Land Rover CV Axle Assembly
The CV axle assembly in your Land Rover transfers torque from the transmission to the wheels while allowing flexibility through the suspension and steering range. This complete unit includes the axle shaft and both inner and outer CV joints, pre-lubed and booted. If you notice clicking during turns or vibration while accelerating, a worn CV axle may be the cause. A full assembly swap restores driveline performance and handling.
Importance of High-Quality Land Rover CV Axle Assembly
This fully assembled part is key to delivering reliable power and smooth articulation. A new CV axle improves acceleration, cornering and ride quality.
- Delivers Torque to Wheels: Transfers power directly from the transaxle to the hub.
- Supports Suspension Movement: Allows the axle to flex without losing power flow.
- Prevents Noise and Vibration: Eliminates clicking and clunking caused by worn joints.
- Enhances Safety and Comfort: Keeps driveline components aligned and balanced.
Common Features of Land Rover CV Axle Assembly
This bolt-in unit is engineered for direct replacement with the correct length, splines and load handling capabilities.
- OEM Length and Fit: Matches factory axle geometry for perfect articulation.
- Pre-Installed CV Joints: Comes with greased and sealed inner and outer joints.
- High Strength Materials: Forged steel shafts built for off-road and daily use.
- Ready to Install: Fully assembled and balanced from the box to your vehicle.
Why Choose eEuroparts for Land Rover CV Axle Assembly?
- OEM & Performance Parts: Axles that meet or exceed Land Rover strength requirements.
- Competitive Pricing: Solve driveline issues without high repair costs.
- Fast & Reliable Shipping: Restore power delivery without delays.
- Extensive Inventory: CV axles available for front, rear and AWD configurations.
Explore More Land Rover Parts at eEuroparts
Stop drivetrain noise and bring back traction with a complete CV axle assembly from eEuroparts. Explore axles, joints and boots built for your Land Rover’s performance.