2019 INFINITI QX60 sensor

Vehicle set-up:1. Park the vehicle in a safe and level place.
2. Apply the parking brake and place the shift lever in the P (Park) position.
3. Place the ignition switch in the ON posi- tion. Do not start the engine.
Operation: 1. Add air to the tire.
2. After a few seconds, the hazard indica- tors will start flashing.
3. When the designated pressure is reached, the horn beeps once and the
hazard indicators stop flashing.
4. Perform the above steps for each tire. ∙ If the tire is over-inflated more thanapproximately 4 psi (30 kPa), the horn
beeps and the hazard indicators flash
three 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 Indi-
cator is not operating. ∙ The TPMS will not activate the TPMS
with Tire Inflation Indicator under the
following conditions:
– If there is interference from an exter- nal device or transmitter.
– The air pressure from the inflation de- vice is not sufficient to inflate the tire.
– There is a malfunction in the TPMS.
– There is a malfunction in the horn or hazard indicators.
– The identification code of the tire pressure sensor is not registered to
the system.
– The battery of the tire pressure sensor is low.
∙ If the TPMS with Tire Inflation Indica- tor does not operate due to TPMS
interference, 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 pas-
senger cars to make them capable of per-
forming in a variety of on-pavement and off-
road applications. This gives them a higher
center of gravity than ordinary vehicles. An
advantage of higher ground clearance is a
better view of the road, allowing you to an-
ticipate problems. However, they are not de-
signed for cornering at the same speeds as
conventional 2-Wheel Drive vehicles any
more than low-slung sports cars are de-
signed to perform 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 cor-
rectly may result in loss of control or vehicle
rollover. In a rollover crash, an unbelted per-
son is significantly more likely to die than a
person wearing a seat belt.
For additional information, refer to “Driving
safety precautions” in this section.
5-8Starting and driving

The BSW system uses radar sensors1in-
stalled near the rear bumper to detect other
vehicles in an adjacent lane. The radar sensors can detect vehicles on ei-
ther side of your vehicle within the detection
zone shown as illustrated. This detection
zone starts from the outside mirror of your
vehicle and extends approximately 10 ft
(3.0 m) behind the rear bumper, and approxi-
mately 10 ft (3.0 m) sideways.
LSD2221
Detection zone
SSD1030
Starting and driving5-39

1Side BSW/RCTA indicator light
2BSW/RCTA indicator
BSW SYSTEM OPERATION
The BSW system operates above approxi-
mately 20 mph (32 km/h).
If the radar sensors detect a vehicle in the
detection zone, the side BSW/RCTA indica-
tor light
1illuminates. If the turn signal is
then activated, the system chimes (twice) and
the side BSW/RCTA indicator light flashes.
The side BSW/RCTA indicator light contin-
ues to flash until the detected vehicle leaves
the detection zone.
The side BSW/RCTA indicator light illumi-
nates for a few seconds when the ignition
switch is placed in the ON position.
The brightness of the side BSW/RCTA indi-
cator light is adjusted automatically depend-
ing 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 side BSW/RCTA indicator light
flashes and no chime sounds. For additional
information, refer to “BSW driving situations”
in this section.
LSD2631
5-40Starting and driving

HOW TO ENABLE/DISABLE THE
BSW SYSTEM
When the BSW system is enabled in the ve-
hicle information display, the system can be
turned off temporarily by pushing the warn-
ing systems switch. For additional informa-
tion, refer to “Warning systems switch” in the
“Instruments and controls” section of this
manual.
Perform the following steps to enable or dis-
able the BSW system.1. Press the
button until “Settings”
displays in the vehicle information dis-
play. Use the
button to select
“Driver Assistance.” Then press the EN-
TER button.
2. Select “Driving Aids” and press the EN- TER button.
3. Select “Blind Spot” and press the ENTER button.
4. Select “Blind Spot” and use the ENTER button to turn the system on or off. NOTE:
∙ When enabling/disabling the system,
the system will retain current settings
even if the engine is restarted.
∙ The RCTA system (if so equipped) is in-
tegrated into the BSW system. There is
not a separate selection in the vehicle
information display for the RCTA sys-
tem. When the BSW is disabled, the
RCTA system is also disabled.
∙ When the BSW system is turned on, the
BSW/RCTA indicator (white) in the ve-
hicle information display illuminates.BSW SYSTEM LIMITATIONS
WARNING
Listed below are the system limitations for
the BSW system. Failure to operate the ve-
hicle in accordance with these system limi-
tations could result in serious injury or
death.
∙ The BSW system cannot detect all ve-
hicles under all conditions.
∙ The radar sensors may not be able to de- tect and activate BSW when certain ob-
jects are present such as: – Pedestrian, bicycles, 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.
– 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 overtakes rapidly.
– A vehicle that passes through the de- tection zone quickly.
– When overtaking several vehicles in a row, the vehicles after the first vehicle
may not be detected if they are trav-
eling close together.
∙ 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 ad-
jacent lane. When driving in a narrow
lane, the radar sensors may detect ve-
hicles driving two lanes away.
5-42Starting and driving

∙ The radar sensors are designed to ignoremost stationary objects; however, ob-
jects such as guardrails, walls, foliage and
parked vehicles may occasionally be de-
tected. This is a normal operation
condition.
∙ The following conditions may reduce the ability of the radar to detect other
vehicles:
– Severe weather
– Road spray
– Ice/frost/snow/dirt build-up on the vehicle
∙ Do not attach stickers (including trans- parent material), install accessories or
apply additional paint near the radar sen-
sors. These conditions may reduce the
ability of the radar to detect other
vehicles.
∙ Excessive noise (for example, audio sys- tem volume, open vehicle window) will
interfere with the chime sound, and it
may not be heard.
BSW DRIVING SITUATIONS
Indicator on
Indicator off
Indicator flashing
Another vehicle approaching from
behind
Illustration 1: The side BSW/RCTA indicator
light illuminates if a vehicle enters the detec-
tion zone from behind in an adjacent lane. Illustration 2:
If the driver activates the turn
signal when another vehicle is in the detec-
tion zone, then the system chimes (twice) and
the side indicator light flashes.
NOTE:
∙
The radar sensors may not detect vehicles
which are approaching rapidly from behind.
∙ If the driver activates the turn signal be-
fore a vehicle enters the detection zone,
the side indicator light will flash but no
chime will sound when the other vehicle
is detected.
Illustration 1 – Approaching from behind
LSD2299
Illustration 2 – Approaching from behind
LSD2300
Starting and driving5-43

Overtaking another vehicle
Illustration 3:The side indicator light illumi-
nates if you overtake a vehicle and that ve-
hicle stays in the detection zone for approxi-
mately 2 seconds. Illustration 4:
If the driver activates the turn
signal while another vehicle is in the detection
zone, then the system chimes (twice) and the
side indicator light flashes.
NOTE:
∙ When overtaking several vehicles in a
row, the vehicles after the first vehicle
may not be detected if they are traveling
close together.
∙ The radar sensors may not detect slower
moving vehicles if they are passed
quickly. ∙
If the driver activates the turn signal be-
fore a vehicle enters the detection zone,
the side indicator light will flash but no
chime will sound when the other vehicle
is detected.
Illustration 3 – Overtaking another vehicle
LSD2302
Illustration 4 – Overtaking another vehicle
LSD2303
5-44Starting and driving

Entering from the side
Illustration 5:The side indicator light illumi-
nates if a vehicle enters the detection zone
from either side. Illustration 6:
If the driver activates the turn
signal while another vehicle is in the detection
zone, then the system chimes (twice) and the
side indicator light flashes.
NOTE:
∙ If the driver activates the turn signal be-
fore a vehicle enters the detection zone,
the side indicator light will flash but no
chime will sound when the other vehicle
is detected. ∙
The radar sensors may not detect a ve-
hicle which is traveling at about the same
speed as your vehicle when it enters the
detection zone.
Illustration 5 – Entering from the side
LSD2305
Illustration 6 – Entering from the side
LSD2308
Starting and driving5-45

SYSTEM TEMPORARILY
UNAVAILABLE
When radar blockage is detected, the system
will be deactivated automatically. The “Un-
available: Side Radar Obstruction” warning
message will appear and the BSW/RCTA in-
dicator (white) will blink
Ain the vehicle in-
formation display.
The system is not available until the condi-
tions no longer exist.
The radar sensors may be blocked by tempo-
rary ambient conditions such as splashing
water, mist or fog. The blocked condition
may also be caused by objects such as ice,
frost or dirt obstructing the radar sensors.
NOTE:
If the BSW system stops working, the RCTA
system (if so equipped) will also stop work-
ing.
Action to take:
When the above conditions no longer exist,
the system will resume automatically.
LSD2634
5-46Starting and driving