Renthal Twinring benefit from over 50 years of motocross rear sprocket manufacturing expertise and the help of our top Off-Road and Enduro factory race teams, Renthal has developed the ultimate dirt bike rear sprocket for those looking to ride more and work less.
The unique, dual-material design combines a hardened steel outer chain ring that is heated to 200°C before being permanently fitted to our Ultralight aluminum inner, creating a permanent bond for the life of the sprocket. The result is a lightweight, long-wearing rear sprocket fit to tackle any condition you can find, without adding unnecessary unsprung weight and compromising power delivery.
The Renthal Twinring Sprocket in striking red color offers reliable performance for your motorcycle. Designed with precision, this 49-tooth sprocket features high-strength materials to enhance durability and power transfer during rides. Its robust construction ensures longevity even under demanding conditions, making it an essential upgrade for riders seeking improved drivetrain efficiency.
Constructed with precision engineering, the Renthal Twinring Sprocket provides a perfect fit for compatible motorcycle models. The bright red finish not only adds a sporty aesthetic but also offers corrosion resistance, maintaining its appearance over time. Easy to install, this sprocket seamlessly integrates into your existing drivetrain, helping optimize acceleration and overall performance.
Whether you're upgrading for racing, off-road adventures, or everyday riding, the Renthal Twinring Sprocket is engineered to withstand the rigors of high-performance riding. Trust in Renthal's reputation for quality and innovation to deliver a product that enhances your motorcycle's reliability and style.
Features:
- High-strength durability for demanding riding conditions
- Bright red finish offers corrosion resistance and aesthetic appeal
- Precisely engineered to ensure a perfect fit and optimal performance
- Designed for easy installation on compatible motorcycle models
- Enhances drivetrain efficiency and power transfer
