Moose Offroad Dual Rear Sprocket - 48T - 520 - Black - 1210-897-48-10X

Upgrade your off-road machine with the Moose Offroad Dual Sprocket. Engineered for superior performance and durability, this sprocket provides the best of both worlds: the lightweight advantage of aluminum and the robust strength of steel.

Description

The Moose Offroad Dual Sprocket is meticulously designed to outlast standard aluminum rear sprockets while maintaining a significantly lighter weight compared to full steel sprockets. This innovative design features an inner ring constructed from high-grade 7075-T6 aluminum, providing exceptional weight savings and strength. The outer ring is made from heavy-duty steel, ensuring maximum durability and resistance to wear, especially in harsh riding conditions. The 48-tooth configuration delivers optimal power transfer and acceleration. Self-cleaning mud grooves are strategically placed between each tooth, preventing dirt and mud buildup. This ensures consistent performance and extends the life of both the sprocket and the chain. Easy to install, this rear drive sprocket offers a noticeable improvement in your bike's handling and overall performance.

Features & highlights

• Combines lightweight 7075-T6 aluminum with heavy-duty steel for optimal strength and weight reduction.
• Outlasts standard aluminum sprockets while being lighter than steel sprockets.
• Self-cleaning mud grooves prevent dirt buildup for consistent performance.
• 48-tooth configuration for excellent power transfer and acceleration.
• Durable construction ensures long-lasting performance in demanding off-road conditions.
• Designed for easy installation on the rear of your machine.

Technical specifications

• Brand: Moose Offroad
• Part Number: 12101514
• Mounting Position: Rear
• Tooth Count: 48
• Chain Size: 520
• Material: 7075-T6 Aluminum Inner Ring, Heavy-Duty Steel Outer Ring
• Type: Drive
• Color/Finish: Black

Important to know

Ensure proper chain alignment and tension after installation. Professional installation is recommended for optimal performance.