JT Sprockets Steel/Aluminium Rear Sprocket - 49T - 520 - JTX808.49GR

Upgrade your motorcycle's performance with the JT Sprockets Twinstar Rear Sprocket. This high-quality sprocket delivers exceptional strength and durability while minimizing weight, ensuring optimal power transfer and longevity. Designed for motorcycle enthusiasts and professionals seeking reliable performance, this sprocket enhances your riding experience with its precision engineering and robust construction.

Description

The JT Sprockets Twinstar Rear Sprocket is engineered with a computer-aided design to provide maximum strength at a minimal weight. JT Sprockets utilizes advanced technology and premium materials to create a superior sprocket that offers unbeatable value. Each sprocket is meticulously crafted to meet and exceed the stringent quality standards of the motorcycle industry. The heat-treated and bead-blasted surface reduces material surface tension, enhancing the sprocket's resistance to wear and tear. With a 520 chain size and 49 teeth, this graphite-finished sprocket delivers optimal performance and a sleek aesthetic to your motorcycle. Experience the difference in quality and performance with JT Sprockets.

Features & highlights

• Computer-designed for ultimate strength and minimal weight.
• Manufactured using leading-edge technology and top-quality materials.
• Meets or exceeds the highest quality standards in the motorcycle industry.
• Heat-treated and bead-blasted to reduce surface tension for increased durability.
• Features a T6 aluminum center and high carbon steel outer ring for optimal strength-to-weight ratio.
• Graphite finish provides a sleek, professional look.

Technical specifications

• Brand: JT Sprockets
• Product Name: Sprocket
• Mounting Position: Rear
• Chain Size: 520
• Tooth Count: 49
• Material: T6 Aluminum Center, High Carbon Steel Outer Ring
• Color/Finish: Graphite

Important to know

Ensure compatibility with your motorcycle's make and model before installation. Professional installation is recommended for optimal performance and safety.