KAWASAKI KX/KXF 125/250/450/500 STEALTH REAR SPROCKET 1980-2022 GOLD 52 TOOTH
Supersprox Stealth Rear Sprocket 52 Tooth Gold. This sprocket is designed for longer life without compromising weight. It is engineered to last three times longer than aluminum sprockets while remaining as light as possible. This sprocket offers superior strength and performance.
- SKU
- WF.S460.52
- Brand
- Supersprox
- Availability
- Out of Stock
FULL DESCRIPTION
Supersprox Stealth Rear Sprocket
The Supersprox Stealth rear sprocket represents the ultimate evolution in drivetrain technology. Engineered for riders who demand longevity without the weight penalty of traditional steel sprockets, this hybrid component is designed to outperform standard aluminum alternatives in every category.
By combining a high strength steel outer ring with a lightweight aircraft grade aluminum core, Supersprox has created a sprocket that offers significantly extended service life while maintaining the low rotational mass essential for top tier performance. Whether you are tackling grueling desert rallies or demanding motocross circuits, this sprocket is built to handle extreme torque and consistent abuse.
Key Features
- Hybrid Construction: Utilizes a specialized steel outer ring for durability paired with a lightweight aluminum center to reduce unsprung weight.
- Extended Lifespan: Engineered to last up to three times longer than a standard aluminum sprocket.
- Performance Focused: Designed to offer the strength of steel without the heavy mass, ensuring optimal power transfer.
- Race Proven: Trusted by factory teams for demanding long distance events such as the Dakar Rally and the Baja 1000.
- Superior Reliability: Provides unmatched resistance to wear even under high torque applications.
- Gold Finish: Features a durable and aesthetic gold coating for a premium look on your machine.
Choose the Supersprox Stealth rear sprocket when you need a component that refuses to compromise on function. It is the ideal upgrade for riders looking to reduce maintenance intervals and improve overall drivetrain reliability.