2023 HYUNDAI SANTA CRUZ radio

Convenient Features
5-44
1. Programming HomeLink®
The following steps show how to
program HomeLink. If you have any
questions or are having difficulty
programming your HomeLink buttons,
refer to the HomeLink website or call the
HomeLink customer support toll-free
number. Do this before going back to the
dealer who sold you the car.
• Visit the HomeLink website at: www.
homelink.com. Then at the top of the
page, choose your vehicle make. Then
watch the You Tube video, and/or
access additional website information.
• If you choose to access the website
via your cell phone, scan the QR code.
• Or call HomeLink customer support
at 1-800-355-3515 (Please have the
vehicle make/model and the opener
device make/model readily available.)
1) Programming Preparation
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1. When programming a garage door
opener, it is advised to park the
vehicle outside of the garage.
2. It is recommended that a new battery
be placed in the handheld transmitter
of the device being programmed to
HomeLink for quicker training and
accurate transmission of the radio-
frequency signal.
3. Place the ignition switch to the ACC
(Accessory) position for programming
of HomeLink.

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2. On your garage door opener in your
garage, locate the “Learn” button
(usually near where the hanging
antenna wire is attached to the garage
door opener). If there is difficulty
locating this button, reference the
device’s owner’s manual.
3. Press and release the “Learn” button.
4. A light on your garage door opener
may flash, and your Two-Way
Communication indicators (4), (6) in
your vehicle may flash, confirming
completion of the process.
5. Return to the vehicle and firmly
press and release the programmed
HomeLink button to activate
your garage door. The Two-Way
Communication indicators (4), (6)
flash in orange when the door is
moving. Do not make any additional
button presses until AFTER the garage
door has come to a complete stop.
6. Your Two-Way Communication
programming is now complete.
Information
If your garage door opener has Two-
Way Communication functionality,
it is possible for HomeLink to stop
functioning the garage door shortly
after initial programming, IF the Two-
Way Communication Programming
wasn’t properly completed. This
usually happens after the first 10 times
a programmed HomeLink button is
pressed. If you experience this, completing
the “Programming a New HomeLink
Button” and “Two-Way Communication
Programming” will restore door
operation.
4) Canadian Programming
Canadian radio-frequency laws require
transmitter remote signals to “time-
out” (or quit) after a couple seconds of
transmission, which may not be long
enough for HomeLink to pick up the signal
during programming.
If you live in Canada or you are having
difficulties programming a gate operator
or garage door opener by using the
programming procedures, replace
“Programming a New HomeLink Button”
step 3 with the following:
While the HomeLink indicator light (7) is
flashing orange, press and release (“cycle”)
your device’s handheld remote every two
seconds until the HomeLink indicator light
(7) changes from orange to green. You may
now release the hand-held remote button.
Then proceed with “Programming a New
HomeLink Button” step 4.

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Steering Wheel Remote Controls
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NOTICE
Do not operate multiple audio remote
control buttons simultaneously.
VOLUME (VOL + / VOL -) (1)
• Rotate the VOLUME scroll up to
increase volume.
• Rotate the VOLUME scroll down to
decrease volume.
SEEK/PRESET ( / ) (2)
If the SEEK/PRESET switch is pressed up
or down and held for 0.8 second or more,
it will function in the following modes:
•
RADIO mode
It will function as the AUTO SEEK
select button. It will SEEK until you
release the button.
•
MEDIA mode
It will function as the FF/RW button.
If the SEEK/PRESET switch is pressed up
or down, it will function in the following
modes:
•
RADIO mode
It will function as the PRESET STATION
UP/DOWN button.
•
MEDIA mode
It will function as the TRACK UP/
DOWN button.
MODE (3)
Press the MODE button to toggle
through Radio or Media modes.
MUTE () (4)
• Press the MUTE button to mute the
sound.
• Press the MUTE button again to
activate the sound.
Information
See additional information in supplied
Infotainment Manual.

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How Vehicle Radio Works
FM reception
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AM and FM radio signals are broadcast
from transmitter towers located around
your city. They are intercepted by the
radio antenna on your vehicle. This signal
is then received by the radio and sent to
your vehicle speakers.
When a strong radio signal has reached
your vehicle, the precise engineering
of your audio system ensures the best
possible quality reproduction. However,
in some cases the signal coming to your
vehicle may not be strong and clear.
This can be due to factors, such as
the distance from the radio station,
closeness of other strong radio stations
or the presence of buildings, bridges or
other large obstructions in the area.
AM (MW, LW) reception
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AM broadcasts can be received at
greater distances than FM broadcasts.
This is because AM radio waves are
transmitted at low frequencies. These
long, low frequency radio waves can
follow the curvature of the earth rather
than travelling straight out into the
atmosphere.
In addition, they curve around
obstructions so that they can provide
better signal coverage.

Convenient Features
5-136
FM radio station
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FM broadcasts are transmitted at high
frequencies and do not bend to follow
the earth’s surface. Because of this, FM
broadcasts generally begin to fade at
short distances from the station. Also, FM
signals are easily affected by buildings,
mountains, or other obstructions. These
can result in certain listening conditions
which might lead you to believe a
problem exists with your radio.The following conditions are normal and
do not indicate radio trouble :
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• Fading - As your vehicle moves away
from the radio station, the signal will
weaken and sound will begin to fade.
When this occurs, we suggest that you
select another stronger station.
• Flutter/Static - Weak FM signals
or large obstructions between the
transmitter and your radio can disturb
the signal causing static or fluttering
noises to occur. Reducing the treble
level may lessen this effect until the
disturbance clears.

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• Station Swapping - As a FM signal
weakens, another more powerful
signal near the same frequency may
begin to play. This is because your
radio is designed to lock onto the
clearest signal. If this occurs, select
another station with a stronger signal.
• Multi-Path Cancellation - Radio
signals being received from several
directions can cause distortion or
fluttering. This can be caused by a
direct and reflected signal from the
same station, or by signals from two
stations with close frequencies. If this
occurs, select another station until the
condition has passed.
Using a cellular phone or a twoway
radio
When a cellular phone is used inside
the vehicle, noise may be produced
from the audio system. This does not
mean that something is wrong with the
audio equipment. In such a case, use
the cellular phone at a place as far as
possible from the audio equipment.
NOTICE
When using a communication system
such as a cellular phone or a radio set
inside the vehicle, a separate external
antenna must be fitted. When a cellular
phone or a radio set is used with an
internal antenna alone, it may interfere
with the vehicle’s electrical system and
adversely affect safe operation of the
vehicle.
WARNING
Do not use a cellular phone while
driving. Stop at a safe location to use a
cellular phone.

Driver Assistance System
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• There is a group of pedestrians,
cyclists or a large crowd in front
• The pedestrian or cyclist is wearing
clothing that easily blends into the
background, making it difficult to
detect
• The pedestrian or cyclist is difficult to
distinguish from the similarly shaped
structure in the surroundings
• You are driving by a pedestrian,
cyclist, traffic sign, structure, etc.,
near the intersection
• Driving in a parking lot
• Driving through a tollgate,
construction area, unpaved road,
partial paved road, uneven road,
speed bumps, etc.
• Driving on an incline road, curved
road, etc.
• Driving through a roadside with trees
or streetlights
• The adverse road conditions cause
excessive vehicle vibrations while
driving
• Your vehicle height is low or high
due to heavy loads, abnormal tire
pressure, etc.
• Driving through a narrow road where
trees or grass are overgrown
• There is interference by
electromagnetic waves, such as
driving in an area with strong radio
waves or electrical noise WARNING
• Driving on a curved road
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Forward Collision-Avoidance Assist
may not detect other vehicles,
pedestrians or cyclists in front of you
on curved roads adversely affecting
the performance of the sensors. This
may result in no warning or braking
assist when necessary.
When driving on a curved road,
you must maintain a safe braking
distance, and if necessary, steer the
vehicle and depress the brake pedal
to reduce your driving speed in order
to maintain a safe distance.

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• The pedestrian or cyclist is not
fully detected, for example, if the
pedestrian is leaning over or is not
fully walking upright
• The pedestrian or cyclist is wearing
clothing or equipment that makes it
difficult to detect
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The illustration above shows the image
the front view camera and front radar
are capable of detecting as a vehicle,
pedestrian and cyclist.
• The pedestrian or cyclist in front is
moving very quickly
• The pedestrian or cyclist in front is
short or is posing a low posture
• The pedestrian or cyclist in front has
impaired mobility
• The pedestrian or cyclist in front is
moving intersected with the driving
direction
• There is a group of pedestrians,
cyclists or a large crowd in front• The pedestrian or cyclist is wearing
clothing that easily blends into the
background, making it difficult to
detect
• The pedestrian or cyclist is difficult to
distinguish from the similarly shaped
structure in the surroundings
• You are driving by a pedestrian,
cyclist, traffic sign, structure, etc.,
near the intersection
• Driving in a parking lot
• Driving through a tollgate,
construction area, unpaved road,
partial paved road, uneven road,
speed bumps, etc.
• Driving on an incline road, curved
road, etc.
• Driving through a roadside with trees
or streetlights
• The adverse road conditions cause
excessive vehicle vibrations while
driving
• Your vehicle height is low or high
due to heavy loads, abnormal tire
pressure, etc.
• Driving through a narrow road where
trees or grass are overgrown
• There is interference by
electromagnetic waves, such as
driving in an area with strong radio
waves or electrical noise