2023 HYUNDAI VENUE engine

2-6
Vehicle Information
The actual engine room in the vehicle may differ from the illustration.OQX089001L
ENGINE COMPARTMENT
1. Engine coolant reservoir .......................8-16
2. Brake/clutch fluid reservoir ..................8-19
3. Engine air filter ...................................... 8-21
4. Engine oil dipstick ................................. 8-15
5. Engine oil filler cap ................................ 8-15
6. Windshield washer fluid reservoir ....... 8-20
7. Engine room junction block ..................8-41
8. Battery ................................................... 8-25
9. Radiator cap ........................................... 8-17

02
2-7
DIMENSIONS
Itemin (mm)
Overall length 159.0 (4,040)
O
verall width 69.7 (1,770)
Overall height With roof rack
62.7 (1,592)
Without roof rack 61.6 (1,565)
Front tread 185/65R15 (6.0J)
61.2 (1,555)
205/55R17 (6.5J) 60.4 (1,535)
Rear tread 185/65R15 (6.0J)
61.6 (1,565)
205/55R17 (6.5J) 60.9 (1,546)
Wheelbase 99.2 (2,520)
ENGINE
ItemSmartstream G1.6
Displacement cu.in (
cc)97.5 (1,598)
Bore x Stroke in (mm)2.98 x 3.5 (75.6 x 89.0)
Firing order 1-3-4-2
No. of cylinders 4, in-line

02
2-11
RECOMMENDED LUBRICANTS AND CAPACITIES
To help achieve proper engine and powertrain performance and durability, use only
lubricants of the proper quality. The correct lubricants also help promote engine
efficiency that results in improved fuel economy.
These lubricants and fluids are recommended for use in your vehicle.
LubricantVolumeClassification
Engine oil
*1 *2
(drain and refill)
Smartstream G1.6 4.02 US qt. (3.8
b) API SN PLUS/SP or ILSAC GF-6
Manual transmission fluid 1.59 ~ 1.69 US qt.
(1.5 ~ 1.6
b) HK SYN MTF 70W (SK)
SPIRAX S6 GHME 70W MTF
(H.K.SHELL)
GS MTF HD 70W (GS CALTEX)
API GL-4, SAE 70W, TGO-9
Intelligent variable transmission
fluid 6.34 US qt. (6.7
b) CVTF (SP-CVT1)
*3
CoolantM/T 5.94 US qt. (5.62
b)
Mixture of antifreeze and water
(Phosphate-based Ethylene glycol
coolant for aluminum radiator)
IVT 6.32 US qt. (5.78
b)
Brake/clutch fluid 0.74 ~ 0.85 US qt.
(0.7 ~ 0.8
b) SAE J1704 DOT-4 LV, FMVSS 116
DOT-4, ISO4925 CLASS-6
Fuel 11.89 US gal. (45
b)Refer to “Fuel requirements” in
chapter 1.
M/T: Manual transmission
IVT: Intelligent variable transmission
*1 : Refer to the recommended SAE viscosity numbers on page 12.
*2 : Requires grade engine oil.
If a lower grade engine oil (mineral oil including Semi-synthetic) is used, then the engine
oil and engine oil filter must be replaced as indicated severe maintenance condition.
*3 : Use only specified genuine Intelligent variable transmission fluid. The use of non-
specified fluid (even marked as compatible with genuine) could result in shift quality
deterioration and vibrations, eventually, the transmission failure.

Vehicle Information2-12
Recommended SAE Viscosity
Number
CAUTION
Always be sure to clean the area around
any filler plug, drain plug, or dipstick
before checking or draining any
lubricant. This is especially important
in dusty or sandy areas and when the
vehicle is used on unpaved roads.
Cleaning the plug and dipstick areas
will prevent dirt and grit from entering
the engine and other mechanisms that
could be damaged. Engine oil viscosity (thickness) has an
effect on fuel economy and cold weather
operating (engine start and engine oil
flowability). Lower viscosity engine oils
can provide better fuel economy and
cold weather performance, however,
higher viscosity engine oils are required
for satisfactory lubrication in hot
weather.
Using oils of any viscosity other than
those recommended could result in
engine damage.
When choosing an oil, consider the
range of temperature your vehicle will be
operated in before the next oil change.
Proceed to select the recommended oil
viscosity from the chart.
Temperature Range for SAE Viscosity Numbers
Temperature °C -30 -20 -10 0 10 20 30 40 50
(°F) -10 0 20 40 60 80 100 120
Engine Oil
0W-20*
Î 0W-20*
Î
*1 : Requires grade engine oil.
If a lower grade engine oil (mineral oil including Semi-synthetic) is used, then the engine
oil and engine oil filter must be replaced as indicated severe maintenance condition.
An engine oil displaying this API Certification Mark conforms to
the international Lubricant Specification Advisory Committee
(ILSAC). It is recommended to only use engine oils that uphold
this API Certification Mark.

Vehicle Information2-14
TIRE SPECIFICATION AND
PRESSURE LABEL
OQX089049N
The tires supplied on your new
vehicle are chosen to provide the best
performance for normal driving.
The tire label located on the driver’s
side center pillar gives the tire pressures
recommended for your car.
ENGINE NUMBER
OQX089040L
The engine number is stamped on the
engine block as shown in the drawing.

03
3-13
NOTICE
To prevent damage to the seat warmers
and seats:

[Never use a solvent such as paint
thinner, benzene, alcohol or gasoline
to clean the seats.

[ Do not place heavy or sharp objects
on seats equipped with seat
warmers.

[ Do not change the seat cover. It may
damage the seat warmer.
OQX030016N
While the engine is running, push either
of the switches to warm the driver’s seat
or front passenger’s seat.
During mild weather or under conditions
where the operation of the seat warmer
is not needed, keep the switches in the
OFF position.
[
Each time you push the switch, the
temperature setting of the seat is
changed as follows:
OFF
LOW ( )HIGH ( )
MIDDLE ( )

[ When pressing the switch for more
than 1.5 seconds with the seat warmer
operating, the seat warmer will turn
OFF.

[ The seat warmer defaults to the OFF
position each time the ignition switch
is turned to the ON position.
Information
With the seat warmer switch in the ON
position, the heating system in the seat
turns off or on automatically depending on
the seat temperature.

Safety System3-36
How Does the Air Bag System
Operate?
OQX039027
The SRS consists of the following
components:
1. Driver’s front air bag module
2. Passenger’s front air bag module
3. Side air bag modules
4. Curtain air bag modules
5. Retractor pre-tensioner
6. Air bag warning light
7. SRS control module (SRSCM)/Rollover sensor
8. Front impact sensors
9. Side impact sensors
10. Side pressure sensors
11. Occupant classification system
The SRSCM (Supplemental Restraint
System Control Module) continually
monitors all SRS components while the
ignition switch is in the ON position to
determine if a crash impact is severe
enough to require air bag deployment or
pre-tensioner seat belt deployment.
SRS warning light
The SRS (Supplement Restraint System)
air bag w
arning light on the instrument
panel displays the air bag symbol
depicted in the illustration. The system
checks the air bag electrical system for
malfunctions. The light indicates that
there is a potential malfunction with your
air bag system, which could include your
side and curtain air bags used for rollover
protection.
WARNING
If your SRS malfunctions, the air bag
may not inflate properly during an
accident increasing the risk of serious
injury or death.
If any of the following conditions occur,
your SRS is malfunctioning:

[ The light does not turn on for
approximately six seconds when the
Engine Start/Stop button is in the ON
position.

[ The light stays on after illuminating
for approximately six seconds.

[ The light comes on while the vehicle
is in motion.

[ The light blinks when the engine is
running.
Have an authorized HYUNDAI dealer
inspect the SRS as soon as possible if
any of these conditions occur.

03
3-37
During a frontal collision, sensors will
detect the vehicle’s deceleration. If the
rate of deceleration is high enough, the
control unit will inflate the front air bags.
The front air bags help protect the driver
and front passenger by responding to
frontal impacts in which seat belts alone
cannot provide adequate restraint. When
needed, the side air bags help provide
protection in the event of a side impact
or rollover.

[Air bags are activated (able to inflate
if necessary) only when the Engine
Start/Stop button is in the ON
position.

[ Air bags inflate in the event of certain
frontal or side collisions to help
protect the occupants from serious
physical injury.

[ Generally, air bags are designed to
inflate based upon the severity of
a collision, its direction, etc. These
two factors determine whether
the sensors produce an electronic
deployment/inflation signal.

[ The front air bags will completely
inflate and deflate in an instant. It is
virtually impossible for you to see the
air bags inflate during an accident. It is
much more likely that you will simply
see the deflated air bags hanging out
of their storage compartments after
the collision.
[
In addition to inflating in certain side
collisions, vehicles equipped with a
rollover sensor, side and curtain air
bags will inflate if the sensing system
detects a rollover.
When a rollover is detected, side and
curtain air bags will remain inflated
longer to help provide protection
from ejection, especially when used in
conjunction with the seat belts.

[ To help provide protection, the air
bags must inflate rapidly. The speed
of air bag inflation is a consequence
of extremely short time in which
to inflate the air bag between the
occupant and the vehicle structures
before the occupant impacts those
structures. This speed of inflation
reduces the risk of serious or life-
threatening injuries and is thus a
necessary part of air bag design.
However, the rapid air bag inflation
can also cause injuries which can
include facial abrasions, bruises and
broken bones because the inflation
speed also causes the air bags to
expand with a great deal of force.

[ There are even circumstances under
which contact with the air bag can
cause fatal injuries, especially if the
occupant is positioned excessively
close to the air bag.
You can take steps to help reduce the
risk of being injured by an inflating air
bag. The greatest risk is sitting too close
to the air bag. An air bag needs about 10
inches (25 cm) of space to inflate. NHTSA
recommends that drivers allow at least
10 inches (25 cm) between the center of
the steering wheel and the chest.