apply the brakes gently at first and
then, firmly. This will prevent the jerking that
can be caused by locking of trailer wheels.
Change to a lower gear in good time before »
187
Technical data
Advice
Operation
Emergencies
Safety

Technical data
Vehicle model
Identif y
in
g letters of the gearbox/number
of the original paint finish/Interior equip-
ment number/engine power/engine
identifying letter
Partial description of the vehicle
Diameter of authorised tyre in inches 1)
Type plate
The model plate is located at the bottom of
the B pillar, between the front and rear doors,
on the right-hand side.
The type plate indicates the following
weights:
● Total permitted weight of the vehicle when
loaded
● M

aximum authorised weight of the vehicle
with a trai
ler, when the vehicle operates as a
tractor
● Maximum permitted load of the front axle
● Maximum permitted load of the rear axle
Weight in ru
nning order
The weight in running order only has one ap-
proximate value. This value corresponds to
the minimum operative weight of the vehicle
without additional equipment that increases 2 3
4
5 its weight, i.e. air conditioning, spare wheel,
t
o
w

ing bracket.
The running order weight also includes 75 kg
of the weight of the driver and service fluids,
in addition to a fuel tank at 90% capacity.
From the difference between the total permit-
ted weight in running order the approximate
carrying capacity can be calculated ››› .
The c arr
y

ing capacity must include:
● occupants,
● all pieces of equipment and other weights,
● roof loads including the roof rack,
● equipment that is not included in the run-
ning order w
eight,
● when using the towing bracket, the draw-
bar loa
d (max. 50 kg)
Calculating fuel consumption and CO 2 emis-
sions according to the ECE regulations and
the EU specifications
Calculation of fuel consumption for urban
driving begins when cold-starting the engine.
Then, normal city driving is simulated.
In calculating extra-urban driving fuel con-
sumption, braking and acceleration is done
in all gears, as in daily use of the vehicle.
Driving speed varies within a range of 0 and
120 km/h (75 mph). The consumption value in combined driving
is c

omposed of 37% of the value of urban
driving and 63% of the value of extra-urban
driving. WARNING
The maximum permitted weight values must
not be e x

ceeded – Risk of an accident and
damage to the vehicle! Note
● If y

ou wish to calculate the exact weight of
your vehicle please contact a SEAT dealer.
● Depending on the volume of equipment,
driving s
tyle, road conditions, weather condi-
tions and the condition of the vehicle, con-
sumption values can differ from the theoreti-
cal values stated here. Information on fuel consump-
tion
Fuel
c

onsumption Approved consumption values are derived
fr
om me
a

surements performed or supervised
by certified EU laboratories, according to the
legislation in force at the time (for more infor-
mation, see the Publications Office of the 1)
Valid only for certain countries.
224

Technical specifications
European Union on the EUR-Lex website: ©
E ur
ope
an Union, http://eur-lex.europa.eu/)
and apply to the specified vehicle character-
istics.
The values relating to fuel consumption and
CO 2 emissions can be found in the documen-
tation provided to the purchaser of the vehi-
cle at the time of purchase.
Fuel consumption and CO 2 emissions depend
on the equipment/features of each individual
vehicle, as well as on the driving style, road
conditions, traffic conditions, environmental
conditions, load or number of passengers. Note
In practice, and considering all the factors
mentioned here, c on

sumption values can dif-
fer from those calculated in the current Euro-
pean regulations. Weights
Kerb weight refers to the basic model with a
f
uel
t

ank filled to 90% capacity and without
optional extras. The figure quoted includes
75 kg to allow for the weight of the driver.
Special versions, optional equipment fittings
or retro-fitting accessories will increase the
weight of the vehicle ››› . WARNING
● Ple a

se note that the centre of gravity may
shift when transporting heavy objects; this
may affect vehicle handling and lead to an ac-
cident. Always adjust your speed and driving
style to suit road conditions and require-
ments.
● Never exceed the gross axle weight rating
or the gros
s vehicle weight rating. If the per-
missible axle load or the permissible total
weight is exceeded, the driving characteris-
tics of the vehicle may change, which could
lead to accidents, injuries and damage to the
vehicle. Driving with a trailer
Tr
ai

ler weights Trailer weight
The tr
ai
l

er weights and drawbar loads ap-
proved are selected in intensive trials accord-
ing to precisely defined criteria. The ap-
proved 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 different
in other countries. All data in the official vehi-
cle documentation takes precedence over
these data at all times ››› .Drawbar loads
The maximum permitt
ed dr
a

wbar load on the
ball joint of the towing bracket must not ex-
ceed 50 kg.
In the interest of road safety, we recommend
that you always tow approaching the maxi-
mum drawbar load. The response of the trail-
er 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 s af

ety reasons, you should not drive at
speeds above 80 km/h (50 mph) when towing
a trailer. This also applies in countries where
higher speeds are permitted.
● Never exceed the maximum trailer weights
or the drawb
ar load. If the permissible axle
load or the permissible total weight is excee-
ded, the driving characteristics of the vehicle
may change, leading to accidents, injuries
and damage to the vehicle. 225
Technical data
Advice
Operation
Emergencies
Safety

Technical specifications
Engine data P etr
o
l engine 1.0 TSI 70 kW (95 PS) Start-Stop
Power output in kW (PS) at rpmMaximum torque (Nm at rpm)No. of cylinders/displacement (cm 3
)Fuel
70 (95)/5,000-5,500160/1,500-3,5003/999Super 95 RON/Normal 91 RON a)
a)
Slight power loss.
Outputs and weightsManual gearbox
Top speed (km/h)187 (4)
Acceleration from 0-80 km/h (seconds)7.1
Acceleration from 0-100 km/h (seconds)11.0
Maximum authorised weight (kg)1,630
Weight in running order (with driver) (kg)1,170
Maximum authorised weight on front axle (kg)a)
Maximum authorised weight on rear axle (kg)a)
Permitted roof load (kg)75
Maximum trailer weight without brakes (kg)580
Weight of trailer with brakes on gradients up to 8% (kg)1,100
Weight of trailer with brakes on gradients up to 12% (kg)1,000
a)
Data not available as this edition goes to print. 227
Technical data
Advice
Operation
Emergencies
Safety

Technical data
Petrol engine 1.0 TSI 81 kW (110 PS) Start-StopPower output in kW (PS) at rpmMaximum torque (Nm at rpm)No. of cylinders/displacement (cm 3
)Fuel
81 (110)/5,000-5,500200/2,000-3,5003/999Super 95 RON/Normal 91 RON a)
a)
Slight power loss.
Outputs and weightsManual gearbox
Top speed (km/h)200 (5)
Acceleration from 0-80 km/h (seconds)6.6
Acceleration from 0-100 km/h (seconds)9.8
Maximum authorised weight (kg)1,650
Weight in running order (with driver) (kg)1,190
Maximum authorised weight on front axle (kg)a)
Maximum authorised weight on rear axle (kg)a)
Permitted roof load (kg)75
Maximum trailer weight without brakes (kg)590
Weight of trailer with brakes on gradients up to 8% (kg)1,200
Weight of trailer with brakes on gradients up to 12% (kg)1,100
a)
Data not available as this edition goes to print. 228

Technical specifications
Petrol engine 1.6 81 kW (110 PS)Power output in kW (PS) at rpmMaximum torque (Nm at rpm)No. of cylinders/displacement (cm 3
)Fuel
81 (110)/5,800155/3,800-4,0004/1,598Super 95 RON/Normal 91 RON a)
a)
Slight power loss.
Outputs and weightsManual gearboxAutomatic
Top speed (km/h)191 (5)191 (6)
Acceleration from 0-80 km/h (seconds)6.77.7
Acceleration from 0-100 km/h (seconds)10.311.5
Maximum authorised weight (kg)1,6351,675
Weight in running order (with driver) (kg)1,1751,215
Maximum authorised weight on front axle (kg)820860
Maximum authorised weight on rear axle (kg)840840
Permitted roof load (kg)7575
Maximum trailer weight without brakes (kg)580600
Weight of trailer with brakes on gradients up to 8% (kg)1,1001,100
Weight of trailer with brakes on gradients up to 12% (kg)1,0001,000 229
Technical data
Advice
Operation
Emergencies
Safety