The ACL Race Series Performance Conrod bearing set in .025 Oversize is a top-of-the-line product designed for high-performance engines. With a product code of 8B1442H-.025, this set is part of the Connecting Rod category and is manufactured by the reputable brand ACL Race Series.

With a width of 20.95mm, these bearings are made from Race Series (Tri-Metal) material, ensuring durability and strength. Suitable for all positions, the bearings have a standard shaft diameter of 2.0860"/2.0867" (52.984mm/53.000mm) and a maximum wall measurement of 0.0758" (1.925mm). The housing bore ranges from 2.2388" to 2.2396" (56.865mm/56.886mm) and the maximum length is 0.8250" (20.950mm). The half type is identical halves and the size is .025mm Oversize.

ACL Race Series has a rich history spanning over 70 years in the precision engine bearings industry. Based in Launceston, Tasmania, Australia, ACL has been a major OEM supplier to the Australian and international automotive industry. The brand is known for its extensive aftermarket product range and global reputation for quality, precision, and performance.

The ACL Race Series Performance Engine Bearings have a strong motorsport pedigree, with a history dating back to the manufacture of engine bearings for Formula 1 racing in the 1960s. Today, the ACL RACE Series bearings are used in various motorsport disciplines including Australian Supercars Championship, drag racing, speedway, drifting, and rally.

The ACL RACE Series Performance Engine Bearing offering covers over 200 engine applications for Australian, American, Japanese, Korean, and European vehicles. The company's vertical integration allows for full control over the manufacturing process, ensuring quality control at every step. With ISO certification for Quality Management, Environmental Management, and Occupational Health & Safety Management, customers can trust in the reliability and performance of ACL Race Series products. Upgrade your engine with ACL Race Series Performance Conrod bearing set and experience the difference in quality and performance.