Moose Offroad Rear Left/Right Axle Assembly for 2009 Polaris Sportsman 550/850, Part LM6-PO-8-344

Axle Assembly - Complete - Standard - Rear Left/Right - '09 Polaris Sportsman 550/850

The Moose Offroad LM6-PO-8-344 axle assembly is a reliable replacement component designed specifically for the rear left and right positions on 2009 Polaris Sportsman 550 and 850 models. Crafted from durable 4340 chrome-moly steel, this complete assembly features precision-ground internal components assembled with high-temperature, high load-bearing moly grease to ensure smooth operation and longevity. The assembly includes fully installed outboard and inboard joints, providing a straightforward installation process and consistent performance.

The axle comes equipped with a spindle nut and washer (where applicable), ensuring a secure fit during operation. Additionally, stainless steel low-profile clamps are used in the assembly, contributing to corrosion resistance and structural integrity. Designed to meet or exceed OEM specifications, this axle assembly offers a robust solution for those seeking to restore or upgrade their vehicle's drivetrain. Its high-quality construction and precise engineering make it suitable for demanding off-road conditions, providing durability and dependable performance.

Whether replacing a worn-out axle or upgrading for enhanced strength, the Moose Offroad axle assembly ensures your Polaris Sportsman maintains optimal handling and power transfer. Each component is assembled with meticulous attention to detail, ensuring compatibility and ease of installation, making it an ideal choice for enthusiasts and professionals alike.

Features:

• Constructed from high-strength 4340 chrome-moly steel for durability

• Precision-ground internal components assembled with high-temperature moly grease

• Includes fully assembled outboard and inboard joints for easy installation

• Comes with spindle nut and washer (where applicable) for secure fit

• Utilizes stainless steel low-profile clamps for corrosion resistance and structural integrity