Moose Offroad Dual Rear Sprocket - 52T - 520 - Red - 1210-897-52-13X

Upgrade your motorcycle's performance with the Moose Offroad Dual Sprocket. Engineered for superior durability and weight reduction, this sprocket delivers optimal power transfer and longevity on the toughest terrains. Experience the difference a high-quality sprocket can make.

Description

The Moose Offroad Dual Sprocket is designed to outlast standard aluminum rear sprockets while being significantly lighter than steel rear sprockets. Its innovative construction features a 7075-T6 aluminum inner ring, providing exceptional weight savings, coupled with a heavy-duty steel outer ring for ultimate strength and wear resistance. The result is a sprocket that offers the best of both worlds: lightweight performance and rugged durability. Self-cleaning mud grooves are incorporated between each tooth, preventing dirt and debris buildup, ensuring consistent performance in all conditions. Installation is straightforward, making it an ideal upgrade for both enthusiasts and professional riders seeking enhanced reliability and performance from their machine.

Features & highlights

• Outlasts standard aluminum rear sprockets, offering extended service life.
• Lighter than steel rear sprockets, reducing rotating mass for improved acceleration.
• Constructed with a 7075-T6 aluminum inner ring for weight savings.
• Features a heavy-duty steel outer ring for superior strength and durability.
• Self-cleaning mud grooves prevent dirt build-up, ensuring consistent performance.
• Designed for optimal power transfer and reliability in demanding conditions.

Technical specifications

• Brand: Moose Offroad
• Part Number: 12102646
• Chain Size: 520
• Color/Finish: Red
• Material: 7075-T6 Aluminum Inner Ring, Heavy-Duty Steel Outer Ring
• Mounting Position: Rear
• Product Name: Sprocket
• Tooth Count: 52
• Type: Drive
• Units: Each

Important to know

Ensure proper chain size and tooth count compatibility with your motorcycle before installation. Professional installation is recommended for optimal performance and safety.