Kia Stinger: All Wheel Drive (AWD) / Using All Wheel Drive (AWD)
The All Wheel Drive (AWD) System delivers engine power to front and rear wheels
for maximum traction. AWD is useful when extra traction is required, such as when
driving slippery, muddy, wet, or snow-covered roads.
If the system determines there is a need for four wheel drive, the engine's driving
power is distributed to all four wheels automatically.
WARNING
If the AWD warning light () stays
on the instrument cluster, your vehicle may have a malfunction with the AWD system.
When the AWD warning light () illuminates
we recommend that the vehicle be checked by an authorized Kia dealer as soon as
possible.
WARNING
To reduce the risk of SERIOUS INJURY or DEATH:
- Do not drive in conditions that exceed the vehicle's intended design
such as challenging off-road conditions.
- Avoid high speeds when cornering or turning.
- Do not make quick steering wheel movements, such as sharp lane changes
or fast, sharp turns.
- The risk of a rollover is greatly increased if you lose control of your
vehicle at highway speeds.
- Loss of control often occurs if two or more wheels drop off the roadway
and the driver over steers to reenter the roadway.
- In the event your vehicle leaves the roadway, do not steer sharply. Instead,
slow down before pulling back into the travel lanes.
✽ 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. Depress
the brake pedal several times as you move slowly until you feel normal braking
return.
- Shorten your scheduled maintenance interval if you drive in offroad conditions
such as sand, mud or water (see "Maintenance Under Severe Usage Conditions"
in chapter 7).
- Make sure that AWD vehicle is towed by a flatbed tow truck.
For safe AWD operation
Before driving
- Make sure all passengers are wearing seat belts.
- Sit upright and closer to the steering wheel than usual. Adjust the steering
wheel to a position comfortable for you to drive.
Driving on snow-covered or icy roads
- Start off slowly by applying the accelerator pedal gently.
- Use snow tires.
- Keep sufficient distance between your vehicle and the vehicle in front of
you.
- Use engine braking during deceleration.
- Avoid speeding, rapid acceleration, sudden brake applications, and sharp
turns to prevent skids.
Driving in sand or mud
- Maintain slow and constant speed.
- Keep sufficient distance between your vehicle and the vehicle in front of
you.
- Reduce vehicle speed and always check the road condition.
- Avoid speeding, rapid acceleration, sudden brake applications, and sharp
turns to prevent getting stuck.
✽ NOTICE
When the vehicle is stuck in snow, sand or mud, place a non-slip material
under the drive wheels to provide traction OR slowly spin the wheels in forward
and reverse directions which causes a rocking motion that may free the vehicle.
See the Section "Rocking the Vehicle" for more details. However, avoid running the
engine continuously at high rpm, which could damage the AWD system.
✽ NOTICE
When using Snow Tires, mount them on all four wheels. For more information
on Snow Tires, refer to "Winter Driving" in this chapter.
Driving up or down hills
- Driving uphill
- Before starting off, check if it is possible to drive uphill.
- Drive as straight as possible.
- Driving downhill
- Do not change gear while driving downhill. Select gear before driving downhill.
- Drive slowly using engine braking while driving downhill.
- Drive as straight as possible.
Tires
WARNING
Do not use tires and wheels of a different size and type than the ones originally
installed on your vehicle. It can affect the safety and performance of your vehicle,
which could l ...
Other information:
Components and components location
Components Location
1. ECM (Engine Control Module)
2. Manifold Absolute Pressure Sensor (MAPS)
3. Intake Air Temperature Sensor (IATS)
4. Boost Pressure Sensor (BPS)
5. Engine Coolant Temperature Sensor (ECTS)
...
Specifications
Specifications
Item
Specification
Control type
N/L (Normal Low)
Control pressure kpa (kgf/cm², psi)
0 - 1,569.06 (0 - 16, 0 - 227.57)
Current (mA)
0 ...