King Engine Bearings CR224GPC Rod Bearings for BMW S65/S85 V8/V10

Vehicle Fitment

• 2008-2013 BMW M3 (E90/E92/E93) - S65B40A 4.0L V8
• 2005-2010 BMW M5 (E60) - S85B50A 5.0L V10

Features

• High-performance connecting rod bearing set engineered by King Engine Bearings
• GPC polymer-coated tri-metal design for enhanced load capacity and wear resistance
• Precision manufacturing tolerances for consistent oil film and durability
• Designed to reduce friction and improve engine performance under high load
• Suitable for performance and racing engine builds
• Protects crankshaft and rods against fatigue and metal-to-metal contact
• Ideal for high-stress applications like track and competition use
• Compatible with stock and performance rebuilds

Specifications

• Part Number: CR224GPC
• Type: Connecting rod bearing set
• Brand: King Engine Bearings
• Material: GPC polymer-coated tri-metal construction
• Designed for high load and fatigue resistance
• Engine Compatibility: BMW S65B40A (4.0L V8), S85B50A (5.0L V10)
• Sold as a complete set of bearing pairs for engine rod journals
• Performance/competition grade materials

Included Components

• 4x Connecting rod bearings (pair count depends on engine configuration)
• Packaging and labeling from King Engine Bearings

Product Description

The King Engine Bearings CR224GPC Connecting Rod Bearing Set is a premium internal engine component engineered for high-performance BMW engines. Featuring a polymer-coated tri-metal design (GPC), these bearings are built to handle increased loads, reduce friction, and withstand the demanding conditions of performance driving, racing, or rebuilt engines.

Specifically designed for BMW's S65B40A 4.0L V8 found in 2008-2013 M3 (E90/E92/E93) models and the S85B50A 5.0L V10 in 2005-2010 M5 (E60), this set delivers high-quality, track-ready durability and reliable performance. Whether you're building a street performance engine or preparing a race machine, the CR224GPC bearings help protect your rod journals and crankshaft with advanced load-bearing capabilities.