MOOSE OFFROAD Heavy-Duty Rear Left CV Axle Kit for CForce 600 – Part CFM-6002HD

Axle Kit - CV/Complete - Heavy-Duty - Rear Left - CForce 600

The MOOSE OFFROAD CFM-6002HD is a heavy-duty rear left CV axle kit designed specifically for the CForce 600. Crafted from precision-machined and heat-treated solid chromoly steel, this axle offers up to 35% greater strength and resilience compared to standard components. The high-quality materials and manufacturing processes ensure maximum durability under demanding conditions and rugged terrains.
Each axle features induction heat-treated joints with premium high-temperature moly grease, which enhances longevity and smooth operation. Precision-rolled splines and threads provide a secure fit and minimize wear over time, making this axle a reliable choice for off-road enthusiasts. The included TPE dust boots deliver superior tear and puncture resistance, protecting vital components from dirt, debris, and moisture. Fully assembled for straightforward installation, the kit also includes secure stainless steel clamps to ensure proper sealing and retention.
Built to exceed OEM quality standards in fit, form, and function, this heavy-duty axle is rigorously tested to failure, ensuring maximum performance and durability. Whether you're tackling tough trails or harsh environments, the MOOSE OFFROAD CFM-6002HD axle kit provides the strength, reliability, and peace of mind needed for demanding off-road adventures.

Features:

• Precision-machined and heat-treated solid chromoly steel construction for increased strength

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

• Precision-rolled splines and threads for improved fitment and wear resistance

• TPE dust boots providing superior tear and puncture resistance

• Secure stainless steel dust boot clamps for reliable sealing

• Fully assembled for easy installation and reliable performance

• Exceeds OEM quality standards in fit, form, and function

• Rigorously tested to failure for maximum durability