- Countersinks automatically center sprocket to hub during installation, no hub center guide needed
- Deep penetrating anodized finish protects from corrosion and improves wear resistance
- Exclusive mud-groove design on both sides of every tooth
- Precision CNC-machined to the strictest tolerances
- 7075-T6 heat-treated billet aluminum
- Made in USA
The ProTaper KTM Rear Orange Sprocket with 48 teeth is engineered for high-performance riders seeking durability and efficiency. Featuring our innovative Angled Mud Groove design, this sprocket provides a self-cleaning effect that sheds mud and debris during operation, reducing horsepower loss and prolonging sprocket life. The precision CNC-machined construction ensures strict tolerances and optimal fit, while the deep penetrating anodized finish offers excellent corrosion resistance and enhanced wear protection. Crafted from high-quality 7075-T6 heat-treated billet aluminum, this sprocket combines lightweight strength with superior durability, making it ideal for demanding off-road or motocross applications. The countersinks automatically center the sprocket to the hub during installation, eliminating the need for a hub center guide and simplifying setup. With an increased tooth surface area of up to 40% compared to competing sprockets, contact with the chain is significantly improved, resulting in better power transfer and extended sprocket lifespan. Made in the USA, the ProTaper KTM Rear Sprocket is a trusted choice for riders who prioritize performance and reliability in their powersports equipment.
Features:
- Angled Mud Groove: Self-cleaning design to shed mud and debris during operation
- CNC Machined: Precisely manufactured for strict tolerances and optimal fit
- Deep Anodized Finish: Provides corrosion resistance and wear protection
- 7075-T6 Aluminum: Heat-treated billet construction for lightweight strength and durability
- Automatic Centering Countersinks: Facilitate easy installation without additional guides
- Increased Tooth Surface Area: Up to 40% more contact with the chain for improved performance
