weight Seat Mii 2015 User Guide

Operation
support, the roof carrier system and the load
bein g tr
an
sported ››› .
A lw
a
ys check the weight of the base support,
the roof carrier system and the weight of the
load to be transported and, if necessary,
weigh them. Never exceed the maximum au-
thorised roof load.
If you are using a roof carrier with a lower
weight rating, you cannot transport the maxi-
mum roof load. Do not exceed the maximum
weight limit for the roof carrier given in the
fitting instructions.
Distributing a load
Uniformly distribute loads and secure them
correctly ››› .
Chec k
att

achments
After fitting the base supports and the roof
carrier system, always check the attachments
after a short trip and at regular intervals. WARNING
Exceeding the maximum authorised roof load
can r e

sult in accidents and/or vehicle dam-
age.
● Never surpass the maximum authorised
weight f
or the roof, the maximum authorised
weight on the axles and the total maximum
authorised weight of the vehicle. ●
Never e x

ceed the capacity of the roof carri-
er system even if this is less than the maxi-
mum authorised roof load.
● Secure heavy items as far forward as possi-
ble and di
stribute the vehicle load uniformly. WARNING
Loose and incorrectly secured loads can fall
fr om the r oof

carrier system causing acci-
dents and injury.
● Always use suitable ropes and straps in
good condition.
● A

lways secure loads correctly. Air conditioning
He atin
g,

ventilation and air
conditioning system
Introduction Read the additional information carefully
›› ›

 page 28
Dust and pollen filter
The dust and pollen filter with its activated
charcoal cartridge serves as a barrier against
impurities in the interior ambient air.
For the air conditioner to work with maximum
efficiency, the dust and pollen filter must be
replaced at the intervals specified in the
Maintenance Programme.
If the filter loses efficiency prematurely due
to use in areas with very high levels of air
pollution, the filter must be changed more
frequently than stated in the Service Sched-
ule. WARNING
Reduced visibility through the windows in-
cr e

ases the risk of serious accidents.
● Ensure that all windows are free of ice and
snow and th
at they are not fogged up pre-
venting a clear view of everything outside. 124

Operation
for the vehicle is not too different to the out-
s ide t
emper
ature. It is a good idea to air the
vehicle before starting your journey and to
drive a short distance with the windows
open. Then you can close the windows and
switch on the air conditioning. Keep windows
closed when travelling at high speeds. Driv-
ing with the windows open increases fuel
consumption.
● Switch off the seat heating when the seats
have w
armed up.
● Switch off the heated rear window when it
is not
moist or covered in ice.
Avoid short journeys
Fuel consumption is much higher when the
engine is cold, immediately after it has been
started. It takes a few kilometres of driving
for the engine to warm up and to normalise
consumption.
The engine and catalytic converter need to
reach their proper working temperature in or-
der to minimise fuel consumption and emis-
sions. The ambient temperature has a deci-
sive influence.
Fig. 147 shows the difference in consump-
tion for the same journey at +20 °C (+68 °F)
and at -10 °C (+14 °F).
Therefore, unnecessary short journeys
should be avoided. Try to combine trips. The vehicle uses more fuel in winter than in
summer, ev

en when other conditions are the
same.
The engine takes a long time to warm up
when it is idling. In addition, mechanical
wear and pollutant emissions are also espe-
cially high during this initial warm-up phase.
It is therefore best to drive off immediately af-
ter starting the engine. Doing this avoids run-
ning the engine at a high speed.
Adjusting type pressures.
Having the correct pressure in your tyres
helps to reduce rolling resistance and, as a
result reduces fuel consumption. Increasing
the tyre pressure slightly (+0.2
bar/+3 psi/+200 kPa) can help to save fuel.
When you buy new tyres, make sure they are
optimised for minimum rolling resistance.
Use low friction engine oil
The use of low viscosity totally synthetic oils,
known as low friction engine oil, helps to re-
duce fuel consumption. These oils reduce the
resistance caused by friction in the engine,
they flow around the engine more quickly
and efficiently, particularly in cold starts. The
effect is particularly noticeable in vehicles
frequently used for short journeys.
Always check the engine oil level and ob-
serve service intervals (engine oil change in-
tervals). When purchasing engine oil, always observe
leg
al requirements and ensure that the oil is
approved by SEAT.
Avoid carrying unnecessary loads
The lighter the vehicle, the more economical
and ecological the driving style. For example,
an additional weight of 100 kg will increase
fuel consumption up to 0.3 l/100 km.
Remove any unnecessary objects or loads
from the vehicle.
Remove optional equipment and unnecessa-
ry accessories
The more aerodynamic the vehicle, the lower
the fuel consumption. Optional equipment
and accessories (such as roof racks or bike
carriers) reduce the aerodynamic benefits of
the vehicle.
Therefore, we recommend you remove all op-
tional and unnecessary equipment and racks,
especially if you intend to drive at high
speeds.
Other factors which increase fuel consump-
tion (examples):
● Fault in engine management.
● Driving on hills.
144

Operation
●
It i s
dangerous to use a set speed which is
too high for the prevailing road, traffic or
weather conditions.
● When travelling down hills, the CCS cannot
maintain a c
onstant speed. The vehicle tends
to accelerate under its own weight. Select a
lower gear or use the foot brake to slow the
vehicle. Safety Assist* (City Safety As-
si
s

t function)
Introduction The City Safety Assist function covers driving
s
it
uation

s at a distance of about 10 metres in
front of the vehicle, in a speed range of ap-
proximately 5-30 km/h (3-19 mph).
When the system detects a possible collision
with a vehicle in front, the vehicle prepares
for a possible emergency braking ››› .
If the driv
er doe

s not react to an imminent
collision, the system can automatically brake
the vehicle in order to reduce speed faced
with a possible collision. The system can
help to reduce the consequences of an acci-
dent.
If the City Safety Assist function determines
that the driver has braked insufficiently when
faced with an imminent collision, the system can increase the brake force in order to re-
duce speed.

The system can help to reduce
the consequences of an accident. WARNING
The smart technology in the City Safety As-
si s

t system cannot change the limits imposed
by the laws of physics and by the system it-
self. The increased convenience offered by
the City Safety Assist system should never
prompt you to take risks. The driver always
assumes the responsibility of braking in
time.
● The City Safety Assist function cannot pre-
vent ac
cidents or serious injury by itself.
● The City Safety Assist system may carry out
unw
anted brake interventions in complex
driving situations e.g. when a vehicle crosses
at a short distance. WARNING
Relying on the City Safety Assist system in
city driv

ing as part of one's driving behaviour
may cause accidents and serious injury. The
system is not a replacement for driver aware-
ness.
● Always adapt your speed and the distance
to the v
ehicles ahead in line with visibility,
weather conditions, the condition of the road
and the traffic situation.
● The City Safety Assist function does not re-
act to peop
le, animals or vehicles that cross or move in the opposite direction in the same
lane.
●
If af

ter switching on the City Safety Assist
function the
vehicle begins to move, slow the
vehicle with the foot brake. CAUTION
If you suspect that the City Safety Assist ra-
d ar f e

ature is damaged, switch it off. This will
avoid additional damage.
● Any repair of the radar sensor requires spe-
cia
list knowledge. SEAT recommends taking
your car in for technical service. Note
● If the C ity

Safety Assist function activates a
brake, the brake pedal range is reduced. This
makes the brake pedal seem “harder”.
● Automatic brake intervention by the City
Safety As
sist function can be cancelled by
pressing the clutch pedal, the accelerator
pedal or by a corrective intervention.
● During automatic braking by the City Safety
Assi
st function you may hear unusual noises.
This is normal and is produced in the brake
system. 152

Advice
Support points for raising the vehicle Fig. 158
Front jacking points for raising vehi-
c l
e w
ith lifting platform or jack Fig. 159
Rear jacking points for raising vehi-
c l
e w

ith lifting platform or jack Always use the jacking points indicated in
the figur
e
s

››› Fig. 158 and ››› Fig. 159 when
raising the vehicle. If the vehicle is not lifted
at these points, it could be seriously dam-
aged ››› or lead to serious injury
›
››

.The vehicle should not be lifted using lifting
p
latf

orms with lift pads containing fluid.
When raising a vehicle using a platform or
jack, a series of precautionary measures are
required. Do not raise the vehicle with a lift-
ing platform or jack unless you have received
training in how to do so and know how to do
so safely.
Notes on raising the vehicle with a jack
››› page 71. WARNING
The improper use of the lifting platform or
the jac k

when raising the vehicle may result
in accidents or serious injury.
● Before raising the vehicle, please observe
the manufact
urer's instructions for the plat-
form or jack, and the legal requirements,
where applicable.
● There should not be anyone inside the ve-
hicle when it
is being raised or once it is in
the air.
● Only use the jacking points indicated in the
figures
››› Fig. 158 and ››› Fig. 159 when rais-
ing the vehicle. If the vehicle is not lifted at
the indicated points, it may fall from the plat-
form while the engine or gearbox is being
dismounted, for example.
● The jacking points should be centrally
aligned and firmly
positioned on the platform
support plates. ●
Never s t

art the engine when the vehicle is
raised! The vehicle may fall from the platform
due to the engine vibrations.
● If it is necessary to work underneath the ve-
hicle whi
le it is raised, you should check that
the supporting stands have an adequate load
capacity.
● Never climb onto the lifting platform.
● Always make sure that the weight of the ve-
hicle doe
s not exceed the lifting platform
load capacity. CAUTION
● Never r ai

se the vehicle at the engine oil
sump, the gearbox or the rear or front axles.
● Always use an intermediate rubber support
to prev
ent damage to the vehicle underbody.
Check that the arms of the lifting platform are
able to move with obstruction.
● The arms should not come into contact with
the side runnin
g boards or other parts of the
vehicle. Caring for and cleaning the ve-
hic
le e

xterior
Introduction Regular maintenance and washing help to
m
aint
ain the

value of the vehicle. This may
166

Technical data
part of the windscreen. The vehicle identifica-
tion number (c h
a
ssis number) is also stam-
ped on the right water drain channel. The wa-
ter drain channel is located between the sus-
pension tower and the wing. Open the bon-
net to read the vehicle identification number
.
Vehicle data plate
The vehicle data label ››› Fig. 178 is at the
front of the spare wheel well. It contains the
following data:
Vehicle identification number (chassis
number).
Vehicle type, engine power, gearbox type.
Engine and gearbox code, paint number,
interior equipment.
Optional extras, PR numbers.
These data are also provided in the Mainte-
nance Programme.
Specific vehicle weight information The instructions in the official vehicle docu-
ments
t
ak

e precedence. All the technical data
provided in this documentation is applicable
to the basic model. The vehicle data label in
the Maintenance Programme or the vehicle
documentation shows which engine is instal-
led in your vehicle. 1 2
3
4 The figures may be different depending
whether a
d
dition

al equipment is fitted, for
different models and for special vehicles.
Kerb weight values shown in the following ta-
ble apply to a vehicle with driver (75 kg), liq-
uids including a fuel tank 90% full, in addi-
tion to tools and a spare wheel ››› . The
k erb w
eight

indicated increases with optional
equipment and retrofitting of accessories,
while proportionally reducing carrying ca-
pacity.
The load is equivalent to the following
weights:
● Passengers.
● Total equipment.
● Roof load, included in the carrier. WARNING
Exceeding the maximum authorised weight
and the loa d on the ax

les could cause dam-
age to the vehicle, accidents and serious in-
juries.
● The real load on the axles should never ex-
ceed the max
imum permitted.
● The load and its distribution in the vehicle
have eff
ects on the vehicle handling and the
braking ability. Always drive at a suitable
speed. CAUTION
Distribute the load as uniformly and as low
down on the v

ehicle as possible. When trans-
porting heavy objects in the luggage com-
partment, these should be placed as far for-
ward as possible or over the rear axle to have
as little influence on handling as possible. Information on fuel consumption
The consumption and emission values indi-
cat
ed do not

refer to one specific vehicle.
They are only to be used to compare the val-
ues of the different vehicle versions. The fuel
consumption and CO 2 emissions of a vehicle
not only depend on the effective use of fuel.
They also depend on your driving style and
other non-technical factors.
Calculation of fuel consumption
Fuel consumption and emission values are
determined according to the current version
of the 715/2007/EC or 80/1268/EEC regula-
tion and are valid for the vehicle kerb weight.
The specifications do not refer to an individu-
al vehicle. To measure the fuel consumption,
two measuring cycles are carried out on a
rolling road test bed. The test criteria are as
follows:
210

Technical featuresUrban cycle
Measurement of the urban cycle starts
with an engine cold start. City driving is
then simulated at between 0 and
50 km/h (0 and 31 mph).
Road cycle
In the road cycle simulation, the car un-
dergoes frequent acceleration and
braking in all gears, as in normal every-
day driving. The road speed ranges
from 0 to 120 km/h (0 and 75 mph).
Combined
The average combined consumption is
calculated with a weighting of around
37 % for the urban cycle and 63 % for
the road cycle.
CO
2 emis-
sions of the
combination
The exhaust gases are collected during
both driving cycles to calculate carbon
dioxide emissions (urban and road).
The gas composition is analysed below
to evaluate the CO 2 content and other
emissions. Note
● The kerb w eight

may vary according to the
vehicle equipment. This could raise consump-
tion and the CO 2 emissions slightly.
● In practice, consumption values could be
different
to the values calculated based on
the 715/2007/EC or 80/1268/EEC regula-
tions. Wheels
Ty
r

e pressure, snow chains, wheel
bolts Tyre pressures
The stic
k

er with the tyre pressure values can
be found on the inside of the fuel tank flap.
The tyre pressure values are given for cold
tyres ››› page 200. The slightly raised pres-
sures of warm tyres must not be reduced.
››› Snow chains
Sno
w c
h

ains may be fitted only to the front
wheels.
Consult the section “wheels” of this manual.
Wheel bolts
After the wheels have been changed, the
tightening torque of the wheel bolts should
be checked as soon as possible with a torque
wrench ››› . The tightening torque for steel
and al lo
y

wheels is 140 Nm. WARNING
● Check the ty

re pressure at least once per
month. Checking the tyre pressure is very im-
portant. If the tyre pressure is too high or too
low, there is an increased danger of accidents
- particularly at high speeds. ●
If the tight enin

g torque of the wheel bolts
is too low, they could loosen while the vehi-
cle is in motion. Risk of accident! If the tight-
ening torque is too high, the wheel bolts and
threads can be damaged. Note
We recommend that you ask your Technical
Ser vic

e for information about appropriate
wheel, tyre and snow chain size. 211
Technical data
Advice
Operation
Emergencies
Safety

Technical data
Engine data P etr
o
l engine 1.0 44 kW (60 PS) Engine specifications
Power output in kW (PS) at rpmMaximum torque (Nm at rpm)No. of cylinders/displacement (cm
3
)Fuel
44 (60)/5,000-6,00095/3,000-4,3003/999Super 95 RON
PerformanceManualEcomotiveStart-Stop
EcomotiveAutomatic
Top speed (km/h)160 (4)161 (4)161 (4)160 (4)
Acceleration from 0-80 km/h (seconds)9.19.19.49.4
Acceleration from 0-100 km/h (seconds)14.414.415.315.3
Consumption (l/100 km)/ CO 2 (g/km)
Urban cycle5.6/1305/1164.6/1065.3/123
Extra-urban cycle3.9/913.6/843.7/873.9/91
Combined4.5/1054.1/954/934.4/103
Weights (in kg)
Gross vehicle weight1,2901,2901,3001,290
Weight in running order (with driver)929940931932
Gross front axle weight680680680680
Gross rear axle weight640640640640
Permitted roof load50505050 212

Technical features
Petrol engine 1.0 55 kW (75 PS) Engine specificationsPower output in kW (PS) at rpmMaximum torque (Nm at rpm)No. of cylinders/displacement (cm
3
)Fuel
55 (75)/6,20095/3,000-4,3003/999Super 95 RON
PerformanceManualStart-StopStart-Stop
EcomotiveAutomatic
Top speed (km/h)171 (4)172 (4)172 (4)171 (4)
Acceleration from 0-80 km/h (seconds)8.38.39.29.2
Acceleration from 0-100 km/h (seconds)13.213.213.913.9
Consumption (l/100 km)/ CO 2 (g/km)
Urban cycle5.8/1345.1/1184.6/1065.5/127
Extra-urban cycle3.9/903.7/873.8/894/94
Combined4.6/1064.2/984.1/954.5/105
Weights (in kg)
Gross vehicle weight1,2901,2901,3001,290
Weight in running order (with driver)929940931932
Gross front axle weight680680680680
Gross rear axle weight640640640640
Permitted roof load50505050 213
Technical data
Advice
Operation
Emergencies
Safety

Technical data
Petrol/CNG engine 1.0 50 kW (68 PS) Engine specificationsPower output in kW (PS) at rpmMaximum torque (Nm at rpm)No. of cylinders/capacity (cm
3
)Fuel
50 (68)/6,20090/3,0003/999CNG / Super 95 RON
Performance
Top speed (km/h)164 (4)
Acceleration from 0-80 km/h (seconds)10.3
Acceleration from 0-100 km/h (seconds)16.3
Consumption (l/100 km)/ CO 2 (g/km)
Urban cycle5.5/99
Extra-urban cycle3.8/68
Combined4.4/79
Weights (in kg)
Gross vehicle weight1,370
Weight in running order (with driver)1,031
Gross front axle weight680
Gross rear axle weight640
Permitted roof load50 214

Technical features
Dimensions Fig. 180
Dimensions Mii 3-doorMii 5-door
A/BFront and rear projection (mm)595/542
CWheelbase (mm)2,420
DLength (mm)3,557
E/FFront/rear a)
track width (mm)1,428/1,424
GWidth (mm)1,6411,645
HHeight at kerb weight (mm)1,478
Turning radius (m)approx. 9.8
a) This data will change depending on the type of wheel rim.
215
Technical data
Advice
Operation
Emergencies
Safety