Maintain reliable engine performance with this Genuine Nissan Conrod Bearing, designed for Nissan Patrol GU Y61 TD42 and Nissan Navara D22 TD27 engines. This OEM engine bearing is a critical component in the bottom end, sitting between the connecting rod and crankshaft to ensure smooth rotation and proper lubrication under load.

Over time, conrod bearings can wear due to high mileage, oil contamination, poor lubrication, or heavy engine loads. Worn bearings can lead to low oil pressure, knocking noises, reduced performance, and in severe cases, major engine failure if not addressed promptly.

Manufactured to Nissan’s original specifications, this direct-fit replacement bearing ensures correct clearances, proper oil flow, and long-term durability under demanding diesel operating conditions.

Features & Benefits

• Genuine Nissan OEM engine bearing for precise fitment and reliability
• Designed for Nissan Patrol GU Y61 TD42 and Navara D22 TD27 engines
• Conrod (connecting rod) bearing for crankshaft support
• Ensures correct oil clearance and smooth engine operation
• High-strength bearing material for heavy-duty diesel applications
• Helps reduce engine noise and internal wear
• Supports proper oil pressure and lubrication
• Direct replacement with no modifications required
• Ideal for engine rebuilds, overhauls, and preventative maintenance

Vehicle Fitment

Suitable for:

• Nissan Patrol GU Y61 – TD42 engine
• Nissan Navara D22 – TD27 engine

Please confirm compatibility before purchase or contact us with your VIN for assistance, as bearing sizes may vary depending on engine specifications and machining requirements.

Common Signs of Worn Conrod Bearings

• Engine knocking or tapping noise under load
• Low or fluctuating oil pressure
• Metallic particles found in engine oil
• Reduced engine performance or smoothness
• Excessive engine wear during teardown inspection

Replacing worn conrod bearings during engine servicing or rebuilds helps protect the crankshaft, maintain oil pressure, and ensure long-term engine reliability.