2017 NISSAN ARMADA PLATINUM width

.The radar sensors may not be able
to detect and activate BSI when
certain objects are present such as:
— Pedestrians, bicycles, animals.
— Vehicles such as motorcycles,
low height vehicles, or high
ground clearance vehicles.
— Vehicles remaining in the detec- tion zone when you accelerate
from a stop.
— Oncoming vehicles.
— A vehicle merging into an adja- cent lane at a speed approxi-
mately the same as your vehicle.
— A vehicle approaching rapidly from behind.
— A vehicle which your vehicle overtakes rapidly.
— A vehicle that passes through the detection zone quickly.
. The radar sensor’s detection zone is
designed 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 vehicles driving
two lanes away.
. The radar sensors are designed to
ignore most stationary objects,
however objects such as guardrails,
walls, foliage and parked vehicles
may occasionally be detected. This
is a normal operation condition.
. The camera may not detect lane
markers in the following situations
and the BSI system may not operate
properly.
— On roads where there are multi-
ple 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 detect-
able.
— On roads where there are sharp curves.
— On roads where there are shar- ply contrasting objects, such as
shadows, 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 di- rection 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 camera unit.
— When the headlights are not bright due to dirt on the lens or
if aiming is not adjusted prop-
erly.
— When strong light enters a lane camera unit. (For example: light
directly shines on the front of
the vehicle at sunrise or sunset.)
— When a sudden change in brightness occurs. (For example:
when the vehicle enters or exits
a tunnel or under a bridge.)

.Do not use the BSI system under the
following conditions because the
system may not function properly.
— During bad weather. (For exam-
ple: 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 temporary lane.
— When driving on roads where the lane width is too narrow.
— When driving with a tire that is not within 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
suspension parts.
— When towing a trailer or other vehicle. .
Excessive noise (for example, audio
system volume, open vehicle win-
dow) will interfere with the chime
sound, and it may not be heard.
BSI DRIVING SITUATIONS
Indicator on

Predictive course lines*6:
Indicate the predictive course when backing up.
The predictive course lines will be displayed on
the monitor when the shift lever is in the R
(Reverse) position and the steering wheel is
turned. The predictive course lines will move
depending on how much the steering wheel is
turned and will not be displayed while the
steering wheel is in the neutral position.
The vehicle width guide lines and the width of
the predictive course lines are wider than the
actual width and course.
HOW TO PARK WITH PREDICTIVE
COURSE LINES

.Objects in the monitor will appear
visually opposite compared to when
viewed in the rearview and outside
mirrors.
. Use the mirrors or actually look to
properly judge distances to other
objects.
. The distance between objects
viewed in the rear view differs from
actual distance because a wide-
angle lens is used.
. On a snow-covered or slippery road,
there may be a difference between
the predictive course line and the
actual course line.
. The vehicle width and predictive
course lines are wider than the
actual width and course.
. The displayed lines on the rear view
will appear slightly off to the right
because the rearview camera is not
installed in the rear center of the
vehicle.

.The radar sensors may not be able
to detect and activate BSI when
certain objects are present such as:
— Pedestrians, bicycles, animals.
— Vehicles such as motorcycles,
low height vehicles, or high
ground clearance vehicles.
— Vehicles remaining in the detec- tion zone when you accelerate
from a stop.
— Oncoming vehicles.
— A vehicle merging into an adja- cent lane at a speed approxi-
mately the same as your vehicle.
— A vehicle approaching rapidly from behind.
— A vehicle which your vehicle overtakes rapidly.
— A vehicle that passes through the detection zone quickly.
. The radar sensor’s detection zone is
designed 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 vehicles driving
two lanes away.
. The radar sensors are designed to
ignore most stationary objects,
however objects such as guardrails,
walls, foliage and parked vehicles
may occasionally be detected. This
is a normal operation condition.
. The camera may not detect lane
markers in the following situations
and the BSI system may not operate
properly.
— On roads where there are multi-
ple 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 detect-
able.
— On roads where there are sharp curves.
— On roads where there are shar- ply contrasting objects, such as
shadows, 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 di- rection 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 camera unit.
— When the headlights are not bright due to dirt on the lens or
if aiming is not adjusted prop-
erly.
— When strong light enters a lane camera unit. (For example: light
directly shines on the front of
the vehicle at sunrise or sunset.)
— When a sudden change in brightness occurs. (For example:
when the vehicle enters or exits
a tunnel or under a bridge.)

.Do not use the BSI system under the
following conditions because the
system may not function properly.
— During bad weather. (For exam-
ple: 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 temporary lane.
— When driving on roads where the lane width is too narrow.
— When driving with a tire that is not within 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
suspension parts.
— When towing a trailer or other vehicle. .
Excessive noise (for example, audio
system volume, open vehicle win-
dow) will interfere with the chime
sound, and it may not be heard.
BSI DRIVING SITUATIONS
Indicator on

Predictive course lines*6:
Indicate the predictive course when backing up.
The predictive course lines will be displayed on
the monitor when the shift lever is in the R
(Reverse) position and the steering wheel is
turned. The predictive course lines will move
depending on how much the steering wheel is
turned and will not be displayed while the
steering wheel is in the neutral position.
The vehicle width guide lines and the width of
the predictive course lines are wider than the
actual width and course.
HOW TO PARK WITH PREDICTIVE
COURSE LINES

.Objects in the monitor will appear
visually opposite compared to when
viewed in the rearview and outside
mirrors.
. Use the mirrors or actually look to
properly judge distances to other
objects.
. The distance between objects
viewed in the rear view differs from
actual distance because a wide-
angle lens is used.
. On a snow-covered or slippery road,
there may be a difference between
the predictive course line and the
actual course line.
. The vehicle width and predictive
course lines are wider than the
actual width and course.
. The displayed lines on the rear view
will appear slightly off to the right
because the rearview camera is not
installed in the rear center of the
vehicle.