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Enhance your Kawasaki motorcycle's performance with the RENNTHAL 191U-420-51GESI rear sprocket, crafted from high-quality aluminum for durability and weight reduction. Made from a specially enhanced 7075-T6 aluminum alloy, this sprocket offers exceptional strength while maintaining an ultralight design, making it approximately 66% lighter than traditional steel options. This significant weight saving helps improve acceleration, handling, and overall responsiveness on your ride.
Designed with precision, the RENNTHAL rear sprocket features CNC-machined self-cleaning mud grooves at each tooth. These grooves help prevent mud and debris buildup, ensuring smooth operation and reducing wear over time. This innovative feature not only prolongs the lifespan of the sprocket but also maintains optimal power transfer, even in challenging riding conditions. The silver finish adds a sleek, stylish look to complement your motorcycle*s aesthetics.
Ideal for motocross, trail riding, or street riding, this sprocket is engineered for durability and performance. It*s compatible with Kawasaki models that require a 51-tooth rear sprocket, providing a reliable upgrade that enhances your bike*s drivetrain efficiency. Installation is straightforward, offering a perfect fit that ensures dependable operation for countless rides to come.
Whether you*re looking to shed weight for better acceleration or improve mud clearance, the RENNTHAL rear sprocket delivers on all fronts. Trust in the precision machining and high-grade materials to keep you moving confidently wherever your adventure takes you.
Features:
* Made from high-strength 7075-T6 aluminum alloy for durability and weight savings
* CNC-machined self-cleaning mud grooves at each tooth to prevent mud buildup and reduce wear
* Ultralight design is approximately 66% lighter than steel counterparts, enhancing acceleration and handling
* Sleek silver finish provides a stylish appearance for your motorcycle
* Designed for Kawasaki models requiring a 51-tooth rear sprocket, ensuring perfect fit and performance
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