JT RaceLite Aluminum 49-Tooth Rear Sprocket for Husqvarna and KTM - Part JTA895.49BLK

The JT RaceLite Rear Sprocket, model JTA895.49BLK, is engineered for high-performance motorcycle racing, offering a perfect combination of strength and lightweight design. Crafted from aviation-grade Ergal 7075-T6 aluminum, this sprocket delivers exceptional durability while minimizing weight, making it ideal for competitive riders seeking optimal power transfer and agility. The anodized black finish not only enhances corrosion resistance but also provides a sleek appearance tailored for racing environments. Precision manufacturing using advanced laser cutting and CNC machining ensures an exact fit and reliable performance in extreme conditions. This 49-tooth sprocket is compatible with Husqvarna and KTM bikes, providing a direct replacement for stock components and ensuring seamless integration into your drivetrain. Whether you're on the track or off-road, the RaceLite sprocket's robust construction supports aggressive riding styles and demanding race scenarios. Its lightweight profile helps reduce rotational mass, contributing to quicker acceleration and improved handling, essential for competitive racing or high-performance riding. Constructed to withstand the rigors of professional racing, this sprocket offers a long-lasting solution that maintains strength and integrity even under intense stress. The JT RaceLite series exemplifies innovation in motorcycle sprockets, combining high-grade materials with precision engineering for maximum efficiency and durability. Upgrade your motorcycle with confidence knowing you have a top-tier component designed for serious riders dedicated to excellence in performance and reliability.

Features:

• Lightweight aviation-grade Ergal 7075-T6 aluminum construction

• Precision laser cutting and CNC machining for an ultra-light, race-proven design

• Anodized black finish for corrosion resistance and sleek appearance

• Designed for high-performance Husqvarna and KTM motorcycles

• Optimized for maximum strength, durability, and minimal weight