light NISSAN ROGUE HYBRID 2018 Owners Manual
[x] Cancel search | Manufacturer: NISSAN, Model Year: 2018, Model line: ROGUE HYBRID, Model: NISSAN ROGUE HYBRID 2018Pages: 482, PDF Size: 5.79 MB
Page 288 of 482

1. Side BSW/RCTA Indicator Light
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 (1) illuminates. If the turn signal is
then activated, the system chimes (twice),
the side BSW/RCTA indicator light flashes,
and the BSW/RCTA indicator illuminates
(yellow) in the vehicle information display.
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 de-
pending on the brightness of the ambient
light.
If a vehicle comes into the detection zone
af ter the driver activates the turn signal,
then only the side BSW/RCTA indicator light
flashes and no chime sounds. For addi-
tional information, refer to βBSW driving
situationsβ in this section.
LSD2734
Starting and driving5-37
Page 291 of 482

β Ice/frost/dirt build-up on thevehicle
β Do not attach stickers (including transparent material), install accesso-
ries or apply additional paint near the
radar sensors. These conditions may
reduce the ability of the radar to de-
tect other vehicles.
β Excessive noise (for example, audio system 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 de-
tection zone from behind in an adjacent
lane.
Illustration 1 β Approaching from behind
LSD2299
5-40Starting and driving
Page 292 of 482

Illustration 2:If the driver activates the
turn signal when another vehicle is in the
detection zone, then the system chimes
(twice) and the side indicator light flashes. NOTE:
β The radar sensors may not detect ve-
hicles which are approaching rapidly
from behind.
β If the driver activates the turn signal
before a vehicle enters the detection
zone, the side indicator light will flash
but no chime will sound when the
other vehicle is detected.
Overtaking another vehicle
Illustration 3: The side indicator light illu-
minates if you overtake a vehicle and that
vehicle stays in the detection zone for ap-
proximately 2 seconds.
Illustratio n 2 β Approaching from behind
LSD2300
Illustration3βOver taking another ve-
hicle
LSD2302
Starting and driving5-41
Page 293 of 482

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:
β When overtaking several vehicles in a
row, the vehicles af ter the first vehicle
may not be detected if they are trav-
eling close together.
β The radar sensors may not detect
slower moving vehicles if they are
passed quickly. β
If the driver activates the turn signal
before a vehicle enters the detection
zone, the side indicator light will flash
but no chime will sound when the
other vehicle is detected. .Entering from the side
Illustration 5:The side indicator light illu-
minates if a vehicle enters the detection
zone from either side.
Illustratio n4βOver taking another ve-
hicle
LSD2303
Illustratio n 5 β Entering from the side
LSD2305
5-42Starting and driving
Page 294 of 482

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:
β If the driver activates the turn signal
before a vehicle enters the detection
zone, the side indicator light will flash
but no chime will sound when the
other vehicle is detected. β
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.
Illustratio n 6 β Entering from the side
LSD2308
Starting and driving5-43
Page 298 of 482

1. Side BSW/RCTA Indicator Light
RCTA SYSTEM OPERATION
The RCTA system can help alert the driver
of an approaching vehicle when the driver
is backing out of a parking space.
When the shif t position is in R (Reverse) and
the vehicle speed is less than approxi-
mately 5 mph (8 km/h), the RCTA system is
operational.
If the radar detects an approaching vehicle
from either side, the system chimes (once)
and the side BSW/RCTA indicator light
flashes on the side the vehicle is approach-
ing from.
LSD2734
Starting and driving5-47
Page 306 of 482

CRUISE CONTROL OPERATIONS
The cruise control allows driving at a speed
between 25 - 89 mph (40 - 144 km/h) with-
out keeping your foot on the accelerator
pedal.
To turn on the cruise control,push the
cruise control switch on. The
indica-
tor in the vehicle information display will
illuminate.
To set cruising speed, accelerate the ve-
hicle to the desired speed, push the SET-
switch and release it. Take your foot off the
accelerator pedal. Your vehicle maintains
the set speed.
β To pass another vehicle, depress the
accelerator pedal. When you release the
pedal, the vehicle returns to the previ-
ously set speed.
β The vehicle may not maintain the set speed when going up or down steep
hills. If this happens, drive without the
cruise control.
To cancel the preset speed, use one of the
following three methods:
β Push the CANCEL switch.
β Tap the brake pedal. β Push the cruise control switch off.
The
indicator in the vehicle infor-
mation display goes out.
The cruise control is automatically can-
celed if:
β You depress the brake pedal while pushing the RES+ or SET- switch. The
preset speed is deleted from memory.
β The vehicle slows down more than 8 mph (13 km/h) below the set speed.
β You move the shif t lever to N (Neutral).
To reset at a faster cruising speed, use
one of the following three methods:
β Depress the accelerator pedal. When the vehicle attains the desired speed,
push and release the SET- switch.
β Push and hold the RES+ switch. When the vehicle attains the speed you desire,
release the switch.
β Push and release the RES+ switch. Each time you do this, the set speed in-
creases by about 1 mph (1.6 km/h). To reset at a slower cruising speed,
use
one of the following three methods:
β Lightly tap the brake pedal. When the vehicle attains the desired speed, push
the SET- switch and release it.
β Push and hold the SET- switch. Release the switch when the vehicle slows to
the desired speed.
β Push and release the SET- switch. Each time you do this, the set speed de-
creases by about 1 mph (1.6 km/h).
To resume the preset speed, push and
release the RES+ switch. The vehicle re-
turns to the last set cruising speed when
the vehicle speed is over 25 mph (40 km/h).
To turn off the cruise control, use one of
the following three methods:
β Push the CANCEL switch.
β Tap the brake pedal.
β Push the cruise control switch off. The
indicator in the vehicle infor-
mation display goes out.
Starting and driving5-55
Page 315 of 482

When the SETβ switch is pushed under the
following conditions, the system cannot be
set.
A warning chime will sound and a message
will pop up:β When the VDC system is off (To use the ICC system, turn on the VDC system.
Push the ICC switch to turn off the ICC
system and reset the ICC switch by
pushing the ICC switch again.)
For additional information about the
VDC system, refer to βVehicle Dynamic
Control (VDC) systemβ in this section.
β When ABS or VDC is operating
β When a wheel is slipping (To use the ICC system, make sure the wheels are no
longer slipping.)
1System set display with vehicle ahead
2System set display without vehicle
ahead
The driver sets the desired vehicle speed
based on the road conditions. The ICC sys-
tem maintains the set vehicle speed, simi-
lar to standard cruise control, as long as no
vehicle is detected in the lane ahead. The
ICC system displays the set speed. Vehicle detected ahead
When a vehicle is detected in the lane
ahead, the ICC system decelerates the ve-
hicle by controlling the throttle and apply-
ing the brakes to match the speed of a
slower vehicle ahead. The system then
controls the vehicle speed based on the
speed of the vehicle ahead to maintain the
driver selected distance.
NOTE:
β The stoplights of the vehicle come on
when braking is performed by the ICC
system.
β When the brake operates, a noise may
be heard. This is not a malfunction.
When a vehicle ahead is detected, the ve-
hicle ahead detection indicator comes on.
The ICC system will also display the set
speed and selected distance.
Vehicle ahead not detected
When a vehicle is no longer detected
ahead, the ICC system gradually acceler-
ates your vehicle to resume the previously
set vehicle speed. The ICC system then
maintains the set speed.
LSD2719
5-64Starting and driving
Page 317 of 482

To reset at a slower cruising speed,use
one of the following methods:
β Lightly tap the brake pedal. When the vehicle attains the desired speed, push
the SETβ switch and release it.
β Push and hold the SETβ switch. The set vehicle speed will decrease by approxi-
mately 5 mph (5 km/h).
β Push, then quickly release the SETβ switch. Each time you do this, the set
speed will decrease by approximately
1 mph (1 km/h).
To resume the preset speed, push and
release the RES+ switch. The vehicle will
resume the last set cruising speed when
the vehicle speed is over 20 mph (32 km/h).
How to change the set distance
to the vehicle ahead
The distance to the vehicle ahead can be
selected at any time depending on the traf-
fic conditions.
Each time the distance
switchAis
pushed, the set distance will change to
long, middle, short and back to long again,
in that sequence.
Distance Approximate distance at
60 mph (100 km/h) [f t (m)]
1. Long 200 (60)
2. Middle 150 (45)
3. Short 100 (30)
β The distance to the vehicle ahead will change according to the vehicle speed.
The higher the vehicle speed, the longer
the distance.
β If the hybrid system is stopped, the set distance becomes βlong.β (Each time the
hybrid system is started, the initial set-
ting becomes βlong.β)
LSD2683LSD2429
5-66Starting and driving
Page 319 of 482

VEHICLE-TO-VEHICLE DISTANCE
CONTROL MODE LIMITATIONS
WARNING
Listed below are the system limitations
for the ICC system. Failure to operate
the vehicle in accordance with these
system limitations could result in seri-
ous injury or death.
β The ICC system is primarily intendedfor use on straight, dry, open roads
with light traffic. It is not advisable to
use the ICC system in city traffic or
congested areas.
β The ICC system will not adapt auto- matically to road conditions. This sys-
tem should be used in evenly flowing
traffic. Do not use the system on roads
with sharp curves, or on icy roads, in
heavy rain or in fog. β As there is a performance limit to the
distance control function, never rely
solely on the ICC system. This system
does not correct careless, inattentive
or absentminded driving, or over-
come poor visibility in rain, fog, or
other bad weather. Decelerate the ve-
hicle speed by depressing the brake
pedal, depending on the distance to
the vehicle ahead and the surround-
ing circumstances in order to main-
tain a safe distance between vehicles.
β If the vehicle ahead comes to a stop, the vehicle decelerates to a standstill
within the limitations of the system.
The system will cancel once it judges
that the vehicle has come to a stand-
still and sound a warning chime. To
prevent the vehicle from moving, the
driver must depress the brake pedal.
β Always pay attention to the operation of the vehicle and be ready to manu-
ally control the proper following dis-
tance. The ICC system may not be able
to maintain the selected distance be-
tween vehicles (following distance) or
selected vehicle speed under some
circumstances. β The system may not detect the ve-
hicle in front of you in certain road or
weather conditions. To avoid acci-
dents, never use the ICC system under
the following conditions:
β On roads where the traffic is heavy or there are sharp curves
β On slippery road surfaces such as on ice or snow, etc.
β During bad weather (rain, fog, snow, etc.)
β When rain, snow or dirt adhere to the bumper around the distance
sensor
β On steep downhill roads (the ve- hicle may go beyond the set ve-
hicle speed and frequent braking
may result in overheating the
brakes)
β On repeated uphill and downhill roads
β When traffic conditions make it dif- ficult to keep a proper distance be-
tween vehicles because of fre-
quent acceleration or deceleration
5-68Starting and driving