Tesla Model S: Wiper Motor Assembly (Remove and Replace)
Removal
- Ensure that the wipers are in the off position by rotating the
end of the left-hand steering column lever toward you.
- Open the hood to the service position.
- Remove the cowl screen panel (refer to procedure).
- Remove the LH strut (RH strut for RHD) (refer to procedure).
- Remove the bolts (x3) that secure the wiper motor assembly to
the bulkhead (torque 6 Nm).
- Carefully release the wiper motor assembly and turn it to access
the harness connector.
- Disconnect the harness connector from the wiper motor assembly.
- Remove the wiper motor assembly.
Caution: Do not damage the harness that is connected
to the wiper motor assembly.
- If needed, remove the screws (x3) that secure the wiper motor to
the mounting bracket (torque 10 Nm).
- Remove the wiper motor.
InstallationInstallation procedure is the reverse of removal, except for the
following:
- Clean the affected areas before installation.
- Ensure that the wipers are set back to the Auto position by
rotating the end of the left-hand steering column lever away from
you.
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Removal
Remove the front LH upper wheel arch liner (refer to procedure).
Position a container to collect any spillage.
Disconnect the washer pump connector.
Release the washer
Removal
Remove the rear center underhood apron (refer to procedure).
Remove the plastic rivet that secures the reservoir neck to the
suspension shock tower.
Removal
Remove the hood acoustic panel (refer to procedure).
Disconnect the washer jet pipe from the T-piece.
Release t
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Removal
Remove liftgate glazing (refer to procedure)
Position liftgate glazing on suitable glazing stand.
Note installed position of Central High Mounted Stop Lamp (CHMSL).
Using a suitable tool cut CHMSL from liftgate glazing.
Warning: To avoid per
The driving range displayed in Model S is an estimate of
the remaining battery energy based on EPA-rated
consumption. It may not account for your personal
driving patterns or external conditions. The displayed
range on the instrument panel may decrease faster than
the actual distance driven.
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