RENTHAL Rear Sprocket - 50 Tooth Aluminum for Gas Gas, Husqvarna, KTM 441U-428-50GPSI

Rear Sprocket - Aluminum - 50 Tooth - Silver - Gas Gas/Husqvarna/KTM

The RENTHAL Rear Sprocket, part number 441U-428-50GPSI, is engineered to enhance your motorcycle's performance with its advanced design and lightweight construction. Crafted from high-strength 7075-T6 aluminum, this sprocket is 33% lighter than traditional steel options, reducing unsprung weight and improving overall handling and power transfer. Its CNC-machined, computer-aided ultra-light design ensures precision and durability, making it an ideal upgrade for competitive riders and enthusiasts alike.
The sprocket features a specialized tooth profile that facilitates smooth chain engagement and disengagement, contributing to longer wear life, reduced noise, and increased efficiency. The silver finish not only offers a sleek aesthetic but also provides corrosion resistance for long-term reliability. Whether you're replacing worn sprockets or upgrading for better performance, this high-quality component is designed to meet the demands of off-road and motocross riding.
Installation is straightforward, and the sprocket's robust construction guarantees consistent performance under demanding conditions. Trust RENTHAL's reputation for quality and precision engineering to keep your motorcycle running at its best with this lightweight, durable rear sprocket. Perfect for Gas Gas, Husqvarna, and KTM models compatible with the 441U-428-50GPSI specification, it ensures a perfect fit and reliable operation for riders seeking to optimize their bike's drivetrain efficiency.

Features:

• CNC-machined from high-strength 7075-T6 aluminum for durability and reduced weight

• Ultra-light, computer-aided design minimizes unsprung weight for improved handling

• Special tooth profile ensures smooth chain roll-on and roll-off for longer wear

• Silver finish provides corrosion resistance and sleek appearance

• Designed for easy installation and reliable performance in demanding riding conditions