Motorola Moto G Stylus (2021) Charging Port Replacement

ID: 179138

Description: If your Moto G Stylus 4G isn't quite holding a...

Steps:

  1. Push a SIM tray ejector into the hole.
  2. Remove the SIM card and tray.
  3. Step image Step image Step image
  4. Before you begin, discharge the battery below 25%. A charged lithium-ion battery can catch fire and/or explode if accidentally punctured.
  5. Power off your phone and disconnect the charger and any peripheries before beginning disassembly.
  6. Lay the phone face down.
  7. Heat an iOpener and apply it to the rear case.
  8. Alternatively, use a hair dryer to heat the rear case until it's almost too hot to touch.
  9. Step image Step image
  10. Insert an opening tool into the seam between the rear case and chassis.
  11. Once you create a gap, insert an opening pick a couple of millimeters into the gap.
  12. Slide the opening pick around the entire perimeter to sever the adhesive that secures the rear case.
  13. If you feel excessive resistance, reheat the problem area(s).
  14. Remove the rear case.
  15. Step image Step image
  16. You may need to use your heating device again to remove glue from covering the screws.
  17. Use a T4 Torx screwdriver to remove all seven 3.2 mm screws securing the black bracket.
  18. Step image Step image Step image
  19. Use an opening tool to lift and remove the black bracket.
  20. Step image Step image
  21. Use an opening tool to lift and disconnect the two antenna cables.
  22. Step image Step image Step image
  23. Use an opening tool to lift and disconnect the press connector.
  24. Step image Step image
  25. Use a T4 Torx screwdriver to remove the 3 mm screw that secures the charging port.
  26. Step image Step image
  27. Carefully grab the charging port and slightly tilt it upwards.
  28. This will allow it to be pulled outwards without bumping into the battery.
  29. The cable might get in the way. If it does, carefully fold it upwards and out of the way. To prevent damaging it, do not force the cable to move in any direction. It should be able to be bent upwards with minimal force.
  30. Step image Step image
Back