Jt Sprockets Rear Sprocket - 520, 49t Aluminum

Upgrade your motorcycle's performance with the JT Sprockets Rear Sprocket. Computer-designed for optimal strength and minimal weight, this sprocket delivers unmatched quality and value. Experience the difference that leading-edge technology and superior materials make on the road or track.

Description

The JT Sprockets Rear Sprocket is engineered to meet and exceed the highest quality standards in the motorcycle industry. Each sprocket is meticulously crafted using 7075-T6 aluminum and heat-treated, then bead-blasted to reduce surface tension, ensuring exceptional durability and longevity. Designed with a 520 chain size and 49 teeth, this rear sprocket provides optimal power transfer and responsiveness. Its lightweight design enhances acceleration and handling, giving you a competitive edge. Easy to install and built to last, this black sprocket is the perfect upgrade for any motorcycle enthusiast seeking improved performance and reliability. Enhance your ride with the superior performance and durability of a JT Sprockets Rear Sprocket – the choice of professionals and enthusiasts alike. Get optimal power transfer with this 49 tooth rear sprocket.

Features & highlights

• Superior Strength: Computer-designed for ultimate strength while minimizing weight.
• Enhanced Performance: Optimizes power transfer and responsiveness for improved acceleration and handling.
• Premium Materials: Crafted from high-quality 7075-T6 aluminum for exceptional durability.
• Industry-Leading Quality: Meets or exceeds the highest quality standards in the motorcycle industry.
• Surface Treatment: Heat-treated and bead-blasted to reduce material surface tension and extend sprocket life.
• Sleek Design: Finished in black for a stylish and professional look.

Technical specifications

• Brand: JT Sprockets
• Product Name: Sprocket
• Mounting Position: Rear
• Material: 7075-T6 Aluminum
• Color/Finish: Black
• Chain Size: 520
• Tooth Count: 49
• Type: Rear

Important to know

Ensure proper chain alignment and tension after installation for optimal performance and longevity.