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Enhance your motorcycle's performance with the RENTHAL 192U-420-50GPOR Rear Aluminum Sprocket. Crafted from a specially enhanced 7075-T6 aluminum alloy, this sprocket offers a perfect blend of strength and lightweight design, making it an ideal upgrade for riders seeking durability without added weight. Its vibrant orange finish not only adds a bold aesthetic but also provides excellent corrosion resistance, ensuring your sprocket stays looking sharp ride after ride.
Designed with precision CNC machining, the RENTHAL 192U-420-50GPOR features self-cleaning mud grooves at each tooth. These grooves are engineered to prevent mud buildup, which can otherwise lead to premature wear and decreased performance. This innovative feature helps maintain optimal traction and power transfer, especially in muddy or off-road conditions. The lightweight construction*approximately 12 ounces*reduces rotational mass, which can improve acceleration and overall handling of your motorcycle.
This sprocket is compatible with Gas Gas, Husqvarna, and KTM models, making it a versatile choice for many off-road and enduro bikes. Its durable design ensures long-lasting performance even under demanding riding conditions. The RENTHAL brand's reputation for quality and precision means you can trust this sprocket to perform reliably in challenging environments. Whether you're racing or riding for leisure, this sprocket provides a crucial upgrade to improve your motorcycle's drivetrain efficiency and durability.
Features:
* Constructed from specially enhanced 7075-T6 aluminum alloy for high strength and lightweight performance
* CNC-machined with precision for optimal fit and durability
* Self-cleaning mud grooves at each tooth help prevent mud buildup and reduce wear
* Ultralight design reduces rotational weight by approximately 66% compared to steel sprockets
* Vibrant orange finish offers corrosion resistance and aesthetic appeal
* Compatible with Gas Gas, Husqvarna, and KTM models for versatile application
* Ideal for off-road, enduro, and racing conditions to improve drivetrain efficiency
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