QA1 AML6 Spherical Rod End with 3/8 Inch Bore and 3/8-24 Left Hand Male Thread

The QA1 AML6 spherical rod end features a durable aluminum body with a red anodized finish, providing corrosion resistance and a lightweight design. Equipped with a PTFE-lined steel ball, this rod end offers smooth movement and reduced friction for high-performance applications. The component's 3/8-inch bore and 3/8-24 left-hand male thread make it suitable for precise adjustment and secure fastening in various mechanical systems. Designed for use in suspension, steering, or linkage assemblies, it ensures reliable operation under demanding conditions.

Constructed with high-quality materials, the QA1 AML6 rod end combines strength and longevity. The spherical design allows for angular misalignment, enhancing flexibility in installation and operation. Its steel ball and aluminum housing deliver an optimal balance of durability and weight savings, making it ideal for racing, off-road, or custom automotive projects. This model is not restricted for air use or truck freight, facilitating versatile installation options.

Whether used in automotive, industrial, or aerospace applications, the QA1 AML6 rod end provides precise movement and dependable performance. Its corrosion-resistant finish and robust construction ensure long service life, even in harsh environments. Easy to install and maintain, this rod end is an essential component for professionals seeking high-quality, reliable linkage solutions.

Features:

• Spherical rod end with aluminum body and steel ball

• 3/8-inch bore diameter for versatile application

• 3/8-24 Left Hand male thread for secure fastening

• PTFE-lined steel ball for smooth movement and reduced friction

• Red anodized aluminum finish offers corrosion resistance

• Designed for high-performance suspension, steering, and linkage systems

• Angular misalignment capability for flexible installation

• Lightweight construction suitable for racing and off-road use

• Not restricted for air or truck freight applications