Hot Item Qa1 X Series Endura Rod End - Male/left Hand - 1in Bore X 1-14 Uns - Alloy Steel Accessory [j3iHJ1hk]

QA1 X Series Endura Rod End - Performance at Its Peak

Experience the pinnacle of performance with QA1's X Series Endura Rod End. Designed for the most demanding applications, this male rod end is a perfect fit for 4-link and ladder bars, where strength and durability are paramount. The X Series is renowned for its exceptional quality, ensuring a reliable and long-lasting solution for your vehicle's suspension system.

Unmatched Features and Specifications

What sets the QA1 X Series apart is its comprehensive list of exclusive features. The rod end boasts a metal-to-metal support, capable of handling heavy shock loads, making it ideal for high-performance vehicles. Its increased cross-sectional thickness ensures greater tensile strength, providing unmatched stability under stress. The ball is crafted from heat-treated 52100 bearing steel, hard chrome plated for durability, and precision ground for precision alignment. Additionally, the PTFE race is self-lubricating and self-sealing, protecting against dirt and debris, while the heat-treated chromoly steel body offers corrosion resistance with a protective coating.

• Self-sealing and self-lubricating design for extended service life
• Heat-treated chromoly steel body for corrosion resistance

Practical Applications and Benefits

The QA1 X Series Endura Rod End is a versatile component that enhances the performance and longevity of your vehicle. Whether you're driving a high-performance street machine or a race car, this rod end is engineered to meet the rigorous demands of the track and the road. Its robust construction and advanced features make it a top choice for automotive enthusiasts and professionals alike. With the QA1 X Series, you're not just getting a rod end; you're investing in a product that will deliver exceptional performance and reliability for years to come.

• Enhanced performance for 4-link and ladder bars
• Longevity due to self-sealing and self-lubricating properties