Introducing the ACL Race Series Performance 010 Oversize Conrod Bearing Set, product code 8B663HD-010. This premium quality connecting rod bearing set is designed for ultimate performance and durability, making it the perfect choice for serious engine builders and motorsport enthusiasts.

Constructed from ACL's renowned Race Series Tri-Metal material, these bearings are designed to withstand high levels of stress and heat, ensuring optimal performance in even the most demanding conditions. The bearings feature a dowel hole for secure installation, providing added stability and reliability.

With a standard shaft diameter of 2.0990"/2.1000" (53.315mm/53.340mm) and a maximum wall thickness of 0.0620" (1.575mm), these bearings offer a perfect fit for a wide range of applications. The housing bore is 2.2247"/2.2252" (56.507mm/56.520mm), and the maximum length is 0.8370" (21.250mm), providing excellent coverage for various engine configurations.

Incorporating a 0.25mm oversize design, these bearings offer optimal clearance for enhanced engine performance. The ACL Race Series Performance Engine Bearings have a long-standing legacy of excellence, with over 70 years of experience in producing high-quality engine components for the automotive industry.

From OEM supply to aftermarket solutions, ACL has established a reputation for precision, innovation, and performance. The Race Series Performance Engine Bearings are the product of extensive research and development, with a strong focus on metallurgy and quality control.

ACL's commitment to motorsport is evident in the company's history of supplying engine bearings for championship-winning teams across various racing disciplines. With a global presence and a diverse range of products, ACL continues to be the top choice for engine builders worldwide.

Experience the difference with ACL Race Series Performance 010 Oversize Conrod Bearing Set - the ultimate choice for high-performance engines. Trust ACL for precision, reliability, and unmatched quality in every bearing set.