King Engine Bearings Connecting Rod Bearing Set

2005–2010 Chrysler 300 / 2005–2008 Dodge Magnum / 2006–2010 Dodge Charger 2.7L Engine

CR6780SI1.0

Overview:

The King Engine Bearings Connecting Rod Bearing Set is engineered to provide reliable, high-quality performance for a wide range of Chrysler and Dodge vehicles equipped with the 2.7L engine. Established in 1960, King Engine Bearings has specialized exclusively in engine bearings, ensuring precision manufacturing and superior durability. This connecting rod bearing set is designed for medium-load engines, delivering excellent wear resistance and long service life.

Ideal for both professional mechanics and automotive enthusiasts, this bearing set offers a dependable solution for engine rebuilds, repairs, or performance upgrades. Its lead-free, environmentally safe composite construction ensures compliance with modern environmental standards without compromising strength or reliability.

Key Features:

King Engine Bearings combines advanced materials and manufacturing techniques to produce connecting rod bearings that meet or exceed OEM specifications. Key features include:

• Bimetal construction with an aluminum-silicon base for enhanced durability
• Lead-free, environmentally safe composite material for reduced environmental impact
• Optimized for medium-load applications typical of the 2.7L Chrysler and Dodge engines
• Precision engineered to ensure proper fit and smooth operation within the connecting rod assembly
• Extensive fitment coverage across multiple Chrysler and Dodge models from the late 1990s through 2010
• Manufactured under strict quality control standards to ensure consistent performance
• Corrosion-resistant surface treatment to extend bearing life
• Compatible with both stock and mildly modified engines

Construction & Design:

This connecting rod bearing set features a bi-metal design with an aluminum-silicon alloy base, providing an excellent balance of strength and conformability. The aluminum base offers lightweight durability, while the silicon content enhances wear resistance and fatigue strength. The lead-free composite overlay ensures environmental safety without sacrificing bearing performance.

The bearings are engineered to withstand the thermal and mechanical stresses typical of medium-load engines, maintaining tight clearances and reducing friction for smoother engine operation. King Engine Bearings’ commitment to precision manufacturing guarantees consistent thickness and surface finish, critical for maintaining oil film integrity and preventing premature wear.

Installation & Fitment:

Designed as a direct replacement for the original connecting rod bearings, this set fits a broad range of Chrysler and Dodge vehicles equipped with the 2.7L engine. Installation requires standard engine disassembly procedures and should be performed by a qualified technician to ensure proper bearing clearance and torque specifications are met.

No modifications are necessary for fitment, making this bearing set an ideal choice for engine rebuilds, maintenance, or performance restoration projects. Always verify compatibility with your specific vehicle model and year before installation.

What's Included:

• Complete set of connecting rod bearings for the 2.7L engine
• Precision-matched bearing shells for each connecting rod journal
• Packaging and documentation from King Engine Bearings

Ideal For:

This connecting rod bearing set is perfect for automotive professionals, engine rebuilders, and enthusiasts seeking a reliable, high-quality bearing solution for Chrysler 300, Dodge Magnum, and Dodge Charger vehicles with the 2.7L engine. It is well-suited for routine maintenance, engine overhauls, and moderate performance upgrades where durability and OEM-level quality are essential.

King Engine Bearings specializes in engine bearings with a strong footprint in performance and racing, developing advanced bearing materials and designs for high-load engines. Builders and racers rely on King for main and rod bearings engineered to handle higher cylinder pressures and sustained RPM without sacrificing reliability.