Enhance the performance and reliability of your Porsche 911 engine with the ACL Race Series Rod Bearings. Specially designed for high-performance applications, these bearings are an essential upgrade for those who demand the best from their engines. As automotive enthusiasts and professionals know, connecting rod bearings are vital to the efficiency and durability of an engine. The ACL Race Series Rod Bearings are engineered to provide superior strength and longevity, helping to ensure that your Porsche 911 operates at its peak potential whether on the track or the road.

Manufactured with precision using high-quality materials, each bearing set is crafted to withstand extreme stresses that are typically encountered in high RPM environments. Whether you own a Porsche 911 or 914 with a 2.0L or 2.2L engine, including those turbocharged, these rod bearings offer the reliability needed for professional racing or spirited driving.

Features

• Specifically designed for Porsche 911 and 914 engines (2.0L/2.2L, including turbos).
• Provides increased durability and strength in demanding high-performance conditions.
• Precision-engineered for optimal fit and performance.
• Offers enhanced protection against fatigue and wear during high RPM usage.

Incorporating these components into your engine will not only improve its performance but also add a layer of security against common issues related to bearing wear and failure. Installation of the ACL Race Series Rod Bearings ensures that your engine can handle the rigors of performance driving, thanks to their robust construction and superior resistance to wear.

We invite you to discover the difference that ACL Race Series Rod Bearings can make. If you have any questions or need assistance, don’t hesitate to reach out to our knowledgeable team. Call us at 512-982-9393 (Texas) or 562-981-6800 (California). We are happy to help you find the right parts for your Porsche and provide any support you need.

CA Residents: WARNING: Cancer and Reproductive Harm - www.P65Warnings.ca.gov