KAWASAKI KX/KXF 125/250/450/500 STEALTH REAR SPROCKET 1980-2018 GOLD 48 TOOTH
Supersprox Stealth Rear Sprocket 48 Tooth Gold. Designed for extended lifespan and minimal weight, this sprocket is engineered to last three times longer than aluminum sprockets while maintaining a lightweight profile. It offers superior strength to handle torque, making it ideal for demanding conditions. Suitable for Kawasaki KX/KXF models from 1980-2018.
- SKU
- WF.S460.48
- Brand
- Supersprox
- Availability
- In Stock (12)
FULL DESCRIPTION
Supersprox Stealth Rear Sprocket 48 Tooth Gold
The Supersprox Stealth rear sprocket is engineered to provide an optimal balance between extreme durability and lightweight performance. Designed for riders who demand reliability in the most challenging conditions, this sprocket features a hybrid construction that outperforms traditional aluminum and steel alternatives.
By combining the lightweight benefits of aluminum with the immense strength of steel, the Stealth sprocket offers a significantly longer lifespan without adding unnecessary weight to your drivetrain. This design allows the sprocket to withstand high torque loads that would typically cause standard aluminum sprockets to wear prematurely.
Key Features
- Hybrid Construction: Utilizes a high strength steel outer ring for durability and an aluminum core to reduce rotating mass.
- Extended Lifespan: Built to last significantly longer than standard aluminum sprockets, making it an ideal choice for high performance and endurance riding.
- Race Proven: Trusted by factory teams for demanding events such as the Dakar Rally and the Baja 1000.
- Gold Finish: Features a premium gold aesthetic that offers excellent resistance to corrosion and wear.
- Performance Focused: Delivers the strength required for high torque applications without sacrificing acceleration or handling.
Whether you are competing in professional motocross or looking for a long lasting upgrade for your machine, the Supersprox Stealth sprocket is built to endure the toughest environments while maintaining peak performance.