Land Rover Discovery: Front Drive Halfshafts Inner Constant Velocity Joint Boot (G1794497) -
Removal
SPECIAL TOOL(S)
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REMOVAL
NOTES:
- LH illustration shown, RH is similar.
- Some variation in the illustrations may occur, but the essential
information is always correct.
WARNING:
Make sure to support the vehicle with axle stands.
Raise and support the vehicle.
Refer to: Front Halfshaft LH (205-04, Removal and Installation).
Refer to: Front Halfshaft RH - RHD AWD/LHD AWD (205-04,
Removal and Installation).
Refer to: Front Halfshaft RH - FWD (205-04, Removal and
Installation).
NOTE:
Discard the retaining clips.
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CAUTIONS:
- Use suitable protective covers to protect the halfshaft.
- Make sure that the constant velocity (CV) joint is positioned
as illustrated.
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CAUTION:
Using a suitable soft drift, strike the joint in the areas
indicated to release it from the shaft.
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CAUTION:
Using a suitable soft drift, strike the component in the
direction shown to allow easy release of the retaining clip.
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NOTE:
Note the orientation of the component prior to removal.
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Special Tool(s): 303-D121
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READ NEXT:
CAUTION:
Extreme cleanliness must be exercised when handling these
components.
Clean and inspect the components for deterioration.
NOTES:
Install a new retaining clamp.
Install a new inner joint bo
SPECIAL TOOL(S)
REMOVA L
NOTE:
LH illustration shown, RH is similar.
Raise and support the vehicle using a suitable 2 post lift.
Refer to: Lifting (100-02 Jacking and Lifting, Description and
O
SEE MORE:
CAUTION:
If the front airbags are deployed, the following components must be
replaced:
Driver airbag module
Steering wheel
Passenger airbag module
Instrument panel
Fly leads (where applicable) connecting front airbag modules to SRS
harness
All seat belt buckle pre-tensioner
All occupied sea
PRINCIPLES OF OPERATION
To accomplish the transfer of heat, the refrigerant is circulated around the
system, where it passes through two pressure/temperature regimes. In each
of the regimes the refrigerant changes state, during this process the
maximum heat absorption or dissipation occurs.
The low