The ACL Race Series Performance Conrod Bearing Set in STD size is a top-of-the-line product designed for high performance engines. With a product code of 8B743H-STD, this brand new set from ACL Race Series is a must-have for serious engine builders looking to take their vehicle to the next level.
Crafted from Race Series (Tri-Metal) material, these connecting rod bearings are suitable for all positions in the engine. The Standard Shaft Diameter of 2.1990"/2.2000" (55.855mm/55.880mm) ensures a perfect fit for your engine. The Oil Clearance of this set is to be announced, ensuring optimal performance and longevity.
With a Maximum Wall thickness of 0.0619" (1.572mm) and a Housing Bore of 2.3247"/2.3252" (59.047mm/59.060mm), these bearings are built to last. The Maximum Length of 0.8890" (22.580mm) further enhances the durability and reliability of this set.
ACL Race Series has a rich history of over 70 years in manufacturing precision engine bearings in Launceston, Tasmania, Australia. As a major OEM supplier to the automotive industry, ACL has earned a global reputation for quality, precision, and performance. The company's strong pedigree in motorsport is reflected in the Race Series Performance Engine Bearings, which have been used in Formula 1, Supercars Championship, drag racing, speedway, drifting, and rally competitions.
With a wide range of engine applications covered, including Australian, American, Japanese, Korean, and European vehicles, the ACL Race Series Performance Engine Bearing Set is the go-to choice for engine builders worldwide. The company's commitment to quality is evident in its ISO9001: 2015 Quality Management System, ISO14001: 2015 Environmental Management System, and ISO451001: 2018 Occupational Health & Safety Management System certifications.
Upgrade your engine with the ACL Race Series Performance Conrod Bearing Set in STD size and experience the difference in power, performance, and durability. Trust ACL for all your engine bearing needs and drive with confidence on the road or the track.