Moose Offroad Dual Rear Sprocket - 50T - 520 - Red - 1210-897-50-13X

Upgrade your off-road machine with the Moose Offroad Dual Sprocket, engineered for superior durability and performance. This sprocket offers an ideal balance between weight savings and long-lasting reliability, making it perfect for demanding riding conditions. Experience enhanced power transfer and reduced maintenance with this high-quality component.

Description

The Moose Offroad Dual Sprocket is meticulously crafted to outperform standard aluminum rear sprockets while remaining significantly lighter than traditional steel sprockets. Its innovative design features a 7075-T6 aluminum inner ring for weight reduction and a heavy-duty steel outer ring for exceptional strength and wear resistance. The self-cleaning mud grooves efficiently remove dirt and debris from between the teeth, ensuring consistent performance even in the muddiest conditions. This design extends the sprocket's lifespan and minimizes power loss due to friction. The 520 chain size ensures broad compatibility with popular off-road motorcycles and ATVs. Installation is straightforward, making this sprocket a simple yet effective upgrade.

Features & highlights

• Outlasts standard aluminum sprockets, providing exceptional durability.
• Lighter than steel sprockets, reducing rotational mass and improving throttle response.
• 7075-T6 aluminum inner ring minimizes weight without sacrificing strength.
• Heavy-duty steel outer ring maximizes wear resistance and extends sprocket life.
• Self-cleaning mud grooves prevent dirt buildup, ensuring consistent performance.
• Designed for easy installation on a variety of off-road vehicles.

Technical specifications

• Brand: Moose Offroad
• MPN: 12102644
• Chain Size: 520
• Color/Finish: Red
• Material: 7075-T6 Aluminum Inner Ring, Heavy-Duty Steel Outer Ring
• Mounting Position: Rear
• Tooth Count: 50
• Type: Drive

Important to know

Ensure compatibility with your specific motorcycle or ATV model before installation. Professional installation is recommended for optimal performance and safety.