Front wheel drive axles are flexible assemblies.
Front wheel drive axles consist of the following components:
The front wheel drive shaft connects the front wheel drive shaft tripot joint and the front wheel drive shaft constant velocity joint.
The front wheel drive shaft tripot joint is completely flexible. The front wheel drive shaft tripot joint can move in and out.
The front wheel drive shaft constant velocity joint is flexible, but the front wheel drive shaft constant velocity joint cannot move in and out.
The front wheel drive shaft constant velocity joint and the front wheel drive shaft tripot joint boots in the front wheel drive axle are made of a thermoplastic material.
The clamps in the front wheel drive axle are made of stainless steel.
The boot provides the following functions:
The boot protects the grease from the following sources of damage:
Note:
Protect the boots from sharp tools and from the sharp edges of the surrounding components. Any damage to the boots or the clamps will result in leakage. Leakage will allow water to leak into the front wheel drive shaft tripot joint and the front wheel drive shaft constant velocity joints. Leakage will also allow grease to leak out of the front wheel drive shaft tripot joints and the front wheel drive shaft constant velocity joints. Leakage may cause noisy front wheel drive axle operation and eventual failure of the internal components.
The clamps provide a leak proof connection for the front wheel drive shaft tripot joint and the front wheel drive shaft constant velocity joint at the following locations:
The thermoplastic material performs well under normal conditions and normal operation. However, the material is not strong enough to withstand the following conditions:
The front wheel drive shaft tri-pot joint is made with the tripot design without an over-extension limitation retainer.
The joint is constructed as follows for vehicles that are equipped with an automatic transmission:
The front wheel drive shaft constant velocity joint is made with the Rzeppa joint design.
The shaft end (which mates with the knuckle/hub) has a helical spline. The helical spline ensures a tight, press-type fit.
This design prevents end play between the hub bearing and the front wheel drive axle.
Tires and Wheels Description and Operation
There are two types of tire and wheel balancing: static and dynamic.
Static balance is the equal distribution of weight around the wheel. Assemblies
that are statically unbalanced cause a bouncing action called wheel tramp. This
condition may eventually cause uneven tire wear.
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Main Shaft Disassemble (Gen 1)
Table 1:
1st Gear Removal
Table 2:
1st Gear Blocking Rings Removal
Table 3:
1st and 2nd Gear Synchronizer Hub Retaining Ring
Removal
Table 4:
1st and 2nd Gear Synchronizer Hub and 2nd Gear
Removal
Table 5:
2nd Gear Bearing Remova ...
Transmission Case Disassemble (Gen 2)
Special Tools
3-9506289 Universal Adapter
J-810700 Mainshaft Bearing Remover
J-810704 Center Bar Puller
M-680770 Universal Sliding Mallet
R-0007758 Holding Fixture
R-0007770 Holding Fixture Adapter Plates
T-0307000 Extractor and Driver Fixture
T-9807671 Slide Hammer
For eq ...