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 6B2380HX-STD, this set is part of the Connecting Rod category and is manufactured by the reputable brand, ACL Race Series.
This set features an extra 0.001" of oil clearance, making it ideal for engines that require a bit more lubrication. The material used is the Race Series Tri-Metal, known for its durability and reliability in high-stress environments. It is suitable for use in all positions, and the standard shaft diameter ranges from 1.8990" to 1.9000" (48.235mm to 48.260mm).
The maximum wall thickness of this conrod bearing set is 0.0614" (1.559mm), while the housing bore measures 2.0247" to 2.0252" (51.427mm to 51.440mm). The maximum length is 0.7220" (18.340mm), ensuring a secure fit in the engine.
ACL Race Series has over 70 years of experience in manufacturing precision engine bearings in Launceston, Tasmania, Australia. As a major OEM supplier to the automotive industry, ACL has a global reputation for quality, precision, and performance. The company's Race Series Performance Engine Bearings have a strong motorsport pedigree, with a history of success in Formula 1, Australian Supercars Championship, and various other racing disciplines.
The ACL Race Series Performance Conrod Bearing Set is the preferred choice for engine builders worldwide, thanks to its robust metallurgy, innovative design, and exceptional performance. With a wide range of applications covering Australian, American, Japanese, Korean, and European engines, ACL continues to expand its product lineup to meet the demands of modern engines.
With ISO certifications for quality management, environmental management, and occupational health and safety, ACL demonstrates its commitment to producing high-quality products that meet international standards. Choose the ACL Race Series Performance Conrod Bearing Set for your next engine build and experience the difference that precision engineering can make.