Cardone 66-4144 CV Axle Assembly - Front Left

Cardone CV Axle Assembly 66-4144

Cardone 66-4144 is a new CV axle assembly engineered for front-left applications on select Honda Odyssey and Isuzu Oasis models. It is built to address common causes of CV axle failure, including boot cracking, grease loss, contamination, and vibration.

Key Features

• Fits 1995-1998 Honda Odyssey, front left
• Fits 1996-1999 Isuzu Oasis, front left
• ABS ring included with 50 teeth
• Stake-style axle nut locking type
• Compressed length: 22.625 in.
• Splined input shaft, 27 spline count
• Splined output shaft, 28 spline count
• Spindle nut included
• New axle retaining nut supplied for installation
• Boot clamps are pneumatically crimped for a secure seal

Product Details

This Cardone CV axle assembly is part of the Cardone CV Axle Assembly line, which focuses on remanufactured and replacement driveline components engineered around common failure points. Neoprene boots use added bellows where needed to reduce stress and help resist ozone cracking, while the axle shaft is individually checked for straightness to help reduce vibration at speed. High-temperature grease and precision-machined seal surfaces support long service life in demanding driveline conditions. This part cross-references Honda 44011SX1950 and 44011SX1951 for the same application.

Common Problems This Part Can Address

• Clicking or snapping during hard turns
• Grease on the chassis or suspension from a torn CV boot
• Front-end vibration during acceleration
• ABS warning light after axle replacement
• Grinding noise from a worn outer CV joint

Installation Notes

• Do not let the CV axle hang unsupported during service.
• Use a torque wrench on the retaining nut and tighten to manufacturer specifications.
• Do not reuse a prevailing-torque lock nut; install a new nut.
• Replace transaxle seals when installing a replacement CV drive axle.
• If the ABS ring, sensor, or wiring is damaged during service, the ABS light may remain on.

Quality Assurance

Cardone engineers and tests CV drive axles to meet or exceed original equipment performance targets. Shafts are verified for straightness to help deliver vibration-free operation, and the design addresses known failure causes found in original CV components.