Kia Optima: Rocking the Vehicle - Special Driving Conditions - Driving Tips - Kia Optima MS/Magentis 2000-2005 Owners ManualKia Optima: 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 1 (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, transfer case (if equipped), or differential.

✽ NOTICE

Prolonged rocking may cause engine overheating, transaxle or transfer case (if equipped) damage or failure, and tire damage.

WARNING - Spinning Tires WARNING - Spinning Tires

Do not spin the wheels, especially at speeds more than 35 mph (56 km/h). Spinning the wheels at high speeds when the vehicle is stationary could cause a tire to overheat, explode and injure bystanders.

Hazardous Driving Conditions
When hazardous driving conditions are encountered such as water, snow, ice, mud, sand, or similar hazards, follow these suggestions: Drive cautiously and allow extra distance for braking. Avoi ...

Driving at Night
Because night driving presents many more hazards than driving in the daylight, here are some important tips to remember: Slow down and keep more distance between you and other vehicles, as it ma ...

See also:

Proper Use and Care of the Safety Belt System
To ensure that the safety belts provide the maximum protection, please follow these instructions: Use the belts at all times - even on short trips. If the safety belt is twisted, straighten it ...

Replacement (Without EPB)
Rear brake pads 1. Loosen the guide rod bolt (B) and pivot the caliper (A) up out of the way. Tightening torque:21.6 ~ 31.4 N.m (2.2 ~ 3.2 kgf.m, 15.9 ~ 23.1 lb-ft) ...

Operation
Operating Procedure 1. Suspension angle change resulted from vehicle's load change. 2. Sensor angle change. 3. Microprocessor calculates necessary ...

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