Description:
CARDONE's extensive experience in testing and engineering CV Drive Axles is the foundation behind our proprietary method of engineering a product that meets and even exceed O.E. performance. We have researched the reasons why original CVs typically fail and designed new solutions to avoid repeat failure. For example, our Neoprene boots are designed with additional bellows, when needed, to resist bellow stress and ozone cracking - the leading cause of boot failure. Additionally, all CV Drive Axle shafts are individually verified for straightness, resulting in vibration-free performance at all speeds.
Features and Benefits:
- A new axle retaining nut is supplied with every unit for a hassle-free installation, due to the likelihood that the original retaining nut is worn or stripped
- A new axle retaining nut is supplied with every unit for a hassle-free installation, due to the likelihood that the original retaining nut is worn or stripped.
- Boot clamps are pneumatically crimped, creating a perfect seal between the boot and housing
- Boot clamps are pneumatically crimped, creating a perfect seal between the boot and housing.
- CV Drive Axle measurements are validated after assembly to ensure a proper fit
- CV Drive Axle measurements are validated after assembly to ensure a proper fit.
- CV Drive Axle part numbers with an HD suffix are severe-duty applications and include a thermoplastic outboard boot for increased life and durability versus a traditional neoprene boot.
- High-quality grease withstands high-temperature and high-torque demands to ensure long-lasting, reliable performance
- High-quality grease withstands high-temperature and high-torque demands to ensure long-lasting, reliable performance.
- Neoprene boots are designed with additional bellows, when needed, to resist bellow stress and cracking, which is the leading cause of boot failure
- Neoprene boots are designed with additional bellows, when needed, to resist bellow stress and cracking, which is the leading cause of boot failure.
- Proprietary engineering processes ensure that all CV Drive Axles meet O.E. form, fit and function
- Proprietary engineering processes ensure that all CV Drive Axles meet O.E. form, fit and function.
- Splines are precision rolled to ensure proper fit of CV Drive Axle into the mating hub and transmission, which eliminates installation hassles
- Splines are precision rolled to ensure proper fit of CV Drive Axle into the mating hub and transmission, which eliminates installation hassles.
- Threads are precision rolled to ensure proper fit when axle nut is installed
- Threads are precision rolled to ensure proper fit when axle nut is installed.
- Transmission seal diameter is precision-machined after heat treatment to ensure correct surface finish, promoting long seal life
- Transmission seal diameter is precision-machined after heat treatment to ensure correct surface finish, promoting long seal life.
Specifications:
FAA_A10:
Never allow the CV Drive Axles to hang unsupported. This can lead to axle separation and damage to the inner joint.
FAA_A11:
The most likely cause is a broken bearing cage due to excessive torque load. This is typically an outboard joint problem.
FAA_A1:
When the replacement drive axle was installed, the sensor ring, sensor, or sensor wiring on or near the axle was damaged, causing an erratic speed signal to the ABS module and setting the light on.
FAA_A2:
The most likely cause is a defective or worn outer CV drive axle joint. It may be time to get it replaced.
FAA_A3:
The most likely cause is the drive train shifting in the chassis due to a broken engine mount or hardware, causing misalignment of the CV drive axle and causing the inner joint to bind or hang up.
FAA_A4:
The most likely problem is the outer CV drive axle boot has ruptured, causing the grease to leak out, allowing contamination (water and dirt) to enter and damage the joint.
FAA_A5:
The transaxle gear alignment has been lost. On some vehicles it will be necessary to disassemble the transaxle to properly align the output gears. ALWAYS remove and install one CV drive axle at a time.
FAA_A6:
NO! A prevailing torque lock nut should never be reused. Always discard the old nut and install a new one.
FAA_A7:
Always use the proper press type tool to remove the old stub shaft. NEVER strike the outer joint stub shaft with a hammer. It will damage the unit and possibly do damage to the hub bearing assembly.
FAA_A8:
Never use an impact wrench to install the retaining nut on the CV Drive Axle. Always use a torque wrench and torque the nut to manufacture's specifications.
FAA_A9:
When replacing CV Drive Axle assemblies, always install new transaxle seals to avoid leaking.
Subaru (cars) #:
28321AJ010
Subaru (cars) #:
28321AJ011
Subaru (cars) #:
28321SG030
