Moose Offroad JDR-7017 Rear Left/Right CV Axle Kit for John Deere Gator 560E

Axle Kit - CV/Complete - OEM Replacement - Standard - Rear Left/Right - John Deere Gator 560E

The Moose Offroad JDR-7017 CV axle kit is engineered to provide superior performance and durability for your John Deere Gator 560E. Crafted from precision machined and heat-treated solid chromoly steel, this axle features cages, races, and ball bearings that are up to 35% stronger than standard components, ensuring reliable operation under demanding conditions. Manufactured in an ISO9001 and TS16949 certified facility, the axle guarantees high quality and consistent performance. Each joint is induction heat treated and packed with high-performance moly grease to enhance longevity and reduce wear, making it suitable for rugged terrain and tough applications. High-strength spring steel retaining clips are included where needed to secure components firmly in place, and fully assembled design allows for straightforward installation without additional modifications. The precision rolled splines and threads ensure a perfect fit, exceeding OEM standards in both form and function. The stainless steel dust boot clamps provide an additional layer of protection against dirt and debris. This CV axle is rigorously tested to failure to ensure maximum durability and performance, delivering a dependable replacement for your Gator's rear axle that can withstand the most challenging environments.

Features:

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

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

• High-strength spring steel retaining clips for secure assembly

• Fully assembled for easy installation to reduce downtime

• Precision rolled splines and threads for perfect fit and reliable operation

• Stainless steel dust boot clamps for enhanced protection against debris

• Manufactured in an ISO9001 and TS16949 certified facility for consistent quality

• Torture tested to failure to ensure maximum reliability under extreme conditions