2016 Seat Ateca traction control

Operation
Park with Park Assist Fig. 203
On the instrument panel display: paral-
l el
parking.  Finding a parking space.  Park-
ing position.  Manoeuvring. Fig. 204
On the instrument panel display: per-
pendic u

lar parking.  Finding a parking space.
 Parking position.  Manoeuvring. Key to
Fig. 203 and Fig. 204:
M e

ssage to move forwards
Your vehicle
Parked vehicle
Parking space detected
Message to park
Message to press the brake pedal
Progress bar
1 2
3
4
5
6
7 Progress bars
The pr
ogr
ess bar
››› Fig. 203 7 and
›››
Fig. 204 7 on the
s c

reen of the instrument panel displays the
relative distance to be covered. The greater
the distance, the fuller the progress bar.
When driving forward, the content of the pro-
gress bar decreases upwards, and when re-
versing, it decreases downwards. Necessary conditions to park with Park As-
si

st
For parallel parking spacesFor perpendicularparking spaces
The traction control system (ASR) must be turned on ››› page 174. 236

Operation
Exiting a parking space with Park As-
s i
st (only for parallel spaces) Fig. 205
On the instrument panel display: ex-
itin g a p

arallel parking space. Key to the
Fig. 205:
P ark

ed vehicle
Your vehicle in reverse gear
Progress bar to indicate the distance left
to cover
Message giving the proposed manoeuvre
to exit the parking space
Necessary conditions to exit a parking space
with Park Assist
● Only for parallel parking spaces
● The traction control system (ASR) must be
turned on ›

›› page 174.
● Length of the space: len
gth of the vehicle
+ 0.5 metres 1 2
3
4 ●
Do not e

xceed approximately 7 km/h
(4 mph) when exiting the parking space.
Exiting a parking space
Do the following:
For parallel parking spaces
1.The necessary conditions to exit a parking space
with Park Assist have to be met ››› page 238.
2.Switch on the engine ››› page 165.
3.
Press the button  ››› Fig. 200.
A control lamp on the button  lights up when
the system is switched on.
4.Turn on the corresponding turn signal towards
the road you will enter when exiting the parking
space.
5.Engage reverse gear or turn the selector lever to
position R.
6.
Release the steering wheel ››› in Introduction
on page 232.
Please note the following message: Active
automatic steering. Watch out around
you.
While you keep watch around you, carefully start
accelerating up to no more than 7 km/h (4 mph).
When exiting the parking space, the system only
takes charge of the steering. You, as the driver,
have to accelerate, engage the clutch if necessa-
ry, change gears and brake.
For parallel parking spaces
7.
Reverse until the ParkPilot continuous signal is
heard.
OR: reverse until the instrument panel display
shows the message to go forward.
The progress bar ››› Fig. 205 3 indicates the dis-
tance to cover ››› page 236.
8.
Press down the brake pedal until the Park Assist
system has finished turning the steering wheel.
OR: press down the brake pedal until the  sym-
bol on the instrument panel display switches off.
9.
Go forward until the ParkPilot continuous signal
is heard.
OR: go forward until the instrument panel display
shows the message to reverse.
The Park Assist system steers the vehicle forward
and back until it can exit the space.
10.
The vehicle can exit the space when a corre-
sponding message is displayed on the instru-
ment panel and, in some cases, an acoustic sig-
nal sounds.
Take charge of the steering with the turning an-
gle set by the Park Assist system.
11.Paying attention to the traffic, exit the parking
space. 238

Advice
The four-wheel drive is specially designed to
c omp
lement the superior engine power. This
combination gives the vehicle exceptional
handling and performance capabilities, both
on normal roads and in more difficult condi-
tions, such as snow and ice. Even so (or per-
haps especially for this reason), it is impor-
tant to observe certain safety points ››› .
W int

er tyres
Thanks to four-wheel drive, your vehicle will
have plenty of traction in winter conditions,
even with the standard tyres. Nevertheless,
we still recommend that winter tyres or all-
season tyres be fitted on all four wheels to
give even better braking response.
Snow chains
On roads where snow chains are mandatory,
this also applies to cars with four-wheel drive
›››  page 56.
Changing tyres
On vehicles with four-wheel drive, all four
tyres must have the same rolling circumfer-
ence. Also avoid using tyres with varying
tread depths ››› page 293.
Off-roader?
Your SEAT is not an off-road vehicle: it does
not have enough ground clearance to be
used as such. It is therefore best to avoid rough tracks and uneven terrain as much as
pos

sible. WARNING
● Ev

en with four-wheel drive, you should al-
ways adjust your speed to suit the condi-
tions. Do not let the extra safety features
tempt you into taking any risks when driving.
Risk of accident!
● The braking capability of your vehicle is
limited b
y the tyres' grip. It is therefore no
different from a car without four-wheel drive.
So do not be tempted to drive too fast on firm
or slippery roads just because the vehicle
still has good acceleration in these condi-
tions. Risk of accident!
● On wet roads bear in mind that the front
wheels
may start to “aquaplane” and lose
contact with the road if the car is driven too
fast. If this should happen, there will be no
sudden increase in engine speed to warn the
driver, as occurs with a front-wheel drive car.
For this reason you should always choose a
driving speed suitable for the road condi-
tions. Risk of accident! Power Management
Thi s

system helps to ensure reliable
starting The power management controls the distribu-
tion of
el

ectrical energy and thus helps to en- sure that there is always enough power avail-
abl

e to start the engine.
If a vehicle with a conventional electrical sys-
tem is left parked for a long time, the battery
will gradually lose its charge because certain
electrical devices, such as the electronic
gearbox lock continues to draw current even
when the ignition is off. In some cases there
may not be enough power available to start
the engine.
Your vehicle is equipped with an intelligent
power management system to control the
distribution of electrical energy. This signifi-
cantly improves reliability when starting the
engine, and also prolongs the useful life of
the battery.
The main functions incorporated in the power
management system are battery diagnosis,
residual current management and dynamic
power management.
Battery diagnosis
The battery diagnosis function constantly
registers the condition of the battery. Sen-
sors detect the battery voltage, battery cur-
rent and battery temperature. This enables
the system to calculate the current power lev-
el and charge condition of the battery.
Residual current management
The residual current management reduces
power consumption while the vehicle is
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