Quarter Outer Skin
Repair Information
- The lower section of the Quarter Outer Skin can be replaced so long as the referenced cut line from the Quarter Outer Skin Section Descriptions portion of this document are used.
- Review all collision repair general practices and safety documentation and wear the appropriate PPE (Personal Protective Equipment) before beginning this procedure.
- This procedure can be completed without using a frame bench.
Parts List
Quantity | Description | Image / Notes |
---|---|---|
1 | M3 ASY, REAR QUARTER OUTER PNL (Rear Quarter Outer) | |
5 | Rivet, 4.8 mm | |
1 | Flow Form Rivet S08 | |
11 | Flow Form Rivet S18 |
When ordering parts, refer to the Parts Catalog and enter the VIN of the vehicle being repaired to find the correct parts (and the part numbers) for the vehicle. Alternatively, use the search function in the Parts Catalog to find a specific part for the vehicle.
Quarter Outer Skin Section Descriptions
Quarter Outer Skin Sectioning | ||
---|---|---|
The Quarter Outer Skin (shown below) is a single component, and can be replaced as a single repair: | ||
Alternatively, instead of replacing the complete Quarter Outer Assembly, some areas can be replaced by sections of the Quarter Outer Skin made using the cut lines described in this document. |
||
Quarter Outer Skin Sections |
Quarter Outer Skin Section Descriptions | |
---|---|
Rear Quarter Section
Note Do not cut
the Body Side Outer panel directly over the underlying
aluminum Rear Wheelhouse Reinforcement panel (shown in
red). Note Fill the indicated joint with structural adhesive. Note The gap
between the adjacent panels of the butt joint for this
section should be as small as possible to maximize joint
strength. Note Seal all open seams after welding. |
|
Dog Leg Section
Note Do not cut the Body Side Outer panel directly over the
underlying aluminum Rear Wheelhouse Reinforcement or the
Rear Wheel Arch Assembly (shown in red). Note The gap
between the adjacent panels of the butt joint for this
section should be as small as possible to maximize joint
strength. |
|
Rear Sill Section
Note The cut can be made within 50 mm. of the specified
location. Note The gap
between the adjacent panels of the butt joint for this
section should be as small as possible to maximize joint
strength. Note Seal all open seams after welding. |
Repair Procedure
- Remove the original component.
- Separate the rear wheel arch flange.
-
Prepare for installation.
NoteA red X indicates a location where a factory-installed fastener is not being replaced.
-
Apply seam sealer in the area where the Charge Port Housing Bracket makes direct contact to the Quarter Panel skin and the factory foam baffle (shown here in orange).
CAUTIONThis procedure calls for a seam sealer with a cured elongation rating of greater than 150%. This is to prevent visible distortion of the quarter panel’s exterior surface where the Charge Port Housing Bracket is bonded to the inside of the panel.CAUTIONIf using a seam sealer not designed for application over bare metal surfaces, the mating surface on the inside of the quarter panel will require refinishing prior to installing the Charge Port Housing Assembly. Refer to the technical data sheet for the seam sealing product being used.
- Apply structural adhesive to the mating surfaces on the vehicle and the new component or components.
-
Install the new component or components.
NoteThe Body Side Outer lower flange is secured using structural adhesive only.
- Fold over the wheel arch flange.
-
Perform resistance spot
welding.
WarningFailure to follow all welding safety precautions, including the use of personal protective equipment, could result in serious injury or property damage. Only technicians who have completed Tesla’s approved welding training are authorized to weld structural components on Tesla vehicles.CAUTIONDo not weld on a Tesla vehicle before performing the Vehicle Electrical Isolation Procedure (refer to the vehicle-specific Service Manual for more information on the Vehicle Electrical Isolation Procedure). Welding on a Tesla vehicle with an energized high or low voltage system might damage vehicle components.
-
Perform GMA welding.
or Steel Plug WeldsWarningDo not weld the panel where it directly contacts the high strength panels underneath. The heat from welding might weaken the strength of the underlying high strength steel structure.WarningFailure to follow all welding safety precautions, including the use of personal protective equipment, could result in serious injury or property damage. Only technicians who have completed Tesla’s approved welding training are authorized to weld structural components on Tesla vehicles.WarningTo maintain vehicle crash integrity, use only approved welding wire and an approved GMA welder to perform GMA welding on Tesla vehicles. Refer to Approved Gas Metal Arc (GMA) Welders and Welding Wire for information on approved GMA welders and welding wire.WarningBefore GMA welding, make sure that the structural adhesive is dry to the touch. If the structural adhesive is not dry to the touch before GMA welding, the strength of the adhesive bond might be compromised.CAUTIONDo not weld on a Tesla vehicle before performing the Vehicle Electrical Isolation Procedure (refer to the vehicle-specific Service Manual for more information on the Vehicle Electrical Isolation Procedure). Welding on a Tesla vehicle with an energized high or low voltage system might damage vehicle components.NoteBefore GMA welding, a test weld using material of the same gauge and type should be performed to make sure that the welding equipment settings produce a satisfactory joint.
- For vehicles in China only: Install a new Manufacturing Certificate Label (refer to the Model 3 Service Manual procedure for more information).
- Perform any necessary post-repair operations.