REAR DIRT BIKE SPROCKETS | JT RACING

JT Racing Rear Dirt Bike Sprockets redefine motocross performance. Crafted from aviation-grade 7075-T6 aluminum, these lightweight yet durable sprockets deliver unmatched power transfer and precision. Designed for off-road and racing, their self-cleaning design resists dirt buildup, ensuring peak performance. Available in various tooth counts, they cater to every motocross need. With a limited lifetime warranty, these sprockets promise reliability and next-level riding experiences.

Benefits:

• Lightweight: JT Aluminum Sprockets are made from advanced aviation-grade 7075-T6 aluminum alloy, making them significantly lighter than steel sprockets.
• Durable: The sprockets are designed to withstand the rigors of off-road riding and racing, with a self-cleaning design that helps to prevent dirt and debris from accumulating.
• High-performance: JT Aluminum Sprockets are precision-machined to ensure a smooth, quiet ride and optimal power transfer.
• Versatile: Available in a range of tooth counts and pitches, making them suitable for various motorcycle models and applications.

Types:

• JT Racelite Aluminum Rear Sprocket: A high-performance sprocket designed for racing and aggressive riding, featuring a lightweight design and CNC machining.
• JT TwinStar Hybrid Aluminum Steel Rear Sprocket: A bi-metal sprocket that combines the benefits of aluminum and steel, offering a balance of weight, strength, and durability.

Customer Reviews:

• Many customers praise the quality and performance of JT Aluminum Sprockets, reporting improved power delivery and reduced weight.
• Some customers have reported issues with the sprockets failing or breaking, but this is relatively rare and often due to improper installation or use.

Warranty:

• JT Sprockets offers a limited lifetime warranty on their products, covering defects in materials and workmanship.

Overall, JT Aluminum Sprockets are a popular choice among motorcycle enthusiasts due to their high-quality construction, lightweight design, and high-performance capabilities.