MOOSE OFFROAD POL-6015HD Heavy-Duty Front CV Axle Kit for Polaris

Axle Kit - CV/Complete - Heavy-Duty - Front Left/Right - Polaris

The MOOSE OFFROAD POL-6015HD axle kit is designed for demanding off-road conditions, offering superior strength and durability. Each CV axle features a precision-machined, heat-treated solid chromoly steel center shaft, cages, and ball bearings that are up to 35% stronger than standard components, ensuring reliable performance under extreme loads. The induction heat-treated joints, combined with premium high-temperature moly grease, provide enhanced wear resistance and longevity. These axles are engineered to withstand the toughest terrains and conditions, making them ideal for aggressive off-road adventures or heavy-duty applications. The precision-rolled splines and threads ensure a perfect fit and reduce wear over time, contributing to the long-term durability of the component. TPE dust boots offer superior tear and puncture resistance, protecting the internal components from dirt, debris, and moisture. Fully assembled for straightforward installation, the axles also feature secure stainless steel clamps for added reliability. These axles are tested to failure to guarantee maximum performance and exceed OEM quality standards in fit, form, and function. Whether replacing worn-out parts or upgrading your vehicle’s drivetrain, the MOOSE OFFROAD POL-6015HD provides a robust solution that enhances vehicle capability and reliability in challenging environments.

Features:

• Precision-machined and heat-treated solid chromoly steel components for maximum strength

• Induction heat-treated joints with high-temperature moly grease for durability

• Designed to withstand rigorous off-road terrain and conditions

• Precision-rolled splines and threads for optimal fitment and reduced wear

• TPE dust boots for superior tear and puncture resistance

• Secure stainless steel dust boot clamps for added reliability

• Fully assembled for easy installation

• Exceeds OEM quality in fit, form, and function

• Torture-tested to failure to ensure maximum durability