Introducing the ACL Race Series Performance Connecting Rod Bearing Set in Oversize 001, product code 6B2150H-001. This high-performance bearing set is designed for all positions and is made from the premium Race Series Tri-Metal material, ensuring durability and longevity.
With a standard shaft diameter of 2.1234"/2.1238" (53.934mm/53.945mm) and a maximum wall thickness of 0.0573" (1.455mm), this bearing set offers excellent oil clearance and fit. The housing bore size ranges from 2.2390" to 2.2398" (56.871mm to 56.891mm), with a maximum length of 0.8100" (20.570mm). This set is 0.025mm oversize, perfect for those looking to enhance their engine performance.
The ACL Race Series brand has been a trusted name in precision engine bearings for over 70 years. Manufactured in Launceston, Tasmania, Australia, ACL has been a leading OEM supplier to the automotive industry worldwide, offering a comprehensive range of replacement products for the aftermarket.
With a strong focus on quality, precision, and performance, ACL has established a reputation for producing robust engine bearings that meet the demanding requirements of motorsport. From Formula 1 to rally racing, ACL Race Series Performance Engine Bearings have been the top choice for engine builders seeking reliability and performance.
ACL's extensive range of engine bearings covers over 200 applications, including Australian, American, Japanese, Korean, and European vehicles. The company's vertical integration allows for complete control over the manufacturing process, from design to final product, ensuring quality and consistency.
Certified with ISO9001:2015 Quality Management System, ISO14001:2015 Environmental Management System, and ISO45001:2018 Occupational Health & Safety Management System, ACL is committed to maintaining the highest standards of excellence in every aspect of their business.
Enhance your engine's performance with the ACL Race Series Performance Connecting Rod Bearing Set in Oversize 001. Trust ACL for precision, innovation, and race-winning performance.