Kuryakyn Barrel Style Right Hand Female Motorcycle Shift Linkage Component 5/16in-24 Threads Chrome

The Kuryakyn is a Barrel Style Right Hand Female joint with 5/16 inch -24 threads in a chrome finish, serves as a motorcycle foot control component, often utilized in shift linkage assemblies for Harleys

• Durable chrome plated construction suitable for OEM replacement or custom uses
• Commonly used as a universal or custom motorcycle shift linkage component
• Barrel joint type 5/16"-24, right hand female
• Sold individually

The Kuryakyn Barrel Style Right Hand Female shift linkage component is designed for durability and reliable performance on your motorcycle. Featuring a chrome plated finish, this part provides corrosion resistance and a polished appearance, making it suitable for both OEM replacements and custom builds. Its robust construction ensures long-lasting use in demanding riding conditions, and it is a versatile choice for universal or custom motorcycle shift linkage assemblies. The component's 5/16 inch-24 right hand female threaded barrel joint allows for secure and precise connections within your drivetrain system. This part is sold individually, enabling easy integration into your existing setup or custom modifications. As a trusted name in powersports, Kuryakyn offers quality parts that meet the needs of motorcycle enthusiasts who require reliable, high-performance components. The part's compatibility with various models makes it an excellent upgrade or replacement for your shift linkage system, ensuring smooth gear transitions and enhanced riding experience. Whether you're restoring a vintage Harley or customizing a modern bike, this part provides the durability and precision you need for a seamless ride.

Features:

• Durable chrome plated construction for corrosion resistance

• Universal or custom motorcycle shift linkage component

• Barrel joint type with 5/16 inch-24 right hand female threads

• Sold individually for flexible installation options

• Designed for reliable performance in demanding conditions