2019 INFINITI QX80 low beam

3-32Pre-driving checks and adjustments
properly. Driving without adjusting
the mirror may cause difficulty in
watching the display at Smart Rear-
view Mirror mode (camera view
mode) due to the reflection from the
surface of the mirror.
. If the Smart Rearview Mirror mal-
functions, immediately switch the
system to the conventional rearview
mirror mode.
. When strong light (for example, sun-
light or high beams from following
vehicles) enters the camera, a light
beam or a glaring light may appear on
the monitor screen of the Smart
Rearview Mirror. In that case, switch
the system to the conventional rear-
view mirror mode appropriately.
. If dirt, rain or snow accumulates on
the exterior glass surface covering
the camera, the Smart Rearview
Mirror may not display objects
clearly. Use of the rear window
wiper/washer may improve visibility,
but if not, switch the Smart Rearview
Mirror to the conventional rearview
mirror mode until a time the glass
covering the camera can be cleaned.
JVP0515X
MENU button
Left button
Right button
Mode select lever
HomeLink®buttons (1-3)
Components:
Smart Rearview Mirror provides a clear
rearview from a camera located on the rear
of the vehicle. Smart Rearview Mirror has
two modes: conventional rearview mirror
mode and Smart Rearview Mirror mode
(camera view mode). You can switch these
two modes by the mode select lever
.
For the operation of the HomeLink®buttons, see “HomeLink®Universal Transceiver (Type B)” (P.2-73).

5-62Starting and driving
JVS0479X
BCI SYSTEM PRECAUTIONS
WARNING
Listed below are the system limitations
for the BCI system. Failure to operatethe vehicle in accordance with these
system limitations could result in serious
injury or death.
.
Always check your surroundings and
turn to check what is behind you
before backing up. .
The radar sensors detect approach-
ing (moving) vehicles. The radar sen-
sors cannot detect every object such
as:
— Pedestrians, bicycles, animals or child operated toy vehicles
— A vehicle that passing at speeds greater than approximately 15
MPH (24 km/h)
. The radar sensors may not detect
approaching vehicles in certain situa-
tions:
— Illustration a. When a vehicle parked next to you obstructs the
beam of the radar sensor.
— Illustration b. When the vehicle is parked in an angled parking space.
— Illustration c. When the vehicle is parked on inclined ground.
— Illustration d. When an approach- ing vehicle turns into your vehi-
cle’s parking lot aisle.
— Illustration e. When the angle formed by your vehicle and ap-
proaching vehicle is small.
. The following conditions may reduce
the ability of the radar sensors to
detect other vehicles:

FEB WITH PEDESTRIAN DETEC-
TION SYSTEM LIMITATIONS
WARNING
Listed below are the system limitations
for the FEB with pedestrian detection
system. Failure to operate the vehicle in
accordance with these system limita-
tions could result in serious injury or
death.
.The FEB with pedestrian detection
system cannot detect all vehicles or
pedestrians under all conditions.
. The radar sensor FEB with pedes-
trian detection system does not de-
tect the following objects:
— Small pedestrians (including small children), animals and cyclists.
— Pedestrians in wheelchairs or using mobile transport such as
scooters, child-operated toys, or
skateboards.
— Pedestrians who are seated or otherwise not in a full upright
standing or walking position.
— Oncoming vehicles — Crossing vehicles
— Obstacles on the roadside
. The FEB with pedestrian detection
system has some performance limita-
tions.
— If a stationary vehicle is in the vehicle’s path, the FEB with pe-
destrian detection system will not
function when the vehicle is driven
at speeds over approximately 50
MPH (80 km/h).
— For pedestrian detection, the FEB with pedestrian detection
system will not function when
the vehicle is driven at speeds
over approximately 37 MPH (60
km/h) or below approximately 6
MPH (10 km/h).
. The FEB with pedestrian detection
system will not function for pedes-
trians in darkness or in tunnels, even
if there is street lighting in the area.
. For pedestrians, the FEB with pedes-
trian detection system will not issue
the first warning and will not push
the accelerator pedal up.
. The FEB with pedestrian detection
system may not function if the vehi-
cle ahead is narrow (for example a motorcycle).
. The FEB with pedestrian detection
system may not function if speed
difference between the two vehicles
is too small.
. The radar sensor FEB with pedes-
trian detection system may not func-
tion properly or detect a vehicle
ahead in the following conditions:
— Poor visibility (conditions such as rain, snow, fog, dust storms,
sandstorms, and road spray from
other vehicles)
— Driving on a steep downhill slope or roads with sharp curves.
— Driving on a bumpy road surface, such as an uneven dirt road.
— If dirt, ice, snow or other material is covering the radar sensor area.
— Interference by other radar sources.
— The camera area of windshield is fogged up, or covered with dirt,
water drops, ice, snow, etc.
— Strong light (for example, sun- light or high beams from oncom-
ing vehicles) enters the front
camera. Strong light causes the
area around the pedestrian to be
Starting and driving5-105

JVS0298X
Illustration D
PFCW SYSTEM LIMITATIONS
WARNING
Listed below are the system limitations
for the PFCW system. Failure to operate
the vehicle in accordance with these
system limitations could result in serious
injury or death.
.The PFCW system cannot detect all
vehicles under all conditions.
. The radar sensor does not detect the
following objects: — Pedestrians, animals or obstacles
in the roadway
— Oncoming vehicles
— Crossing vehicles
. (Illustration A) The PFCW system
does not function when a vehicle
ahead is a narrow vehicle, such as a
motorcycle.
. The radar sensor may not detect a
vehicle ahead in the following condi-
tions:
— Snow or heavy rain — Dirt, ice, snow or other material
covering the radar sensor
— Interference by other radar sources
— Snow or road spray from travel- ling vehicles.
— Driving in a tunnel
— Towing a trailer or other vehicle
. (Illustration B) When the vehicle
ahead is being towed.
. (Illustration C) When the distance to
the vehicle ahead is too close, the
beam of the radar sensor is ob-
structed.
. (Illustration D) When driving on a
steep downhill slope or roads with
sharp curves.
. The system is designed to automati-
cally check the sensor’s functionality,
within certain limitations. The system
may not detect some forms of ob-
struction of the sensor area such as
ice, snow, stickers, for example. In
these cases, the system may not be
able to warn the driver properly. Be
sure that you check, clean and clear
the sensor area regularly.
. Excessive noise will interfere with the
warning chime sound, and the chime
Starting and driving5-115

JVM0854X
1. Map light
2. Front parking light/daytime runninglight/front turn signal light
3. Headlight (high-beam)
4. Fog light
5. Headlight (low-beam) 6. Front side marker light
7. Puddle light
8. Step light
9. Side turn signal light
10. Front armrest light
11. Rear armrest light12. Cargo light
13. High-mounted stop light
14. Side step light (if so equipped)
15. Rear personal light
16. Rear combination light (tail/stop/side
marker light)
17. Rear turn signal light
18. Back-up light
19. License plate light
Do-it-yourself8-23
LIGHTS

8-24Do-it-yourself
HEADLIGHTS
If replacement is required, it is recommended
you visit an INFINITI retailer for this service.
EXTERIOR AND INTERIOR LIGHTS
ItemWattage (W)Bulb No.
Headlight* High beams LED—
Low beams LED—
Front turn signal light* LED—
Fog light* LED—
Front parking light* LED—
Front side marker light* LED—
Rear combination light* tail LED—
back-up LED—
stop/tail LED—
side marker LED—
Rear turn signal light* 21PY21W
License plate light* 5W5W
Puddle light* LED—
Front and rear armrest light* LED—
Map light* LED—
Rear personal light 8—
Cargo light 8—
Vanity mirror light 2—
Step light* 5—
Side step light* (if so equipped) LED—
High-mounted stop light* LED—
*: It is recommended you visit an INFINITI retailer for replacement.