Moose Offroad Kawasaki D26-2153-14CRMO Front Sprocket - 14 Tooth

The Moose Offroad Kawasaki D26-2153-14CRMO front sprocket is engineered for durability and optimal performance in dirt bike, ATV, and adventure vehicle applications. Crafted from high tensile strength chromoly steel, this sprocket offers excellent impact and wear resistance to withstand demanding off-road conditions. The machined inner splines are broached for maximum contact with the countershaft, ensuring an even distribution of driveline forces across a large surface area for increased longevity and reliability.
Heat-treated to enhance strength and finished with a corrosion-resistant nickel coating, this sprocket maintains performance and appearance over time, even in harsh environments. Each unit undergoes precise quality control using a Computer Measurement Machine (CMM) to meet OEM specifications, guaranteeing a perfect fit and function. Designed to fit a variety of two-wheel dirt bikes, adventure bikes, and ATV models, the 14-tooth sprocket provides a reliable upgrade to improve power transfer and acceleration.
When selecting larger sizes than stock, it is important to verify clearance to ensure proper fitment and avoid interference. This sprocket’s robust construction and precision manufacturing make it a dependable choice for riders seeking to enhance their vehicle’s driveline performance and durability. Whether replacing a worn component or upgrading for better performance, the Moose Offroad D26-2153-14CRMO front sprocket delivers consistent quality and advanced engineering for off-road enthusiasts.

Features:

• Machined from high tensile strength chromoly steel for impact and wear resistance

• Broached inner splines for maximum spline-to-countershaft contact

• Heat-treated for added strength and durability

• Nickel coating provides corrosion resistance and lubricity

• Manufactured to meet OEM specifications with CMM quality control

• Compatible with two-wheel dirt bikes, adventure bikes, and ATV applications

• Designed for reliable power transfer and longevity