The ACL Race Series Conrod bearing set in .50 oversize is the perfect choice for high-performance engines looking for precision, durability, and reliability. Made from race series (Tri-Metal) material, these bearings are designed to withstand the harsh conditions of racing and high-performance applications.
With a standard shaft diameter of 1.8892"/1.8898" (47.985mm/48.000mm) and a maximum wall thickness of 0.0586" (1.488mm), these bearings provide exceptional support and stability for your engine's connecting rods. The housing bore size is 2.0080"/2.0088" (51.004mm/51.024mm) and the maximum length is 0.8390" (21.300mm), ensuring a perfect fit and alignment.
The .50mm oversize design allows for improved clearance and performance, making these bearings ideal for high-revving, high-stress engines. Whether you're racing on the track or pushing your engine to the limit, ACL Race Series Conrod bearings will provide the support you need.
ACL has a long history of manufacturing precision engine bearings in Launceston, Tasmania, Australia. With over 70 years of experience, ACL has become a trusted OEM supplier for the automotive industry and a leader in aftermarket engine bearings.
The ACL Race Series Performance Engine Bearings have a strong reputation for quality, precision, and performance. With a legacy in motorsport that dates back to the 1960s, ACL continues to innovate and push the boundaries of engine bearing technology.
From Formula 1 to drag racing, ACL Race Series Performance Engine Bearings have been the top choice for engine builders around the world. With a wide range of applications and a commitment to quality and innovation, ACL continues to set the standard for high-performance engine bearings.
Choose ACL Race Series Conrod bearing set in .50 oversize for your high-performance engine and experience the difference that precision engineering and quality materials can make in your engine's performance. Trust ACL to deliver the performance, durability, and reliability you need for your racing and high-performance applications.