QA1 Rod End – .757in x 3/4in RH Aluminum – Male AMR12-757

AMR12-757 Aluminum Series Rod Ends

Looking for a lightweight yet durable solution for your performance applications? The AMR12-757 Aluminum Series Rod Ends from QA1 are designed with precision and performance in mind. These male rod ends not only help reduce weight but also enhance the longevity of your setup.

Key Features

< li >Lightweight Design: The AM Series rod ends are over 10% lighter than traditional three-piece aluminum rod ends, making them an excellent choice for performance enthusiasts.

< li >Durable Construction: Crafted from aircraft-grade aluminum and featuring a heat-treated, hard chrome-plated bearing made of 52100 steel, these rod ends are built to withstand heavy shock loads.

< li >Self-Lubricating: The Nylon/PTFE injection molded race is not only self-sealing but also self-lubricating, effectively keeping dirt and debris at bay.

< li >Enhanced Strength: With an increased cross-sectional thickness, these rod ends provide greater tensile strength for demanding applications.

< li >Standard Color: Anodized red finish adds a sleek look while providing corrosion resistance.

Specifications

< li >Type: Male

< li >Thread Type: Right Hand

< li >Bore Size: 0.7570 inches

< li >Thread Size: 3/4-16

Fitment

The AMR12-757 is designed for a 3/4 inch steering shaft, making it a perfect fit for various performance applications where reliability and strength are paramount.

Customer Insights

Users have praised the AMR12-757 for its impressive weight savings and durability. Many have noted that the self-lubricating feature significantly reduces maintenance time, allowing them to focus on performance rather than upkeep. The anodized red finish not only looks great but also stands up to harsh conditions, making it a favorite among racers and car enthusiasts alike.

Why Choose AMR12-757?

If you’re serious about performance, the AMR12-757 Aluminum Series Rod Ends deliver the quality and features you need. With their lightweight design and robust construction, they stand out in the market and are sure to meet the demands of any high-performance application.

WARNING: Cancer and Reproductive Harm