2017 Seat Arona sensor

Driver assistance systems
time it means that there is a fault. Contact a
s pec
i
alised workshop. SEAT recommends vis-
iting a SEAT dealership. WARNING
If you do not heed the Press the brake
mes s

age, the vehicle may initiate an involun-
tary movement and could crash into the vehi-
cle ahead. In any event, before driving off,
check that the road is clear. The radar sensor
may not detect obstacles on the road. This
could cause an accident and serious injuries.
If necessary, apply the brake. 219Technical data
Advice
Operation
Emergencies
Safety

Operation
Blind spot detector (BSD) with
p ark
in
g assistance (RCTA)*
Introduction The blind spot detector (BSD) helps to detect
the traffic
s

ituation behind the vehicle.
The integrated parking assistant (RCTA) helps
the driver when backing out of a parallel
parking spot and in manoeuvring.
The blind spot detector has been developed
for driving on paved roads. WARNING
The smart technology incorporated into the
blind s pot

detector (BSD) with parking assis-
tance (RCTA) included cannot overcome the
limits imposed by the laws of physics; it only
works within the limits of the system. Acci-
dents and severe injury may occur if the blind
spot detection system or the rear cross traffic
alert are used negligently or involuntarily.
The system is not a replacement for driver
awareness.
● Adapt your speed and safe distance to the
vehicl
e in front of you at all times to suit visi-
bility, weather, road and traffic conditions.
● Keep your hands on the wheel at all times
to be re
ady to intervene in the steering at any
time.
● Pay attention to the control lamps that may
come on in the ext
ernal rear view mirrors and on the instrument panel, and follow any in-
struction
s

they may give.
● The blind spot assistant could react to any
speci
al constructions that might be present
on the sides of the vehicle: e.g. high or irreg-
ular dividers. This may cause erroneous warn-
ings.
● Never use the blind spot detector with rear
cro
ss traffic alert on unpaved roads. The blind
spot detector with rear cross traffic alert has
been designed for use on paved roads.
● Always pay attention to the vehicle's sur-
roundin
gs.
● Never use the blind spot detector or the
parkin
g assistant if the radar sensors are
dirty.
● The external rear view mirror control lamps
may
have limited functionality due to solar
radiation. CAUTION
● The ra d

ar sensors on the rear bumper may
be damaged or shifted in the event of a colli-
sion, for example, when entering or exiting a
parking space. This may result in the system
disconnecting itself, or at least possibly hav-
ing its functionality diminished.
● In order to ensure that the radar sensors
work pr
operly, keep the rear bumper free of
snow and ice and do not cover it.
● The rear bumper should only be painted
with paint
authorised by SEAT. The blind spot detector's functions may be limited or work
incorr
ectly

if other paints are used. Note
If the blind spot detector with parking assis-
t ant doe

s not work as described in this chap-
ter, do not use it and contact a specialised
workshop. Control lamps
Control lamp in external rear view mirrors:

Lights up
Lights up once briefly: the blind spot detector is activa-
ted and ready to operate.
Lights up: blind spot detector has detected a vehicle in
the blind spot.

Flashes
The blind spot detector has detected a vehicle in the
blind spot and the turn signal has been turned on in the
direction of the detected vehicle
›››
. Some warning and control lamps will light up
briefly
when the ignition i
s

switched on to
check certain functions. They will switch off
after a few seconds.
If there are no indications from the control
lamp in the external rear view mirror, this
220

Driver assistance systems
means that the blind spot detector has not
det ect
ed an
y other vehicles in the area ››› .
If the dip
ped be
am is on, then the control
lamps in the external rear view mirrors will be
dimmed (night mode). WARNING
If the warning lamps and the corresponding
mes s

ages are ignored when they light up, the
vehicle may stall in traffic and cause acci-
dents and severe injuries.
● Never ignore the warning lamps or messag-
es.
● Carr

y out the necessary operations. CAUTION
Failure to heed the control lamps and corre-
spondin g t

ext messages when they light up
may result in damage to the vehicle. Blind spot detector (BSD)
Fig. 201
In the exterior mirrors: indication of
the b lind s
pot

detector. Fig. 202
Rear view of the vehicle: radar sen-
sor z one

s. The blind spot detector uses radar sensors to
monit
or the ar
e

as behind the vehicle
››› Fig. 202. The system does this by measur-
ing the vehicle's distance from other vehicles
and its speed differential. The blind spot de-
tector will not work at speeds of less than ap-
prox. 15 km/h (9 mph). The system uses opti-
cal signals in the external rear view mirrors to
notify the driver.
Indication in the external rear view mirrors
The control lamp (expanded view) provides
an indication in the corresponding external
mirror ››› Fig. 201 regarding the traffic situa-
tion behind the vehicle, if it is deemed to be
critical. The control lamp of the left-hand ex-
ternal mirror indicates the traffic situation to
the left of the vehicle, and the control lamp of
the right-hand external mirror indicates the
traffic situation to the right of the vehicle. »
221
Technical data
Advice
Operation
Emergencies
Safety

Operation
In the case of retrofitted tinted windows or
w indo
w
s with tinted film, the indications of
the external mirrors may not be seen clearly
or correctly.
Keep the external mirrors clean and free of
snow and ice, and do not cover them with ad-
hesives or other similar materials.
Radar sensors
The radar sensors are located on the left and
right of the bumper and are not visible from the outside
››› Fig. 202. The sensors monitor
both the blind spot and traffic behind the ve-
hicle ››› Fig. 203, ››› Fig. 204. The range to the
sides of the vehicle is a bit larger than the
width of a lane.
The lane width is not detected individually,
but is rather pre-configured in the system.
Thus if you are driving in wide lanes or in be-
tween two lanes, the indications may be in-
correct. Furthermore, the system can detect
vehicles driving in the lane next to you (if there are any), and can also detect stationary
obj
ects such as dividers, and thus give an in-
correct indication.
222

Operation
● in the c a
se of
special constructions to the
side of the vehicle, e.g., high or irregular di-
viders.
Parking assistant (RCTA) Fig. 205
Schematic representation of the rear
c r
o

ss traffic alert: zone monitored around the
vehicle exiting the parking space. The parking assistant uses the radar sensors
on the r
e
ar b

umper ››› Fig. 202 to monitor the
traffic crossing behind the vehicle as it backs
out of a parallel parking space or as it is be-
ing manoeuvred, for example in very low visi-
bility conditions.
If the system detects that someone else on
the road is approaching the rear of the vehi-
cle ››› Fig. 205, an acoustic alarm is heard. In addition to the acoustic alarm, if the vehi-
cle i

s equipped with the park assist system,
the driver is also informed by means of a vis-
ual signal on the radio screen. This signal is
displayed in the form of a red strip at the
back of the image of the vehicle on the radio
screen. This strip displays the side of the ve-
hicle towards which traffic is approaching.
Automatic braking to reduce damages
If the rear cross traffic alert detects that
someone else on the road is approaching the
rear of the vehicle and the driver does not
step on the brake, the system will engage the
brakes automatically.
The parking system helps the driver by auto-
matically engaging the brakes to reduce any
damage. The system will brake automatically
if the vehicle is reversing at a speed of ap-
proximately 1-12 km (1-7 mph). Once it has
detected that the vehicle has stopped, the
system will keep the vehicle stopped for ap-
prox. 2 seconds.
After automatically braking to reduce dam-
age, the system will not be able to automati-
cally brake again for approximately 10 sec-
onds.
You can interrupt the automatic braking by
stepping hard on the accelerator pedal or the
brake pedal in order to regain control of the
vehicle. WARNING
The smart technology incorporated into the
re ar c

ross traffic alert cannot overcome the
limits imposed by the laws of physics; it only
works within the limits of the system. The
parking assistant function should not tempt
you into taking any risks. The system is not a
replacement for driver awareness.
● The system should never be used in limited
vis
ibility conditions or complicated traffic,
e.g., in high-traffic areas or when crossing
multiple lanes.
● Be sure to always be aware of the vehicle's
surrou
ndings, since the system often fails to
detect things such as bicycles or pedestrians.
● The rear cross traffic alert itself will not
brake the
vehicle to a complete stop. Using the blind spot detector (BSD)
w
ith p
ark

ing assistant (RCTA) Activating and deactivating the blind spot
det
ect
or (BSD) w

ith parking assistant (RCTA)
The blind spot detector with parking assis-
tant can be switched on and off by accessing
the Assistance systems menu on the
dash panel display using the steering wheel
controls. If the vehicle is equipped with a
multifunction camera, it can also be ac-
cessed by means of the driver assistance sys-
tems key located on the main beam head-
light lever.
224

Driver assistance systems
Open the Assistants menu.
●  Blind s pot
●  Ex
it Assist
If the
verification box on the control panel is
checked , the functionality will be automat-
ically activated at ignition.
When the blind spot detector is ready to op-
erate, the indications in the external mirrors
will turn on briefly as confirmation.
When the vehicle is restarted, the last adjust-
ment in the system will remain active.
If the blind spot detector was automatically
deactivated, it will only be possible to restart
the system after turning the vehicle off and
restarting it.
Automatic deactivation of the blind spot de-
tector (BSD)
The radar sensors of the blind spot detector
with rear cross traffic alert will be automati-
cally deactivated when, among other rea-
sons, one of the sensors is detected to be
permanently covered. This may be the case if,
for example, there is a layer of snow or ice in
front of one of the sensors.
The relevant text message will appear in the
dash panel display. Trailer mode
The Blind spot det

ector and the rear cross
traffic alert will be automatically deactivated
and it will be impossible to activate them if
the tow hitch is electrically connected to a
trailer or other similar object.
As soon as the driver starts to drive with a
trailer connected electrically to the vehicle, a
message will appear on the instrument panel
display indicating that the blind spot detec-
tor and the rear cross traffic alert are deacti-
vated. Once the trailer has been unhitched
from the vehicle, if you want to use the blind
spot detector and the rear cross traffic alert,
you will have to reactivate them in the corre-
sponding menu.
If the towing hitch is not factory equipped,
then the blind spot detector and the rear
cross traffic alert will have to be deactivated
manually when driving with a trailer.
SEAT Drive Profile*
Introduction SEAT Drive Profile enables the driver to
c
hoo
se betw

een four profiles or modes, Nor-
mal , Sport , Eco and Individual , that
modify the behaviour of various vehicle func-
tions, providing different driving experiences. The Individual
profil
e can be configured
according to personal preferences. The other
profiles are fixed.
Description Depending on the equipment fitted in the ve-
hicl
e,

SEAT Drive Profile can operate on the
following functions:
Engine
Depending on the profile selected, the en-
gine responds more spontaneously or more
in harmony with the movements of the accel-
erator. Additionally, when Eco mode is selec-
ted, the Start-stop function is automatically
activated.
In vehicles with automatic transmission, the
gear change points are modified to position
them in lower or higher engine speed ranges.
Additionally, the Eco mode activates the In-
ertia function, enabling consumption to be
further reduced.
In manual gearbox vehicles, Eco mode cau-
ses the gear change recommendation indica-
tions that appear on the instrument panel to
vary, facilitating more efficient driving.
“Dual Ride” suspension
The “Dual Ride” suspension features a com-
fortable suspension in the Eco and Normal»
225
Technical data
Advice
Operation
Emergencies
Safety

Driver assistance systems
may compromise safety. The system is not a
rep
l
acement for driver awareness.
● Any accidental movement of the vehicle
coul
d result in serious injury.
● Adapt your speed and driving style at all
times t
o suit visibility, weather, road and traf-
fic conditions.
● Certain surfaces of objects and garments
do not refl
ect the ultrasound sensors' sig-
nals. The system cannot detect, at least cor-
rectly, these objects or people wearing such
clothes.
● Ultrasound sensor signals may be affected
by e
xternal sound sources. In certain circum-
stances this may prevent them from detect-
ing people or objects.
● The ultrasound sensors have blind spots in
which ob
stacles and people are not regis-
tered.
● Monitor the area around the vehicle at all
times, sinc
e the ultrasound sensors do not
detect small children, animals or certain ob-
jects in all situations. WARNING
Quick turns of the steering wheel when park-
ing or e x

iting a parking space with Park As-
sist can cause serious injury.
● Do not hold the steering wheel during ma-
noeuvre
s to park or exit a parking space until
the system requests it. Doing so disables the
system during the manoeuvre, resulting in
the parking being cancelled. CAUTION
● In cer t

ain circumstances, the ultrasonic
sensors do not detect objects such as trailer
tongues, bars, fences, posts or thin trees, or
an open (or opening) rear lid, which could
damage the vehicle.
● Retrofitting of certain accessories to the ve-
hicle, s
uch as a bicycle rack, may interfere
with the operation of the Park Assist system
and cause damage.
● The Park Assist system uses as a reference
parked
vehicles, curbs and other objects.
Make sure that the tyres and wheels are not
damaged while parking. If necessary, oppor-
tunely interrupt the parking manoeuvre to
avoid damaging the vehicle.
● The ultrasound sensors on the bumper may
be damag
ed or shifted in the event of a colli-
sion, for example, when entering or exiting a
parking space.
● If you use high-pressure or vapour equip-
ment to c
lean the ultrasound sensors, do not
apply it directly unless very briefly and al-
ways from a distance of more than 10 cm.
● A registration plate or plate holder on the
front w
ith larger than the space for the regis-
tration plate, or a registration plate that is
curved or warped can cause:
–false detections,
– loss of sensor visibility.
– cancellation of the parking manoeuvre or
defective parking. ●
If one of the u

ltrasonic sensors is damaged,
the area corresponding to that group of sen-
sors (front or rear) is deactivated and cannot
be activated until the fault is corrected. How-
ever, you can still use the sensors of the oth-
er bumper as per usual. If there is a fault in
the system, consult a specialist workshop.
SEAT recommends visiting a SEAT dealership
for this. Note
● In or der t o guar

antee good system opera-
tion, keep the ultrasound sensors of the
bumper clean, free of snow or ice, and do not
cover them with adhesives or other objects.
● Certain sources of noise, such as rough as-
phalt
or paving stones and the noise of other
vehicles can induce the Park Assist system or
ParkPilot to give erroneous warnings.
● In order to become familiar with the system
and its f
unctions, SEAT recommends that you
practice operating the Park Assist system in
an area where there is not too much traffic or
in a car park. 229
Technical data
Advice
Operation
Emergencies
Safety

Operation
Description of the Park Assist system Fig. 209
In the centre console: button to
sw it
c
h on the Park Assist system. The components of Park Assist system are
the u
ltr
a

sonic sensors located in the front
and rear bumpers, the 
› ›
› Fig. 209
button
to switch the system on and off and the mes-
sages on the instrument panel display.
Prematurely stopping or automatically inter-
rupting the manoeuvres for parking or exit-
ing a parking space
Park Assist interrupts the manoeuvres for
parking or exiting a parking space in any of
the following cases: ●
Button  is pressed.
● The speed exceeds approximately 7 km/h
(4 mph).
● The driver takes hold of the steering wheel.
● The parking manoeuvre does not end with-
in ap pr
o

ximately 6 minutes following activa-
tion of the automatic steering.
● There is a fault in the system (the system is
temporari
ly unavailable).
● ASR is switched off.
● ASR or ESC intervene with regulation.
● The driver door is opened.
To re
start the manoeuvre it is necessary that
none of these things occur and that button  is pressed again.
S pec
i

al Characteristics
The Park Assist system is subject to certain
limitations inherent to the system. For exam-
ple, it is therefore not possible to enter or exit
a parking space on sharp bends.
While entering or exiting a parking space, a
brief signal sounds to prompt the driver to
change between forward and reverse gears. If
this signal does not sound, the gear change will be indicated when the continuous signal
sounds

(object at 30 cm) in ParkPilot.
When the Park Assist system turns the steer-
ing wheel with the vehicle stationary, the in-
strument panel also displays the symbol .
Press down the brake pedal so that the turn
takes place with the vehicle stationary and
the smallest possible number of manoeuvres
take place in the parking space.
Trailer mode
The Park Assist system cannot be switched
on if the factory-fitted towing bracket
››› page 245 is electrically connected to a
trailer.
After changing a wheel
If, after changing a wheel, the vehicle stops
entering and exiting parking spaces correctly,
the circumference of the new wheel may be
different and the system may need to adapt
to it. The adaptation is automatic and takes
place during driving. Making turns slowly, at
less than 20 km/h (12 mph) may contribute
to this adaptation process ››› in Introduc-
tion on p ag
e 228

.
230