Kia Stinger CK: Driving your vehicle / Automatic transmission

Kia Stinger (CK) 2018-2023 Owner's Manual / Driving your vehicle / Automatic transmission

Contents:

Automatic transmission operation ➤

Good driving practices

Never move the gear shift lever from P (Park) to any other position with the accelerator pedal depressed.
Never move the gear shift lever into P (Park) when the vehicle is in motion.
Slow down before shifting to a lower gear. Otherwise, the lower gear may not be engaged.
Always use the parking brake. Do not depend on placing the transmission in P (Park) to keep the vehicle from moving.
Optimum vehicle performance and economy is obtained by smoothly depressing and releasing the accelerator pedal.

✽ NOTICE - Kickdown Mechanism

Use the kickdown mechanism for maximum acceleration. Depress the accelerator pedal beyond the pressure point. The automatic transmission will shift to a lower gear depending on the engine speed.

Moving up a steep grade from a standing start

To move up a steep grade from a standing start, depress the brake pedal, release the parking brake, and shift the shift lever to D (Drive). Depress the accelerator gradually while releasing the brake pedal.

Launch Control ➤

Starting the engine with a smart key

Automatic transmission operation

Other information:

Kia Stinger (CK) 2018-2023 Owner's Manual: Pantoscopic Camera

Components and components location Components Front View Camera Side View Camera Rear View Camera Repair procedures Removal In case of bad quality or poor focus, be sure to check the camera lense surface condition and foreign materials.

Kia Stinger (CK) 2018-2023 Owner's Manual: CVVT (Continuous Variable Valve Timing) System

Description and operation Description Continuous Variable Valve Timing (CVVT) system advances or retards the valve timing of the intake and exhaust valve in accordance with the ECM control signal which is calculated by the engine speed and load. By controlling CVVT, the valve over-lap or under-lap occurs, which makes better fuel economy and reduces exhaust gases (NOx, HC) and improves engine performance through reduction of pumping loss, internal EGR effect, improvement of combustion stability, improvement of volumetric efficiency, and increase of expansion work.