Fleece Performance FPE-BRAB-C1 Billet Rocker Arm Bridges for 1998.5+ 24V 5.9L/6.7L Cummins

Fleece Performance FPE-BRAB-C1

The Fleece Performance FPE-BRAB-C1 Billet Rocker Arm Bridges are designed to significantly enhance the durability and performance of 1998.5 and newer 24V 5.9L/6.7L Cummins engines. These bridges are ideal for high-performance applications, offering a major strength improvement over factory components.

Product Highlights

• Enhanced Strength: Machined from billet steel, providing a 2.5-times strength improvement over factory bridges for increased durability under high-stress conditions
• Precision Engineering: Surface ground for flatness, case hardened, and carburized for maximum strength and longevity
• Improved Oiling: Designed to enhance oil flow to the valve stems, reducing wear and promoting better lubrication

Detailed Product Description

The Fleece Performance FPE-BRAB-C1 Billet Rocker Arm Bridges are a superior replacement for stock components in 1998.5+ Cummins engines. Engineered from billet steel, these bridges are surface ground for precise flatness and case hardened for exceptional durability. They feature improved oiling channels that direct oil to the valve stems, reducing wear and improving engine reliability in high-performance scenarios. Whether you are upgrading your engine for towing, racing, or general reliability, these rocker arm bridges are a must-have upgrade.

Kit Includes

• Set of 12 Billet Rocker Arm Bridges

Compatibility

• Designed for: 1998.5 and newer 24V 5.9L and 6.7L Cummins engines

Installation Notes

• Professional installation is recommended to ensure proper fitment and performance

Warranty

The Fleece Performance FPE-BRAB-C1 Billet Rocker Arm Bridges include a 1-year limited parts warranty, reflecting Fleece Performance’s commitment to quality and customer satisfaction.

The Fleece Performance FPE-BRAB-C1 Billet Rocker Arm Bridges are a critical upgrade for Cummins engines, delivering unmatched durability, improved lubrication, and reliable performance in demanding applications.