Kia Sedona: 168,000 km (105,000 miles) or 84 months - Normal maintenance schedule - Maintenance - Kia Sedona YP Owners ManualKia Sedona: 168,000 km (105,000 miles) or 84 months

Third generation YP (2014-2024) / Kia Sedona YP Owners Manual / Maintenance / Normal maintenance schedule / 168,000 km (105,000 miles) or 84 months

❑ Rotate tire
❑ Inspect battery condition
❑ Inspect air cleaner filter
❑ Inspect vacuum hose
❑ Inspect air conditioning refrigerant
❑ Inspect brake hoses and lines
❑ Inspect drive shafts and boots
❑ Inspect exhaust system
❑ Inspect front brake disc/pads, calipers
❑ Inspect rear brake disc/pads
❑ Inspect steering gear box, linkage & boots/lower arm ball joint, upper arm ball joint
❑ Inspect suspension mounting bolts
❑ Inspect drive belts *3 (First, 96,000 km (60,000 miles) or 72 months after that, every 24,000 km (15,000 miles) or 24 months)
❑ Inspect power steering fluid (if equipped)
❑ Inspect power steering pump, belt and hoses (if equipped)
❑ Replace climate control air filter (for evaporator and blower unit)
❑ Replace engine oil and filter (Every 12,000 km (7,500 miles) or 12 months)
❑ Add fuel additive *1 (Every 12,000 km (7,500 miles) or 12 months)

156,000 km (97,500 miles) or 78 months
❑ Rotate tire ❑ Inspect battery condition ❑ Inspect air cleaner filter ❑ Inspect vacuum hose ❑ Inspect power steering fluid (if equipped) ❑ Inspect power ...

180,000 km (112,500 miles) or 90 months
❑ Rotate tire ❑ Inspect battery condition ❑ Inspect air cleaner filter ❑ Inspect vacuum hose ❑ Inspect power steering fluid (if equipped) ❑ Inspect power ...

Other Information:

Torque Converter Control Solenoid Valve (T/CON_VFS) Description and Operation
Description • Torque converter control solenoid valve is a Variable Force Solenoid (VFS) type. • When TCM supplies variable current to solenoid valve, hydraulic pressure of t ...

Front Impact Sensor (FIS) Description and Operation
Description The Front Impact Sensors (FIS) are installed in the Front End Module (FEM). These remote sensors are used to detect acceleration due to a collision at the mounting location. The pri ...

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