2018 Hyundai Ioniq Electric trailer

5
Advanced Smart Cruise Control System ...........5-72
Smart Cruise Control Speed .........................................5-73
Smart Cruise Control Vehicle-to-Vehicle Distance...5-78
Sensor to Detect Distance to the Vehicle Ahead ...5-81
To Adjust the Sensitivity of Smart Cruise Control...5-82
To Convert to Cruise Control Mode............................5-83
Limitations of the System .............................................5-83
Special Driving Conditions ..................................5-89
Hazardous Driving Conditions ......................................5-89
Rocking the Vehicle ........................................................5-89
Smooth Cornering ...........................................................5-90
Driving at Night................................................................5-90
Driving in the Rain ..........................................................5-90
Driving in Flooded Areas ...............................................5-91
Highway Driving...............................................................5-91
Winter Driving ......................................................5-92
Snow or Icy Conditions ..................................................5-92
Winter Precautions .........................................................5-94
Vehicle Load Limit................................................5-96
Tire Loading Information Label ...................................5-96
Trailer Towing .....................................................5-100

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Driving your vehicle
5
The system may not work prop-erly when the bumper has been
damaged, or if the rear bumper
has been replaced or repaired.
The sensing range differs some- what according to the width of
the road. When the road is nar-
row, the system may detect
other vehicles in the next lane.
The system may turn off due to strong electromagnetic waves.
Detecting sensor
The sensors are located inside the
rear bumper.
Always keep the rear bumper clean
for proper operation of the system.
Warning message
Blind Spot Detection disabled.
Radar blocked.
This warning message may appear
when :
- One or both of the sensors on therear bumper is blocked by dirt or
snow or a foreign object.
- Driving in rural areas where the BSD sensor does not detect
another vehicle for an extended
period of time.
- When there is inclement weather such as heavy snow or rain.
- A trailer or carrier is installed. (To use the BSD system, remove the
trailer or carrier from your vehicle.)
NOTICE
(Continued)
The Blind Spot Detection
System (BSD) and Rear Cross
Traffic Alert (RCTA) are not a
substitute for proper and safe
driving practices. Always
drive safely and use caution
when changing lanes or back-
ing up your vehicle. The Blind
Spot Detection System (BSD)
may not detect every object
alongside the vehicle.
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Driving your vehicle
If any of these conditions occur, the
light on the BSD switch and the sys-
tem will turn off automatically.
When the BSD canceled warning
message is displayed in the cluster,
check to make sure that the rear
bumper is free from any dirt or snow
in the areas where the sensor is
located. Remove any dirt, snow, or
foreign material that could interfere
with the radar sensors.
After any dirt or debris is removed,
the BSD system should operate nor-
mally after about 10 minutes of driv-
ing the vehicle.
If the system still does not operate
normally have your vehicle inspected
by an authorized HYUNDAI dealer.
Check BSD system
If there is a problem with the BSD
system, a warning message will
appear and the light on the switch will
turn off. The system will turn off auto-
matically. Have your vehicle inspect-
ed by an authorized HYUNDAI deal-
er.
Limitations of the system
The driver must be cautious in the
below situations, because the sys-
tem may not detect other vehicles or
objects in certain circumstances.
When a trailer or carrier is installed.
The vehicle drives in inclement weather such as heavy rain or
snow.
The sensor is polluted with rain, snow, mud, etc.
The rear bumper where the sensor is located is covered with a foreign
object such as a bumper sticker, a
bumper guard, a bike rack, etc.
The rear bumper is damaged, or the sensor is out of the original
default position.
The vehicle height gets lower or higher due to heavy loading in the
luggage compartment, abnormal
tire pressure, etc.
When the temperature near the rear bumper area is high or low.
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When the sensors are blocked byother vehicles, walls or parking-lot
pillars.
The vehicle drives on a curved road or through a tollgate.
The vehicle is driven near areas containing metal substances such
as a construction zone, railroad,
etc.
There is a fixed object near the vehicle, such as a guardrail, per-
son, animal, etc.
While going down or up a steep road where the height of the lane is
different.
When driving through a narrow road with many trees or bushes.
When driving on wet surfaces.
When driving through a large area with few vehicles or structures
around, such as a desert, rural
area, etc.
A big vehicle is near such as a bus or truck.
When other vehicles are close to your vehicle.
When the other vehicle approach- es very close. When the detected vehicle also
moves back, as your vehicle drives
back.
While changing lanes.
The vehicle is turning left or right at a crossroad.
If the vehicle has started at the same time as the vehicle next to
you and has accelerated.
When the other vehicle passes at a very fast speed.
When the vehicle in the next lane moves two lanes away from you
OR when the vehicle two lanes
away moves to the next lane to
you.
A motorcycle or bicycle is near.
A flat trailer is near.
If there are small objects in the detecting area such as a shopping
cart or a baby stroller.
If there is a low height vehicle such as a sports car.Non-operating condition
The BSD indicator on the outer side
view mirror may not illuminate
properly when:
The outer side view mirror housingis damaged.
The mirror is covered with dirt, snow, or debris.
The window is covered with dirt, snow, or debris.
The window is tinted.
Information
This device complies with Part 15 of
the FCC rules.
Operation is subject to the following
two conditions:
1. This device may not cause harmful interference, and
2. This device must accept any inter- ference received, including interfer-
ence that may cause undesired
operation.
i

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Driving your vehicle
Limitations of the System
The Autonomous Emergency Braking
(AEB) system is designed to help
monitor the vehicle ahead or a pedes-
trian in the roadway through radar sig-
nals and camera recognition to warn
the driver that a collision is imminent,
and if necessary, apply emergency
braking.
In certain situations, the radar sen-
sor or the camera may not be able to
detect the vehicle or pedestrian
ahead. In these cases, the AEB sys-
tem may not operate normally. The
driver must pay careful attention in
the following situations where the
AEB operation may be limited.
Detecting vehicles
The sensor may be limited when:
The radar sensor or camera isblocked with a foreign object or
debris
Inclement weather such as heavy rain or snow obscures the field of
view of the radar sensor or camera
There is interference by electro- magnetic waves
There is severe irregular reflection from the radar sensor
The radar/camera sensor recogni- tion is limited
The vehicle in front is too small to be detected (for example a motor-
cycle or a bicycle, etc.)
The vehicle in front is an oversize vehicle or trailer that is too big to
be detected by the camera recog-
nition system (for example a tractor
trailer, etc.)
The driver's field of view is not well illuminated (either too dark or too
much reflection or too much back-
light that obscures the field of view) The vehicle in front does not have
their rear lights properly turned ON
The outside brightness changes suddenly, for example when enter-
ing or exiting a tunnel
Light coming from a street light or an oncoming vehicle is reflected on
a wet road surface such as a pud-
dle in the road
The field of view in front is obstructed by sun glare
The windshield glass is fogged up; a clear view of the road is obstructed
The vehicle in front is driving errat- ically
The vehicle is on unpaved or uneven rough surfaces, or roads
with sudden gradient changes
The adverse road conditions cause excessive vehicle vibrations while
driving
The vehicle is moving under ground level or inside a building
The vehicle is driven near areas containing metal substances such
as a construction zone, railroad,
etc.

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Vehicle recognition
Some vehicles in your lane cannot
be recognized by the sensor:
- Narrow vehicles such as motorcy-cles or bicycles
- Vehicles offset to one side
- Slow-moving vehicles or sudden- decelerating vehicles
- Stopped vehicles
- Vehicles with small rear profile such as trailers with no loads A vehicle ahead cannot be recog-
nized correctly by the sensor if any of
following occurs:
- When the vehicle is pointing
upwards due to overloading in the
luggage compartment
- While the steering wheel is operat- ing
- When driving to one side of the lane
- When driving on narrow lanes or on curves
Apply the brake or accelerator pedal
if necessary. Your vehicle may accelerate when
a vehicle ahead of you disappears.
When you are warned that the vehicle ahead of you is not detect-
ed, drive with caution.
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Two labels on your driver's door sill
show how much weight your vehicle
was designed to carry: the Tire and
Loading Information Label and the
Certification Label.
Before loading your vehicle, familiar-
ize yourself with the following terms
for determining your vehicle’s weight
ratings, from the vehicle's specifica-
tions and the Certification Label:
Base Curb Weight
This is the weight of the vehicle
including a full tank of fuel and all
standard equipment. It does not
include passengers, cargo, or option-
al equipment.
Vehicle Curb Weight
This is the weight of your new vehicle
when you picked it up from your deal-
er plus any aftermarket equipment.
Cargo Weight
This figure includes all weight added
to the Base Curb Weight, including
cargo and optional equipment. GAW (Gross Axle Weight)
This is the total weight placed on
each axle (front and rear) - including
vehicle curb weight and all payload.
GAWR (Gross Axle Weight Rating)
This is the maximum allowable
weight that can be carried by a single
axle (front or rear). These numbers
are shown on the Certification Label.
The total load on each axle must
never exceed its GAWR.
GVW (Gross Vehicle Weight)
This is the Base Curb Weight plus
actual Cargo Weight plus passen-
gers.
GVWR (Gross Vehicle Weight
Rating)
This is the maximum allowable
weight of the fully loaded vehicle
(including all options, equipment,
passengers and cargo). The GVWR
is shown on the Certification Label
located on the driver’s door sill.
Tire Loading Information Label
The label located on the driver's door
sill gives the original tire size, cold
tire pressures recommended for your
vehicle, the number of people that
can be in your vehicle and vehicle
capacity weight.
Vehicle capacity weight
849 lbs. (385 kg)
Vehicle capacity weight is the maxi-
mum combined weight of occupants
and cargo. If your vehicle is equipped
with a trailer, the combined weight
includes the tongue load.
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Seating capacity
Total : 5 persons(Front seat : 2 persons,
Rear seat : 3 persons)
Seating capacity is the maximum
number of occupants including a
driver, your vehicle may carry.
However, the seating capacity may
be reduced based upon the weight of
all of the occupants, and the weight
of the cargo being carried or towed.
Do not overload the vehicle as there
is a limit to the total weight, or load
limit including occupants and cargo,
the vehicle can carry.
Towing capacity
We do not recommend using this
vehicle for trailer towing.
Cargo capacity
The cargo capacity of your vehicle
will increase or decrease depending
on the weight and the number of
occupants and the tongue load, if
your vehicle is equipped with a trailer.
Steps for determining correct load limit
1. Locate the statement "The com-
bined weight of occupants and
cargo should never exceed XXX
kg or XXX lbs." on your vehicle's
placard.
2. Determine the combined weight of the driver and passengers that will
be riding in your vehicle.
3. Subtract the combined weight of the driver and passengers from
XXX kg or XXX lbs.
4. The resulting figure equals the available amount of cargo and lug-
gage load capacity. For example, if
the "XXX" amount equals 1400
lbs. and there will be five 150 lb.
passengers in your vehicle, the
amount of available cargo and lug-
gage load capacity is 650 lbs.
(1400 - 750 (5 x 150) = 650 lbs.)
5. Determine the combined weight of luggage and cargo being loaded
on the vehicle. That weight may
not safely exceed the available
cargo and luggage load capacity
calculated in Step 4. 6. If your vehicle will be towing a trail-
er, load from your trailer will be
transferred to your vehicle. Consult
this manual to determine how this
reduces the available cargo and
luggage load capacity of your vehi-
cle.
Do not overload the vehicle as
there is a limit to the total
weight, or load limit, including
occupants and cargo, the vehi-
cle can carry. Overloading can
shorten the life of the vehicle. If
the GVWR or the GAWR is
exceeded, parts on the vehicle
can break, and it can change the
handling of your vehicle. These
could cause you to lose control
and result in an accident.
WARNING