King (Size .026) pMaxKote Performance Connecting Rod Bearing Set Nissan GT-R 2009-2024 | CR6870XPNC.026

Product Fitment: 

2009-2024 Nissan GT-R

The King CR6870XPNC.026 XPC Connecting Rod Bearings are designed for high-performance and racing applications for the Nissan VR38DETT engine found in the R35 GT-R. Built using King’s advanced tri-metal copper-based bearing construction, these race bearings deliver exceptional load capacity, durability, and reliability for high-horsepower engine builds.

These bearings feature pMaxBlack™ overlay technology combined with pMaxKote™ nano-composite polymer coating, creating a protective layer that improves wear resistance, seizure protection, and tolerance to oil starvation without altering the bearing’s precision wall thickness.

Designed with a narrow bearing profile, the CR6870XPNC series provides additional clearance for large crankshaft fillets commonly found in performance crankshafts. This makes them ideal for drag racing, road racing, and other high-load motorsport applications where durability and oil film stability are critical.

Key Features & Benefits

• XPC Series Race Bearings designed for high-performance and motorsport engines

• pMaxBlack™ Overlay increases hardness and load capacity

• pMaxKote™ Nano-Composite Polymer Coating improves wear resistance and seizure protection

• Tri-Metal Copper-Based Construction engineered for high load and high RPM environments

• Narrow Bearing Design allows clearance for large crankshaft fillets

• RadiaLock™ Crush Height Optimization improves heat transfer and bearing retention

• Eccentrix™ Oil Control Geometry enhances hydrodynamic lubrication and oil film stability

• Bull’s Eye Tolerance Technology ensures precise wall thickness and consistent clearances

Specifications

Built for High-Power VR38 Builds

King XPC rod bearings are trusted by professional engine builders for high-boost, high-RPM VR38DETT builds. Their advanced coating technology and tri-metal construction help protect against extreme cylinder pressure, heavy loads, and oil starvation, making them an excellent choice for serious performance and racing applications.