2010 KIA SORENTO tow

471
Features of your vehicle
Windshield washers
In the OFF (O) position, pull the lever
gently toward you to spray washer fluid
on the windshield and to run the wipers
1-3 cycles. Use this function when the windshield is
dirty.The spray and wiper operation will con-
tinue until you release the lever.
If the washer does not work, check the
washer fluid level. If the fluid level is not
sufficient, you will need to add appropri-
ate non-abrasive windshield washer fluid
to the washer reservoir.
The reservoir filler neck is located in the
front of the engine compartment on the
passenger side.
CAUTION
To prevent possible damage to the
washer pump, do not operate the washer when the fluid reservoir isempty.
WARNING
Do not use the washer in freezing
temperatures without first warming
the windshield with the defrosters;
the washer solution could freeze on
the windshield and obscure yourvision.
CAUTION
When washing the vehicle, set the wiper switch in the OFF (O) position
to stop the auto wiper operation.
The wiper may operate and be dam-aged if the switch is set in the AUTOmode while washing the vehicle.
Do not remove the sensor coverlocated on the upper end of the pas-senger side windshield glass.Damage to system parts could occur and may not be covered by
your vehicle warranty.
When starting the vehicle in winter,set the wiper switch in the OFF (O)position. Otherwise, wipers mayoperate and ice may damage the
windshield wiper blades. Alwaysremove all snow and ice and defrostthe windshield properly prior tooperating the windshield wipers.
OAM049102N
OXM049048E
■
Type A
■ Type B
OXM049233L
■
Type C

479
Features of your vehicle
Mode selection
The mode selection knob controls the
direction of the air flow through the venti-lation system.
Air can be directed to the floor, dash-
board outlets, or windshield. Six symbols
are used to represent MAX A/C, Face,
Bi-Level, Floor, Floor-Defrost and Defrostair position. The MAX A/C mode is used to cool the
inside of the vehicle faster.
MAX A/C-Level (B, D, E)
Air flow is directed toward the upper body
and face.
In this mode, the air conditioning and the recirculated air position will be selected
automatically.
Face-Level (B, D, E)
Air flow is directed toward the upper body
and face. Additionally, each outlet can becontrolled to direct the air dischargedfrom the outlet.
Bi-Level (B, D, E, C, F, G)
Air flow is directed towards the face and
the floor.
Floor-Level (C, F, G, A, D)
Most of the air flow is directed to the
floor, with a small amount of the air beingdirected to the windshield and side win-
dow defrosters.
Floor/Defrost-Level (A, C, D, F, G)
Most of the air flow is directed to the floor and the windshield with a small amount
directed to the side window defrosters.
Defrost-Level (A, D)
Most of the air flow is directed to thewindshield with a small amount of air
directed to the side window defrosters.
OXM049142

Features of your vehicle
88
4
Manual heating and air condition- ing The heating and cooling system can be
controlled manually by pressing buttons
or turning knob(s) other than the AUTO
button. In this case, the system workssequentially according to the order of
buttons or knob(s) selected.
1. Start the engine.
2. Set the mode to the desired position.
For improving the effectiveness of heating and cooling;- Heating: - Cooling:
3. Set the temperature control to the desired position.
4. Set the air intake control to the outside (fresh) air position.
5. Set the fan speed control to the desired speed.
6. If air conditioning is desired, turn the air conditioning system on.
Press the AUTO button in order to con-
vert to full automatic control of the sys-tem.
Mode selection
The mode selection button controls the
direction of the air flow through the venti-lation system.
The air flow outlet port is converted as
follows:
Refer to the illustration in the “Manual cli- mate control system”. Face-Level
Air flow is directed toward the upper body
and face. Additionally, each outlet can becontrolled to direct the air dischargedfrom the outlet.
Bi-Level
Air flow is directed towards the face and
the floor.
Floor-Level
Most of the air flow is directed to the
floor, with a small amount of the air beingdirected to the windshield and side win-
dow defrosters.
Floor/Defrost-Level
Most of the air flow is directed to the floorand the windshield with a small amount
directed to the side window defrosters.
OXM049154

4109
Features of your vehicle
How vehicle audio works
AM(MW, LW) and FM radio signals are
broadcast from transmitter towers locat-
ed around your city. They are intercept-
ed 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 pos-
sible 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 dis-
tance from the radio station, closeness of
other strong radio stations or the pres-
ence of buildings, bridges or other large
obstructions in the area.AM(MW, LW) broadcasts can be
received at greater distances than FM
broadcasts. This is because AM(MW,
LW) 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.
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 build-
ings, mountains, or other obstructions.
These can result in certain listening con-
ditions which might lead you to believe a
problem exists with your radio. The fol-
lowing conditions are normal and do not
indicate radio trouble:
¢¢¢¢¢¢
JBM002JBM003
AM(MW, LW) reception FM radio station
¢¢¢
JBM001
FM reception

5
Before driving / 5-3
Key positions / 5-4
ENGINE START/STOP button / 5-8
Manual transaxle / 5-14
Automatic transaxle / 5-17
Four wheel drive (4WD) / 5-23
Brake system / 5-30
Cruise control system / 5-41
Economical operation / 5-45
Special driving conditions / 5-47
Winter driving / 5-51
Trailer towing / 5-55
Vehicle weight / 5-63
Driving your vehicle

Driving your vehicle
4
5
Illuminated ignition switch
Whenever a front door is opened, the
ignition switch will illuminate for your con-
venience, provided the ignition switch is
not in the ON position. The light will go off
immediately when the ignition switch is
turned on. It will also go off after about 30seconds when the door is closed. Ignition switch position
LOCK
The steering wheel locks to protect
against theft. The ignition key can be
removed only in the LOCK position.
When turning the ignition switch to the
LOCK position, push the key inward at
the ACC position and turn the key towardthe LOCK position.
ACC (Accessory)
The steering wheel is unlocked and elec-
trical accessories are operative.
✽✽
NOTICE
If difficulty is experienced turning the
ignition switch to the ACC position, turn
the key while turning the steering wheel
right and left to release the tension.
ON
The warning lights can be checked
before the engine is started. This is the
normal running position after the engine
is started.
Do not leave the ignition switch ON if the engine is not running to prevent batterydischarge.
KEY POSITIONS (IF EQUIPPED)
OXM059001OUN036002

527
Driving your vehicle
✽✽NOTICE
 Do not drive in water if the level is higher than the bottom of the vehicle.
 Check your brake condition once you
are out of mud or water. Press the
brake pedal several times as you move
slowly until you feel normal braking
forces return.
 Shorten your scheduled maintenance interval if you drive in off-road condi-
tions such as sand, mud or water (see
“Maintenance under severe usage
conditions” in section 7). Always wash
your vehicle thoroughly after off road
use, especially cleaning the bottom of
the vehicle.
 Since the driving torque is always applied to the 4 wheels the perform-
ance of the 4WD vehicle is greatly
affected by the condition of the tires.
Be sure to equip the vehicle with four
tires of the same size and type.
 A full time four wheel drive vehicle cannot be towed by an ordinary tow
truck. Make sure that the vehicle is
placed on a flat bed truck for moving.Reducing the risk of a rollover
This multi-purpose passenger vehicle is
defined as a Sports Utility Vehicle (SUV).
SUV’s have higher ground clearance and
a narrower track to make them capable
of performing in a wide variety of off-road
applications. Specific design characteris-
tics give them a higher center of gravity
than ordinary vehicles. An advantage of
the higher ground clearance is a better
view of the road, which allows you to
anticipate problems. They are not
designed for cornering at the same
speeds as conventional passenger vehi-
cles, any more than low-slung sports
vehicles are designed to perform satis-
factorily in off-road conditions. Due to this
risk, driver and passengers are strongly
recommended to buckle their seat belts.
In a rollover crash, an unbelted person is
more likely to die than a person wearing
a seat belt. There are steps that a driver
can make to reduce the risk of a rollover.
If at all possible, avoid sharp turns or
abrupt maneuvers, do not load your roof
rack with heavy cargo, and never modify
your vehicle in any way.
CAUTION - Mud or snow
If one of the front or rear wheels
begins to spin in mud, snow, etc.
the vehicle can sometimes be driv-en out by depressing the accelera-
tor pedal further; however avoid running the engine continuously at
high rpm because doing so coulddamage the 4WD system.
WARNING - 4WD driving
Avoid high cornering speed.
Do not make quick steering wheel movements, such as sharp
lane changes or fast, sharp turns.
The risk of rollover is greatly increased if you lose control of
your vehicle at high speed.
In a collision, an unbelted person is significantly more likely to die
compared to a person wearing aseat belt.
Loss of control often occurs if two or more wheels drop off the
roadway and the driver over
steers to re-enter the roadway. In
the event your vehicle leaves the
roadway, do not steer sharply.
Instead, slow down before pulling
back into the travel lanes.

547
Driving your vehicle
Hazardous driving conditions
When hazardous driving conditions are
encountered such as water, snow, ice,
mud, sand, or similar hazards, followthese suggestions:
Drive cautiously and allow extra dis-tance for braking.
Avoid sudden braking or steering.
When braking with non-ABS brakes pump the brake pedal with a light up-
and-down motion until the vehicle isstopped. If stalled in snow, mud, or sand, use
second gear. Accelerate slowly to
avoid spinning the drive wheels.
Use sand, rock salt, tire chains, or other non-slip material under the drive
wheels to provide traction when stalled
in ice, snow, or mud. Rocking the vehicle
If it is necessary to rock the vehicle to free
it from snow, sand, or mud, first turn the
steering wheel right and left to clear the
area around your front wheels. Then, shift
back and forth between 1st (First) and R
(Reverse) in vehicles equipped with a
manual transaxle or R (Reverse) and any
forward gear in vehicles equipped with an
automatic transaxle. Do not race the
engine, and spin the wheels as little as
possible. If you are still stuck after a few
tries, have the vehicle pulled out by a tow
vehicle to avoid engine overheating and
possible damage to the transaxle.
SPECIAL DRIVING CONDITIONS
WARNING -
ABS
Do not pump the brake pedal on a
vehicle equipped with ABS.
WARNING - Downshifting
Downshifting with an automatic
transaxle, while driving on slipperysurfaces can cause an accident.
The sudden change in tire speed
could cause the tires to skid. Be
careful when downshifting on slip-
pery surfaces.
CAUTION
Prolonged rocking may cause engine over-heating, transaxle dam-age or failure, and tire damage.