Cervelo Upper Bearing Gap Spacer with Fixing Screws
The Cervelo Upper Bearing Gap Spacer is specifically designed to ensure precise bearing alignment and optimal headset performance on the S5 model from 2023 onward. This kit includes the necessary fixing screws for secure installation, helping to maintain the correct bearing preload and reduce unwanted play or wear. By providing a stable and accurate fit, the spacer contributes to smoother steering response and enhanced handling characteristics. Engineered for durability and exact compatibility, this component is essential for riders seeking to maintain or upgrade their S5’s front-end performance with expert-level precision.
Cervelo Upper Bearing Gap Spacer with Fixing Screws
The Cervelo Upper Bearing Gap Spacer is specifically designed to ensure precise bearing alignment and optimal headset performance on the S5 model from 2023 onward. This kit includes the necessary fixing screws for secure installation, helping to maintain the correct bearing preload and reduce unwanted play or wear. By providing a stable and accurate fit, the spacer contributes to smoother steering response and enhanced handling characteristics. Engineered for durability and exact compatibility, this component is essential for riders seeking to maintain or upgrade their S5’s front-end performance with expert-level precision.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The Cervelo Upper Bearing Gap Spacer is specifically designed to ensure precise bearing alignment and optimal headset performance on the S5 model from 2023 onward. This kit includes the necessary fixing screws for secure installation, helping to maintain the correct bearing preload and reduce unwanted play or wear. By providing a stable and accurate fit, the spacer contributes to smoother steering response and enhanced handling characteristics. Engineered for durability and exact compatibility, this component is essential for riders seeking to maintain or upgrade their S5’s front-end performance with expert-level precision.
