Content .. 17 18 19 20 ..

Toyota Sienna Hybrid (2023 year). Manual in english - page 19

304

4-5. Using the driving support systems

tion//RCTA function will be
enabled automatically.

■

Outside rear view mirror indica-

tors visibility

In strong sunlight, the outside rear

view mirror indicator may be difficult

to see.

■

Hearing the RCTA buzzer

The RCTA buzzer may be difficult to

hear over loud noises such as high

audio volume.

■

When “Blind Spot Monitor

Unavailable” or “Rear Cross

Traffic Alert Unavailable” is

shown on the multi-information

display

The sensor voltage has become

abnormal, or water, snow, mud,

etc., may be built up in the vicinity of

the sensor area of the rear bumper.

(



P.304)

Removing the water, snow, mud,

etc., from the vicinity of the sensor

area should return it to normal.

Also, the sensor may not function

normally when used in extremely

hot or cold weather.

■

When “Blind Spot Monitor Mal-

function Visit Your Dealer” or

“Rear Cross Traffic Alert Mal-

function Visit Your Dealer” is

shown on the multi-information

display

There may be a sensor malfunction

or misaligned. Have the vehicle

inspected at a Toyota dealer.

■

Customization

Some functions can be customized.

(



P.548)

WARNING

■

To ensure the system can

operate properly

Blind Spot Monitor sensors are

installed inside the left and right

sides of the rear bumper respec-

tively. Observe the following to

ensure the Blind Spot Monitor can

function correctly.

●

Keep the sensors and the sur-

rounding areas on the rear

bumper clean at all times.

If a sensor or its surrounding

area on the rear bumper is dirty

or covered with snow, the Blind

Spot Monitor may not operate

and a warning message

(



P.304) will be displayed. In

this situation, clear off the dirt or

snow and drive the vehicle with

the operation conditions of the

BSM function (



P.306) satis-

fied for approximately 10 min-

utes. If the warning message

does not disappear, have the

vehicle inspected by your

Toyota dealer.

●

Do not subject a sensor or its

surrounding area on the rear

bumper to a strong impact.

If a sensor is moved even

slightly off position, the system

may malfunction and vehicles

may not be detected correctly.

In the following situations, have

your vehicle inspected by your

Toyota dealer.

• A sensor or its surrounding area

is subject to a strong impact.

305

4-5. Using the driving support systems

ing

■

Vehicles that can be detected by the Blind Spot Monitor

The BSM function uses radar sensors to detect the following vehi-
cles traveling in adjacent lanes and advises the driver of the pres-
ence of such vehicles via the indicators on the outside rear view
mirrors.

Vehicles that are traveling in areas that are not visible using the
outside rear view mirrors (the blind spots)

Vehicles that are approaching rapidly from behind in areas that

WARNING

• If the surrounding area of a sen-

sor is scratched or dented, or

part of them has become dis-

connected.

●

Do not disassemble the sensor.

●

Do not attach accessories,

stickers (including transparent

stickers), aluminum tape, etc. to

a sensor or its surrounding area

on the rear bumper.

●

Do not modify the sensor or sur-

rounding area on the rear

bumper.

●

If a sensor or the rear bumper

needs to be removed/installed

or replaced, contact your

Toyota dealer.

●

Do not paint the rear bumper

any color other than an official

Toyota color.

The Blind Spot Monitor function

306

4-5. Using the driving support systems

are not visible using the outside rear view mirrors (the blind spots)

■

The BSM function detection areas

The areas that vehicles can be detected in are outlined below.

The range of each detection area is:

Approximately 1.6 ft. (0.5 m) to 11.5 ft. (3.5 m) from either side of
the vehicle

The area between the side of the vehicle and 1.6 ft. (0.5 m) from the side of
the vehicle cannot be detected.

Approximately 3.3 ft. (1 m) forward of the rear bumper

Approximately 9.8 ft. (3 m) from the rear bumper

Approximately 9.8 ft. (3 m) to 197 ft. (60 m) from the rear bumper

The greater the difference in speed between your vehicle and the detected
vehicle is, the farther away the vehicle will be detected, causing the outside
rear view mirror indicator to illuminate or flash.

■

The BSM function is operational

when

The BSM function is operational

when all of the following conditions

are met:

●

The BSM function is on.

●

The shift lever is in a position

other than R.

●

The vehicle speed is greater than

approximately 10 mph (16 km/h).

■

The BSM function will detect a

vehicle when

The BSM function will detect a vehi-

cle present in the detection area in

the following situations:

●

A vehicle in an adjacent lane over-

takes your vehicle.

●

You overtake a vehicle in an adja-

cent lane slowly.

●

Another vehicle enters the detec-

tion area when it changes lanes.

■

Conditions under which the

system will not detect a vehicle

The BSM function is not designed to

detect the following types of vehi-

cles and/or objects:

●

Small motorcycles, bicycles,
pedestrians, etc.

●

Vehicles traveling in the opposite

direction

●

Guardrails, walls, signs, parked

vehicles and similar stationary
objects

307

4-5. Using the driving support systems

ing

●

Following vehicles that are in the
same lane

●

Vehicles traveling 2 lanes away
from your vehicle

●

Vehicles which are being over-

taken rapidly by your vehicle

: Depending on the conditions,

detection of a vehicle and/or
object may occur.

■

Conditions under which the

system may not function cor-

rectly

●

The BSM function may not detect

vehicles correctly in the following

situations:

• When the sensor is misaligned

due to a strong impact to the sen-

sor or its surrounding area

• When mud, snow, ice, a sticker,

etc. is covering the sensor or sur-

rounding area on the rear bumper

• When driving on a road surface

that is wet with standing water

during bad weather, such as

heavy rain, snow, or fog

• When multiple vehicles are

approaching with only a small gap

between each vehicle

• When the distance between your

vehicle and a following vehicle is

short

• When there is a significant differ-

ence in speed between your vehi-

cle and the vehicle that enters the

detection area

• When the difference in speed

between your vehicle and another

vehicle is changing

• When a vehicle enters a detection

area traveling at about the same

speed as your vehicle

• As your vehicle starts from a stop,

a vehicle remains in the detection

area

• When driving up and down con-

secutive steep inclines, such as

hills, dips in the road, etc.

• When driving on roads with sharp

bends, consecutive curves, or

uneven surfaces

• When vehicle lanes are wide, or

when driving on the edge of a

lane, and the vehicle in an adja-

cent lane is far away from your

vehicle

• When an accessory (such as a

hitch-mounted bicycle carrier) is

installed to the rear of the vehicle

• When the vehicle is heavily

loaded in the luggage compart-

ment

• When there is a significant differ-

ence in height between your vehi-

cle and the vehicle that enters the

detection area

• Immediately after the BSM func-

tion/RCTA function are turned on

• When towing a trailer

●

Instances of the BSM function

unnecessarily detecting a vehicle

and/or object may increase in the

following situations:

• When the sensor is misaligned

due to a strong impact to the sen-

sor or its surrounding area

• When the distance between your

vehicle and a guardrail, wall, etc.

that enters the detection area is

short

• When driving up and down con-

secutive steep inclines, such as

hills, dips in the road, etc.

• When vehicle lanes are narrow, or

when driving on the edge of a

lane, and a vehicle traveling in a

lane other than the adjacent lanes

enters the detection area

• When driving on roads with sharp

bends, consecutive curves, or

uneven surfaces

• When the tires are slipping or

spinning

• When the distance between your

vehicle and a following vehicle is

short

• When an accessory (such as a

hitch-mounted bicycle carrier) is

installed to the rear of the vehicle

• When the vehicle throws up water

or snow behind.

308

4-5. Using the driving support systems

■

Operation of the RCTA
function

The RCTA function uses radar
sensors to detect vehicles
approaching from the right or left
at the rear of the vehicle and
alerts the driver of the presence
of such vehicles by flashing the
outside rear view mirror indica-
tors and sounding a buzzer.

Approaching vehicles

Detection areas

■

RCTA icon display (if
equipped)

When a vehicle approaching
from the right or left at the rear
of the vehicle is detected, the
following will be displayed on
the audio system screen.



When the Toyota parking
assist monitor (if equipped) is
displayed



When the panoramic view
monitor (if equipped) is dis-
played

: The RCTA function is malfunc-

tioning (



P.304)

■

The RCTA function detec-
tion areas

The areas that vehicles can be
detected in are outlined below.

The buzzer can alert the driver of
faster vehicles approaching from
farther away.

The Rear Cross Traffic
Alert function (if
equipped)

309

4-5. Using the driving support systems

ing

Example:

■

The RCTA function is opera-

tional when

The RCTA function operates when

all of the following conditions are

met:

●

The RCTA function is on.

●

The shift lever is in R.

●

The vehicle speed is less than

approximately 5 mph (8 km/h).

●

The approaching vehicle speed is

between approximately 5 mph (8

km/h) and 17 mph (28 km/h).

■

Setting the buzzer volume

The buzzer volume can be adjusted

on the multi-information display.

(



P.112)

■

Conditions under which the

system will not detect a vehicle

The RCTA function is not designed

to detect the following types of vehi-

cles and/or objects.

●

Vehicles approaching from

directly behind

●

Vehicles backing up in a parking

space next to your vehicle

●

Vehicles that the sensors cannot

detect due to obstructions

●

Guardrails, walls, signs, parked

vehicles and similar stationary
objects

●

Small motorcycles, bicycles,
pedestrians, etc.

●

Vehicles moving away from your

vehicle

●

Vehicles approaching from the

parking spaces next to your vehi-
cle

●

The distance between the sensor

and approaching vehicle gets too

: Depending on conditions, detec-

tion of a vehicle and/or object may
occur.

■

Situations in which the system

may not operate properly

The RCTA function may not detect

vehicles correctly in the following

situations:

●

When the sensor is misaligned

due to a strong impact to the sen-

sor or its surrounding area.

●

When mud, snow, ice, a sticker,

etc., is covering the sensor or sur-

rounding area on the rear bumper.

●

When driving on a road surface

that is wet with standing water

during bad weather, such as

heavy rain, snow, or fog.

●

When multiple vehicles are

approaching with only a small gap

between each vehicle.

●

When a vehicle is approaching at

high speed.

●

When equipment that may

obstruct a sensor is installed, such

Approach-

ing vehicle

Speed

Approxi-

mate

alert dis-

tance

Fast

18 mph

(28 km/h)

65 ft. (20

Slow

5 mph (8

km/h)

18 ft. (5.5

310

4-5. Using the driving support systems

as a towing eyelet, bumper pro-

tector (an additional trim strip,

etc.), bicycle carrier, or snow

plow.

●

When backing up on a slope with

a sharp change in grade.

●

When backing out of a sharp

angle parking spot.

●

When towing a trailer.

●

When there is a significant differ-

ence in height between your vehi-

cle and the vehicle that enters the

detection area.

●

When a sensor or the area around

a sensor is extremely hot or cold.

●

If the suspension has been modi-

fied or tires of a size other than

specified are installed.

●

If the front of the vehicle is raised

or lowered due to the carried load.

●

When turning while backing up.

●

When a vehicle turns into the

detection area.

■

Situations in which the system

may operate even if there is no

possibility of a collision

Instances of the RCTA function

unnecessarily detecting a vehicle

and/or object may increase in the

following situations:

●

When the parking space faces a

street and vehicles are being

driven on the street.

●

When the distance between your

vehicle and metal objects, such as

a guardrail, wall, sign, or parked

vehicle, which may reflect electri-

cal waves toward the rear of the

vehicle, is short.

311

4-5. Using the driving support systems

ing

●

When equipment that may

obstruct a sensor is installed, such

as a towing eyelet, bumper pro-

tector (an additional trim strip,

etc.), bicycle carrier, or snow

plow.

●

When a vehicle passes by the

side of your vehicle.

●

When a detected vehicle turns

while approaching the vehicle.

●

When there are spinning objects

near your vehicle such as the fan

of an air conditioning unit.

●

When water is splashed or

sprayed toward the rear bumper,

such as from a sprinkler.

●

Moving objects (flags, exhaust

fumes, large rain droplets or

snowflakes, rain water on the road

surface, etc.).

●

When the distance between your

vehicle and a guardrail, wall, etc.,

that enters the detection area is

short.

●

Gratings and gutters.

●

When a sensor or the area around

a sensor is extremely hot or cold.

●

If the suspension has been modi-

fied or tires of a size other than

specified are installed.

●

If the front of the vehicle is raised

or lowered due to the carried load.

312

4-5. Using the driving support systems

: If equipped

■

Location and types of sen-
sors

Front corner sensors

Front center sensors

Rear corner sensors

Rear center sensors

■

Display (Multi-information
display)

When the sensors detect an
object, such as a wall, a graphic
is shown on the multi-informa-

tion display depending on the
position and distance to the
object.

Front corner sensor detection

Front center sensor detec-
tion

Rear corner sensor detec-
tion

Rear center sensor detec-
tion

:Displayed when the shift lever is

in a driving position

:Displayed when the shift lever is

in R

■

Display (audio system
screen)

When the sensors detect an
object, such as a wall, a graphic
is shown on the navigation sys-
tem (if equipped) or multimedia
system (if equipped) screen
depending on the position and
distance to the object.



When the Toyota parking
assist monitor (if equipped) is
displayed

Intuitive parking

assist

The distance from your
vehicle to objects, such as a
wall, when parallel parking
or maneuvering into a
garage is measured by the
sensors and communicated
via the multi-information
display, audio system
screen and a buzzer. Always
check the surrounding area
when using this system.

System components

313

4-5. Using the driving support systems

ing

A simplified image is displayed on
the upper corner of the screen
when an obstacle is detected.



When the panoramic view
monitor (if equipped) is dis-
played



Panoramic view

A graphic is shown when the
panoramic view monitor is dis-
played.

: A simplified image is displayed on

the upper corner of the screen
when an obstacle is detected
while magnified display is shown.



Except panoramic view

A simplified image is displayed
on the upper corner of the
screen when an obstacle is
detected.

The Intuitive parking assist can
be enabled/disabled on the

screen of the multi-information
display. (



P.112)

When the intuitive parking assist
function is disabled, the intuitive
parking assist OFF indicator
(



P.94) illuminates on the multi-

information display.

To re-enable the system, select

on the multi-information display,
select

and turn it on.

If the system is disabled, it will
remain off even if the power switch
is turned to ON after the power
switch has been turned off.

Turning intuitive parking
assist on/off

314

4-5. Using the driving support systems

■

The system can be operated

when

●

The power switch is in ON.

●

Intuitive parking assist function is

on.

●

The vehicle speed is less than

about 6 mph (10 km/h).

●

The shift lever is in a position

other than P.

■

If “Parking Assist Unavailable

Clean Parking Assist Sensor” is

displayed on the multi-informa-

tion display

A sensor may be covered with ice,

snow, dirt, etc. Remove the ice,

snow, dirt, etc., from the sensor to

return the system to normal.

WARNING

■

Cautions regarding the use of

the system

There is a limit to the degree of

recognition accuracy and control

performance that this system can

provide, do not overly rely on this

system. The driver is always

responsible for paying attention to

the vehicle’s surroundings and

driving safely.

■

To ensure the system can

operate properly

Observe the following precau-

tions.

Failing to do so may result in the

vehicle being unable to be driven

safely and possibly cause an acci-

dent.

●

Do not damage the sensors,

and always keep them clean.

●

Do not attach a sticker or install

an electronic component, such

as a backlit license plate (espe-

cially fluorescent type), fog

lights, fender pole or wireless

antenna near a radar sensor.

●

Do not subject the surrounding

area of the sensor to a strong

impact. If subjected to an

impact, have the vehicle

inspected by your Toyota

dealer. If the front or rear

bumper needs to be

removed/installed or replaced,

contact your Toyota dealer.

●

Do not modify, disassemble or

paint the sensors.

●

Do not attach a license plate

cover.

●

Keep your tires properly

inflated.

■

When to disable the function

In the following situations, disable

the function as it may operate

even though there is no possibility

of a collision.

●

Failing to observe the warnings

above.

●

A non-genuine Toyota suspen-

sion (lowered suspension, etc.)

is installed.

■

Notes when washing the vehi-

cle

Do not apply intensive bursts of

water or steam to the sensor

area.
Doing so may result in the sensor

malfunctioning.

●

When using a high pressure

washer to wash the vehicle, do

not spray the sensors directly,

as doing so may cause a sensor

to malfunction.

●

When using steam to clean the

vehicle, do not direct steam too

close to the sensors as doing so

may cause a sensor to malfunc-

tion.

315

4-5. Using the driving support systems

ing

Also, due to ice forming on a sensor

at low temperatures, a warning

message may be displayed or the

sensor may not be able to detect an

object. Once the ice melts, the sys-

tem will return to normal.
If a warning message is displayed

even if the sensor is clean, there

may be a sensor malfunction. Have

the vehicle inspected by your

Toyota dealer.

■

If “Parking Assist Unavailable”

is displayed on the multi-infor-

mation display

Water may be continuously flowing

over the sensor surface, such as in

a heavy rain. When the system

determines that it is normal, the sys-

tem will return to normal.

■

Sensor detection information

●

The sensor’s detection areas are

limited to the areas around the

vehicle’s front and rear bumpers.

●

The following situations may occur

during use.

• Depending on the shape of the

object and other factors, the

detection distance may shorten,

or detection may be impossible.

• Detection may be impossible if

static objects draw too close to the

sensor.

• There will be a short delay

between static object detection

and display (warning buzzer

sounds). Even at low speeds,

there is a possibility that the object

will come within approximately

11.9 in. (30 cm) before the display

is shown and the warning buzzer

sounds.

• It might be difficult to hear the

buzzer due to the volume of the

audio system or air flow noise of

the air conditioning system.

• It may be difficult to hear the

sound of this system due to the

buzzers of other systems.

■

Objects which the system may

not properly detect

The shape of the object may pre-

vent the sensor from detecting it.

Pay particular attention to the fol-

lowing objects:

●

Wires, fences, ropes, etc.

●

Cotton, snow and other materials

that absorb sound waves

●

Sharply-angled objects

●

Low objects

●

Tall objects with upper sections

projecting outwards in the direc-

tion of your vehicle

People may not be detected if they

are wearing certain types of cloth-

ing.

■

Situations in which the system

may not operate properly

Certain vehicle conditions and the

surrounding environment may affect

the ability of a sensor to correctly

detect objects. Particular instances

where this may occur are listed

below.

●

There is dirt, snow or ice on a sen-

sor. (Cleaning the sensors will

resolve this problem.)

●

A sensor is frozen. (Thawing the

area will resolve this problem.)

In especially cold weather, if a sen-

sor is frozen the sensor display may

be displayed abnormally, or objects,

such as a wall, may not be detected.

●

When a sensor or the area around

a sensor is extremely hot or cold.

●

On an extremely bumpy road, on

an incline, on gravel, or on grass.

●

When vehicle horns, vehicle

316

4-5. Using the driving support systems

detectors, motorcycle engines, air

brakes of large vehicles, the clear-

ance sonar of other vehicles or

other devices which produce ultra-

sonic waves are near the vehicle.

●

A sensor is coated with a sheet of

spray or heavy rain.

●

If objects draw too close to the

sensor.

●

When a pedestrian is wearing

clothing that does not reflect ultra-

sonic waves (ex. skirts with gath-

ers or frills).

●

When objects that are not perpen-

dicular to the ground, not perpen-

dicular to the vehicle traveling

direction, uneven, or waving are in

the detection range.

●

Strong wind is blowing.

●

When driving in inclement weather

such as fog, snow or a sandstorm.

●

When an object that cannot be

detected is between the vehicle

and a detected object.

●

If an object such as a vehicle,

motorcycle, bicycle or pedestrian

cuts in front of the vehicle or runs

out from the side of the vehicle.

●

If the orientation of a sensor has

been changed due to a collision or

other impact.

●

When equipment that may

obstruct a sensor is installed, such

as a towing eyelet, bumper pro-

tector (an additional trim strip,

etc.), bicycle carrier, or snow

plow.

●

If the front of the vehicle is raised

or lowered due to the carried load.

●

If the vehicle cannot be driven in a

stable manner, such as when the

vehicle has been in an accident or

is malfunctioning.

●

When tire chains, a compact

spare tire or an emergency tire

puncture repair kit are used.

■

Situations in which the system

may operate even if there is no

possibility of a collision

In some situations, such as the fol-

lowing, the system may operate

even though there is no possibility of

a collision.

●

When driving on a narrow road.

●

When driving toward a banner,

flag, low-hanging branch or boom

barrier (such as those used at rail-

road crossings, toll gates and

parking lots).

●

When there is a rut or hole in the

surface of the road.

●

When driving on a metal cover

(grating), such as those used for

drainage ditches.

●

When driving up or down a steep

slope.

●

If a sensor is hit by a large amount

of water, such as when driving on

a flooded road.

●

There is dirt, snow, water drops or

ice on a sensor. (Cleaning the

sensors will resolve this problem.)

●

A sensor is coated with a sheet of

spray or heavy rain.

●

When driving in inclement weather

such as fog, snow or a sandstorm.

●

When strong winds are blowing.

317

4-5. Using the driving support systems

ing

●

When vehicle horns, vehicle

detectors, motorcycle engines, air

brakes of large vehicles, the clear-

ance sonar of other vehicles or

other devices which produce ultra-

sonic waves are near the vehicle.

●

If the front of the vehicle is raised

or lowered due to the carried load.

●

If the orientation of a sensor has

been changed due to a collision or

other impact.

●

The vehicle is approaching a tall

or curved curb.

●

Driving close to columns (H-

shaped steel beams, etc.) in multi-

story parking garages, construc-

tion sites, etc.

●

If the vehicle cannot be driven in a

stable manner, such as when the

vehicle has been in an accident or

is malfunctioning.

●

On an extremely bumpy road, on

an incline, on gravel, or on grass.

●

When tire chains, a compact

spare tire or an emergency tire

puncture repair kit are used.

■

Detection range of the sen-
sors

Approximately 3.3 ft. (100
cm)

Approximately 4.9 ft. (150
cm)

Approximately 2.0 ft. (60 cm)

The diagram shows the detection
range of the sensors. Note that the
sensors cannot detect objects that
are extremely close to the vehicle.
The range of the sensors may
change depending on the shape of
the object, etc.

■

Distance display

When an object is detected by a
sensor, the approximate dis-
tance to the object will be dis-
played on the multi-information
display and audio system
screen. (As the distance to the
object becomes short, the dis-
tance segments may blink.)

Sensor detection display,
object distance

318

4-5. Using the driving support systems

The images may differ from that
shown in the illustrations.



Approximate distance to
object 4.9 ft. (150 cm) to 2.0
ft. (60 cm)

(Rear center sen-

sor)

: Automatic buzzer mute function

is enabled. (



P.319)



Approximate distance to
object: 3.3 ft. (100 cm) to 2.0
ft. (60 cm)

(Front center sen-

sor)

: Automatic buzzer mute function

is enabled. (



P.319)



Approximate distance to
object: 2.0 ft. (60 cm) to 1.5 ft.
(45 cm)

: Automatic buzzer mute function

is enabled. (



P.319)



Approximate distance to
object: 1.5 ft. (45 cm) to 1.0 ft.
(30 cm)

: Automatic buzzer mute function

is enabled. (



P.319)



Approximate distance to
object: 1.0 ft. (30 cm) to 0.5 ft.
(15 cm)

:Automatic buzzer mute function

is disabled. (



P.319)

:The distance segments will blink

slowly.



Approximate distance to
object: Less than 0.5 ft. (15
cm)

:Automatic buzzer mute function

is disabled. (



P.319)

:The distance segments will blink

Multi-information

display

Audio system

screen

Multi-information

display

Audio system

screen

Multi-information

display

Audio system

screen

Multi-information

display

Audio system

screen

Multi-information

display

Audio system

screen

Multi-information

display

Audio system

screen

319

4-5. Using the driving support systems

ing

rapidly.

■

Buzzer operation and dis-
tance to an object

A buzzer sounds when the sen-
sors are operating.



The buzzer beeps faster as
the vehicle approaches an
object. When the vehicle
comes within approximately
1.0 ft. (30 cm) of the object,
the buzzer sounds continu-
ously.



When 2 or more sensors
simultaneously detect a static
object, the buzzer sounds for
the nearest object. If one or
more objects come within
approximately 1.0 ft. (30 cm)
of the vehicle, the buzzer will
repeat a long tone, followed
by fast beeps.



Even when the sensors are
operating, the buzzer will be
muted in some situations.
(automatic buzzer mute func-
tion)

■

Muting the buzzer sound

●

Automatic buzzer mute function

Even when the sensors are operat-
ing, the buzzer will be muted in the
following situations:
• The distance between the vehicle

and the detected object does not

become shorter (except when the

distance between the vehicle and

object is 1.0 ft. [30 cm] or less).

• Your vehicle is moving away from

the object.

• There are no detectable objects

entering the path of your vehicle.

However, if another object is
detected or the situation changes
while the buzzer is muted, the
buzzer begins sounding again.

●

To mute the buzzer sound

The buzzer can be temporarily
muted by pressing “OK” of the meter
control switches while a suggestion
that says mute is available is shown
on the multi-information display.

●

When the mute is canceled

Mute will be automatically canceled
in the following situations.
• When the shift position is changed

• When the vehicle speed has

reached or exceeded a certain

speed

●

When there is a malfunction in a

sensor or the system is temporar-

ily unavailable.

• When the Intuitive parking assist

is turned off once and turned on

again

• When the power switch is turned

off once and turned to ON again

■

Customization

The buzzer volume can be adjusted

on the multi-information display.

(



P.549)

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