2014 INFINITI QX60 sensor

Operation:1. Add air to the tire.
2. After a few seconds, the hazard indicators will start flashing.
3. When the designated pressure is reached, the horn beeps once and the hazard indica-
tors stop flashing.
4. Perform the above steps for each tire. ●If the tire is over-inflated more than ap-
proximately 4 psi (30 kPa) , the horn
beeps and the hazard indicators flash 3
times. To correct the pressure, push the
core of the valve stem on the tire briefly to
release pressure. When the pressure
reaches the designated pressure, the
horn beeps once.
● If the hazard indicator does not flash
within approximately 15 seconds after
starting to inflate the tire, it indicates that
the TPMS with Tire Inflation Indicator is
not operating.
● The TPMS will not activate the TPMS with
Tire Inflation Indicator under the following
conditions:
– If there is interference from an external device or transmitter. – The air pressure from the inflation device
is not sufficient to inflate the tire.
– There is a malfunction in the TPMS sys- tem.
– There is a malfunction in the horn or haz- ard indicators.
– The identification code of the tires pres- sure sensor is not registered to the sys-
tem.
– The battery of the tire pressure sensor is low.
● If the TPMS with Tire Inflation Indicator
does not operate due to TPMS interfer-
ence, move the vehicle about 3 ft (1 m)
backward or forward and try again.
If the TPMS with Tire Inflation Indicator is not
working, use a tire pressure gauge.
ON-PAVEMENT AND OFF-ROAD
DRIVING PRECAUTIONS
Utility vehicles have a significantly higher
rollover rate than other types of vehicles.
They have higher ground clearance than passen-
ger cars to make them capable of performing in a
variety of on-pavement and off-road applications.
This gives them a higher center of gravity than
ordinary cars. An advantage of higher ground clearance is a better view of the road, allowing
you to anticipate problems. However, they are not
designed for cornering at the same speeds as
conventional two-wheel drive vehicles any more
than low-slung sports cars are designed to per-
form satisfactorily under off-road conditions. If at
all possible, avoid sharp turns at high speeds. As
with other vehicles of this type, failure to operate
this vehicle correctly may result in loss of control
or vehicle rollover. In a rollover crash, an unbelted
person is significantly more likely to die than a
person wearing a seat belt.
Be sure to read the driving safety precautions
later in this section.
AVOIDING COLLISION AND
ROLLOVER
WARNING
Failure to operate this vehicle in a safe
and prudent manner may result in loss of
control or an accident.
Be alert and drive defensively at all times. Obey
all traffic regulations. Avoid excessive speed,
high speed cornering, or sudden steering ma-
neuvers, because these driving practices could
cause you to lose control of your vehicle. As with
any vehicle, loss of control could result in a
collision with other vehicles or objects or
5-8Starting and driving

●The BSW system operates above ap-
proximately 20 MPH (32 km/h).
● The BSI system operates above ap-
proximately 37 MPH (60 km/h).
BLIND SPOT WARNING (BSW)
SYSTEM/BLIND SPOT
INTERVENTION® (BSI) SYSTEMS
The Blind Spot Warning (BSW) and Blind Spot
Intervention® (BSI) systems can help alert the
driver of other vehicles in adjacent lanes when
changing lanes.
The BSW system uses radar sensors
2in-
stalled near the rear bumper to detect other ve-
hicles beside your vehicle in an adjacent lane. In
addition to the radar sensors, the BSI system
uses a camera
1installed behind the windshield
to monitor the lane markers of your traveling lane. The radar sensors can detect vehicles on either
side of your vehicle within the detection zone
shown as illustrated. This detection zone starts
from the outside mirror of your vehicle and ex-
tends approximately 10 ft (3.0 m) behind the rear
bumper, and approximately 10 ft (3.0 m) side-
ways.
The BSW system operates above approximately
20 MPH (32 km/h). If the radar sensors detects
vehicles in the detection zone, the Blind Spot
Warning indicator light illuminates. If the driver
then activates the turn signal, a chime will sound
twice and the Blind Spot Warning indicator light
will flash.
LSD2153
Detection zone
SSD1030
Starting and driving5-33

The BSI system operates above approximately
37 MPH (60 km/h). If the system detects a ve-
hicle in the detection zone and your vehicle is
approaching the lane marker, the BSI system
provides an audible warning (three times) ,
flashes the Blind Spot Warning indicator light
and slightly applies the brakes for a short period
of time on one side to help return the vehicle back
to the traveling lane. The BSI system provides an
audible warning and turns on or flashes the Blind
Spot Warning indicator light even if the BSW
system is off.
BSW SYSTEM OPERATION
If the radar sensors detect a vehicle in the detec-
tion zone, the Blind Spot Warning (BSW) indica-
tor light located by the outside mirrors illumi-
nates. If the turn signal is then activated, the
system chimes (twice) and the BSW indicator
light flashes. The BSW indicator light continues
to flash until the detected vehicles leave the
detection zone.
The BSW indicator light illuminates for a few
seconds when the ignition switch is placed in the
ON position.The brightness of the BSW indicator light is
adjusted automatically depending on the bright-
ness of the ambient light.
A chime sounds if the radar sensors have already
detected vehicles when the driver activates the
turn signal. 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 “BSW/BSI driving situations”
in this section.
The BSW system automatically turns on every
time the engine is started, as long as it is acti-
vated using the settings menu on the vehicle
information display.
LSD2053
5-34Starting and driving

BSI SYSTEM OPERATION
If the radar sensors detect vehicles in the detec-
tion zone, the Blind Spot Warning indicator light
located near the outside mirrors illuminates. If
your vehicle is approaching a lane marker, the
system chimes a sound (three times) and the
Blind Spot Warning indicator light flashes. Then
the system applies the brakes on one side of the
vehicle for a moment to help return the vehicle
back to the center of the lane. BSI operates
regardless of turn signal usage.NOTE:
Warning and system application of the
brakes will only be activated if the Blind
Spot Warning indicator light is already illu-
minated when your vehicle approaches a
lane marker. If another vehicle comes into
the detection zone after your vehicle has
crossed a lane marker, no warning or brake
application will be activated. For additional
information see “BSW/BSI driving situa-
tions” in this section. The BSI system is
typically activated earlier than the Lane De-
parture Prevention (LDP) system when your
vehicle is approaching a lane marker.
LSD2053LSD2154
5-36Starting and driving

BSW/BSI system precautions
WARNING
●The radar sensors may not be able to
detect and activate BSW/BSI when cer-
tain objects are present such as:
– Pedestrians, bicycles, or animals.
– 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. For additional information see
“BSW/BSI driving situations” in this
section.
– A vehicle merging into an adjacent lane at a speed approximately the
same as your vehicle. For additional
information see “BSW/BSI driving
situations” in this section.
– A vehicle approaching rapidly from behind. For additional information
see “BSW/BSI driving situations” in
this section. – A vehicle which your vehicle over-
takes rapidly. For additional informa-
tion see “BSW/BSI driving situa-
tions” in this section.
● 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 ig-
nore most stationary objects, however
objects such as guardrails, walls, foli-
age and parked vehicles may occasion-
ally be detected. This is a normal driving
condition.
● Severe weather or road spray condi-
tions may reduce the ability of the radar
to detect other vehicles.
● The camera may not detect lane mark-
ers in the following situations and the
BSI 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; lane markers
covered with water, dirt, snow, etc.
– On roads where 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.
– On roads where the traveling lane merges or separates.
– When the vehicle’s traveling direc- tion does not align with the lane
markers.
– 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 a lane cam-
era unit.
5-38Starting and driving

Overtaking other vehicles
Illustration 5: The Blind Spot Warning indicator
light illuminates if you overtake a vehicle and that
vehicle stays in the detection zone for approxi-
mately 3 seconds.
The radar sensors may not detect slower moving
vehicles if they are passed quickly.Illustration 6: If the driver activates the turn signal
while another vehicle is in the detection zone,
then the system chimes a sound (twice) and the
Blind Spot Warning indicator light flashes.
Illustration 7: If the BSI system is on and your
vehicle approaches a lane marker while another
vehicle is in the detection zone the system
chimes a sound (three times) and the Blind Spot
Warning indicator light flashes. Then, the BSI
system slightly applies the brakes on the appro-
priate side to help return the vehicle back to the
center of the driving lane.
Illustration 5 – Overtaking another vehicle
SSD1033
Illustration 6 – Overtaking another vehicle
SSD1034
Illustration 7 – Overtaking another vehicle
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Starting and driving5-41

NOTE:
Illustration 8: When overtaking several ve-
hicles in a row, the vehicles after the first
vehicle may not be detected if they are
traveling close together.Entering from the side
Illustration 9: The Blind Spot Warning indicator
light illuminates if a vehicle enters the detection
zone from either side.
NOTE:
The radar sensors may not detect a vehicle
which is traveling at about the same speed
as your vehicle when it enters the detection
zone.Illustration 10: If the driver activates the turn
signal then the Blind Spot Warning indicator light
flashes and a chime will sound twice.
NOTE:
If the driver activates the turn signal before
a vehicle enters the detection zone, the
Blind Spot Warning indicator light will flash
but no chime will sound when another ve-
hicle is detected.
Illustration 8 – Overtaking several vehicles
SSD1036
Illustration 9 – Entering from the side
LSD2050
5-42Starting and driving

THE BACK-UP COLLISION
INTERVENTION (BCI) SYSTEM (if so
equipped)
WARNING
●The BCI system is not a replacement for
proper driving procedure, is not de-
signed to prevent contact with vehicles
or objects and does not provide full
brake power. When backing out of park-
ing space, always use the side and rear
mirrors and turn and look in the direc-
tion you will move. Never rely solely on
the BCI system. ●
There is a limitation to the detection
capability of the radar or the sonar. Us-
ing the BSI and BCI systems under
some road, ground, lane marker, traffic
or weather conditions could lead to im-
proper system operation. Always rely
on your own operation to avoid
accidents.
BCI SYSTEM OPERATION
The BCI systems can help alert the driver of an
approaching vehicle or objects behind the ve-
hicle when the driver is backing out of a parking
space.
When the shift position is R (Reverse) and the
vehicle speed is less than approximately 5 MPH
(8 km/h), the BCI system operates. The BCI system uses radar sensors
1installed
on both sides near the rear bumper to detect an
approaching vehicle and sonar sensors to detect
objects in the rear.
The radar sensors
1detect an approaching
vehicle from up to approximately 49 ft. (15 m)
away. The sonar sensors
2detect stationary
objects behind the vehicle up to approximately
4.9 feet (1.5 m)
3.
LSD2025LSD2026
5-44Starting and driving