2018 INFINITI QX30 width

Backing up on a steep uphill
When backing up the vehicle up a hill, the
distance guide lines and the vehicle width
guide lines are shown closer than the actual
distance. Note that any object on the hill is
viewed in the monitor farther than it appears.
Backing up on a steep downhill
When backing up the vehicle down a hill, the
distance guide lines and the vehicle width
guide lines are shown farther than the actual
distance. Note that any object on the hill is
viewed in the monitor closer than it appears.
Backing up near a projecting object
The predicted course linesAdo not touch
the object in the display. However, the vehicle
may hit the object if it projects over the actual
moving course.
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4-16Display screen, heater and air conditioner, and audio system

The vehicle width and predicted course lines
are wider than the actual width and course.
1. Visually check that the parking space is
safe before parking your vehicle.2. The rear view of the vehicle is displayed on
the screen
Aas illustrated when the shift
lever is moved to the R (Reverse) position.
When activating the Around View®
Monitor, the icons and the messages may
not be displayed immediately.
3. Slowly back up the vehicle adjusting the
steering wheel so that the predicted
course lines
Benter the parking space
C.
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4. When the rear of the vehicle enters the
parking space
C, maneuver the steering
wheel to make the vehicle width guide
lines
Dparallel to the parking spaceC.
5. When the vehicle is parked in the space
completely, press the P (Park) button and
apply the parking brake.
HOW TO SWITCH THE DISPLAY
The view on the Around View® Monitor
screen can be switched by pressing the
button or by changing the shift
lever position.
Press thebutton:
When thebutton is pushed while
a screen other than a camera screen is dis-
played, the Around View® Monitor operates
and the front view and bird's-eye view are
displayed. Push thebutton to
switch the display to the front view and
front-side view screen.
ADJUSTING THE SCREEN
1. Push the

•The system will not operate at speeds be-
low approximately 40 MPH (60 km/h) or
if it cannot detect lane markers.
•The LDW system is primarily intended
for use on well-developed freeways or
highways. It may not detect the lane
markers in certain roads, weather or
driving conditions.
•Do not use the LDW system under the
following conditions as it may not func-
tion properly:
–During bad weather (rain, fog, snow,
etc.).
–When driving on slippery roads, such
as on ice or snow, etc.
–When driving on winding or uneven
roads.
–When there is a lane closure due to
road repairs.
–When driving in a makeshift or tem-
porary lane.
–When driving on roads where the lane
width is too narrow.
–When driving without normal tire
conditions (for example, tire wear,
low tire pressure, installation of
spare tire, tire chains, non-standard
wheels).–When the vehicle is equipped with
non-original brake parts or suspen-
sion parts.
•The camera may not detect lane markers
in the following situations and the LDW
system may not operate properly.
–On roads where there are multiple
parallel lane markers; lane markers
that are faded or not painted clearly;
yellow painted lane markers; non-
standard lane markers; or lane mark-
ers covered with water, dirt, snow,
etc.
–On roads where the discontinued lane
markers are still detectable.
–On roads where there are sharp
curves.
–On roads where there are sharply
contrasting objects, such as shad-
ows, snow, water, wheel ruts, seams
or lines remaining after road repairs.
(The LDW system could detect these
items as lane markers.)
–On roads where the traveling lane
merges or separates.
–When the vehicle’s traveling direc-
tion does not align with the lane
marker.–When traveling close to the vehicle in
front of you, which obstructs the lane
camera unit detection range.
–When rain, snow or dirt adheres to
the windshield in front of the lane
camera unit.
–When the headlights are not bright
due to dirt on the lens or if the aiming
is not adjusted properly.
–When strong light enters the lane
camera unit. (For example, the light
directly shines on the front of the ve-
hicle at sunrise or sunset.)
–When a sudden change in brightness
occurs. (For example, when the ve-
hicle enters or exits a tunnel or under
a bridge.)
–When there is poor visibility. (For ex-
ample, due to insufficient illumina-
tion of the road, or due to snow, rain,
fog or spray.
–When there is glare. (For example,
from oncoming traffic, the sun or re-
flection when the road is wet).
5-34Starting and driving

Illustration 2:If the turn signal is then acti-
vated, the system chimes (twice) and the
BSW indicator light flashes. The BSW indica-
tor light continues to flash until the detected
vehicles leave the detection zone.
NOTE
•The BSW indicator lights illuminate for a
few seconds when the ignition switch is
placed in the ON position.
•The brightness of the BSW indicator lights
is adjusted automatically depending on the
brightness of the ambient light.
•If a vehicle comes into the detection zone
after the driver activates the turn signal,
then only the BSW indicator light flashes
and no chime sounds. (See "Another ve-
hicle approaching from behind" later in this
section.)
A chime sounds if the radar sensors have
already detected vehicles when the driver ac-
tivates the turn signal.
WARNING
•Do not use the BSW system when tow-
ing a trailer because the system may not
function properly.
•Excessive noise (for example audio sys-
tem volume, open vehicle window) will
interfere with the chime sound, and it
may not be heard.
•The radar sensors may not be able to
detect and activate BSW when certain
objects are present such as:
–Pedestrians, bicycles, animals
–Several types of vehicles such as mo-
torcycles
–Oncoming vehicles
–Vehicles remaining in the detection
zone when you accelerate from a
stop.–A vehicle merging into an adjacent
lane at a speed approximately the
same as your vehicle.
–A vehicle approaching rapidly from
behind.
–A vehicle which your vehicle over-
takes rapidly.
•Severe weather or road spray conditions
may reduce the ability of the radar to
detect other vehicles.
•The radar sensors detection zone is de-
signed based on a standard lane width.
When driving in a wider lane, the radar
sensors may not detect vehicles in an
adjacent lane. When driving in a narrow
lane, the radar sensors may detect ve-
hicles driving two lanes away.
•The radar sensors are designed to ignore
most stationary objects, however ob-
jects such as guardrails, walls, foliage
and parked vehicles may occasionally be
detected. This is a normal operating
condition.
SSD1031Z
Illustration 2
Starting and driving5-39

–Vehicles such as motorcycles, low
height vehicles, or high ground clear-
ance vehicles.
–Oncoming vehicles.
–Vehicles remaining in the detection
zone when you accelerate from a
stop.
–A vehicle merging into an adjacent
lane at a speed approximately the
same as your vehicle.
–A vehicle that is too close to your
vehicle.
–A vehicle approaching rapidly from
behind.
–A vehicle which your vehicle over-
takes rapidly.
•The radar sensors detection zone is de-
signed based on a standard lane width.
When driving in a wider lane, the radar
sensors may not detect vehicles in an
adjacent lane. When driving in a narrow
lane, the radar sensors may detect ve-
hicles driving two lanes away.
•The radar sensors are designed to ignore
most stationary objects, however ob-
jects such as guardrails, walls, foliage
and parked vehicles may occasionally be
detected. This is a normal operating
condition.
•The following conditions may reduce the
ability of the radar to detect other ve-
hicles:
–Severe weather
–Road spray
–Ice/frost/dirt build-up on the vehicle
•Do not attach stickers (including trans-
parent material), install accessories or
apply additional paint near the radar
sensors. These conditions may reduce
the ability of the radar to detect other
vehicles.
•Do not use the BSW system when tow-
ing a trailer because the system may not
function properly.
•Excessive noise (e.g. audio system vol-
ume, open vehicle window) will interfere
with the chime sound, and it may not be
heard.
•The BSW system may not provide a
warning for vehicles that pass through
the detection zone quickly.
Another vehicle approaching from
behind
Illustration 1: The BSW indicator light illumi-
nates if a vehicle enters the detection zone
from behind in an adjacent lane.
However, if the overtaking vehicle is travel-
ling much faster than your vehicle, the indica-
tor light may not illuminate before the de-
tected vehicle is beside your vehicle. Always
use the side and rear mirrors and turn and
look in the direction your vehicle will move to
ensure it is safe to change lanes.
SSD1026Z
Illustration 1 – Approaching from behind
Starting and driving5-41

Other vehicles changing lanes
The ICC system has not detected the vehicle
cutting in yet. The system will not brake for or
keep a following distance to this vehicle.
Narrow vehicles (including
motorcycles)
The ICC system has not yet detected the
vehicle ahead on the edge of the lane be-
cause of its narrow width. The system will not
brake for or keep a following distance to this
vehicle.
Obstructions and stationary
vehicles
The ICC system does not brake for obstacles
or stationary vehicles. If, for example, the
detected vehicle turns a corner and reveals an
obstacle or stationary vehicle The ICC system
will not brake for these.
NSD604NSD605NSD607
Starting and driving5-59

1Tire size (example: P215/60R16 94H)
1 P: The “P” indicates the tire is designed for
passenger vehicles. (Not all tires have this
information.)
2 Three-digit number (215): This number
gives the width in millimeters of the tire
from sidewall edge to sidewall edge.
3 Two-digit number (60): This number,
known as the aspect ratio, gives the tire’s
ratio of height to width.
4 R: The “R” stands for radial.
5 Two-digit number (16): This number is the
wheel or rim diameter in inches.
6
Two- or three-digit number (94): This num-
ber is the tire’s load index. It is a measurement
of how much weight each tire can support.
You may not find this information on all tires
because it is not required by law.
7H:Tire speed rating. You should not drive the
vehicle faster than the tire speed rating.
2TIN (Tire Identification Number) for a new
tire (example: DOT XX XX XXX XXXX)
1 DOT: Abbreviation for the “Department of
Transportation”. The symbol can be placed
above, below or to the left or right of the
Tire Identification Number.
2 Two-digit code: Manufacturer’s identifi-
cation mark
3 Two-digit code: Tire size
4 Three-digit code: Tire type code (Optional)
5 Four numbers represent the week and
year the tire was built. For example, the
numbers 3103 means the 31st week of
2003. If these numbers are missing, then
look on the other sidewall of the tire.
3Tire ply composition and material
The number of layers or plies of rubber-
coated fabric in the tire. Tire manufactur-
ers also must indicate the materials in thetire, which include steel, nylon, polyester,
and others.
4Maximum permissible inflation pressure
This number is the greatest amount of air
pressure that should be put in the tire. Do
not exceed the maximum permissible in-
flation pressure.
5Maximum load rating
This number indicates the maximum load
in kilograms and pounds that can be car-
ried by the tire. When replacing the tires
on the vehicle, always use a tire that has
the same load rating as the factory in-
stalled tire.
6Term of “tubeless” or “tube type”
Indicates whether the tire requires an in-
ner tube (“tube type”) or not (“tubeless”).
7The word “radial”
The word “radial” is shown, if the tire has
radial structure.
8Manufacturer or brand name”
Manufacturer or brand name is shown.
Other tire-related terminology:
In addition to the many terms that are de-
fined throughout this section, Intended Out-
board Sidewall is (1) the sidewall that con-
tains a whitewall, bears white lettering or
bears manufacturer, brand and/or model
SDI1606Z
Example
NDI1623
Example
Do-it-yourself8-31