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Toyota recalls — Page 2

316 recall campaigns for Toyota, newest first.

  1. Toyota water may enter the rear door switch and cause a short circuit, allowing an unlocked rear door to open unexpectedly. 2023 Toyota Prius 24V-274 · April 17, 2024
  2. Toyota axle shaft sub-assembly may separate from the axle housing due to debris causing improperly secured fasteners. 2022 Toyota Tacoma 24V-152 · February 27, 2024
  3. Lexus due to incorrect programming of the parking-assist electronic control unit (ECU) software, the rearview camera image may not immediately display within a couple of seconds after the shifter is placed into reverse. 2023–2024 Lexus ES, LC, LS +1 more 24V-124 · February 21, 2024
  4. Lexus unexpected vehicle movement may occur when the vehicle is in neutral and the brakes are not applied. 2022–2023 Lexus LX, Sequoia, Tundra 24V-125 · February 21, 2024
  5. Toyota second-row center and right-side seats may have insufficiently welded head restraint brackets. 2023 Toyota Camry 24V-128 · February 21, 2024
  6. Toyota instrument panel may have been produced without the required perforation, which could result in the front-passenger air bag not deploying properly. 2022 Toyota Corolla Cross 23V-864 · December 20, 2023
  7. Lexus short circuit may develop in the Occupant Classification System (OCS) sensor, preventing the front passenger air bag from deploying. 2020–2021 Lexus ES, RX, Avalon +5 more 23V-865 · December 20, 2023
  8. BMW weld seam of the integrated transmission control unit's cover may not have been manufactured properly, which could allow automatic transmission oil to leak into the transmission control unit. 2023 BMW 3 Series, 4 Series, 5 Series +7 more 23V-821 · December 6, 2023
  9. Toyota load carrying capacity modification label states the incorrect load carrying capacity, which can result in an overloaded vehicle. 2022 Toyota Tundra 23V-757 · November 9, 2023
  10. Toyota certain replacement 12-volt batteries may not fit properly in the battery tray, allowing the battery to move and contact the hold-down bracket, possibly causing a short circuit. 2013 Toyota RAV4 23V-734 · November 1, 2023
  11. Toyota during normal vehicle operation, minor impact to the front lower bumper cover may result in the cover coming loose or detaching. 2020 Toyota Highlander 23V-720 · October 26, 2023
  12. Toyota load carrying capacity modification label states the incorrect load carrying capacity, which can result in an overloaded vehicle. 2023 Toyota 4Runner 23V-680 · October 12, 2023
  13. Toyota load carrying capacity modification label states the incorrect load carrying capacity, which can result in an overloaded vehicle. 2023 Toyota Tundra 23V-633 · September 13, 2023
  14. Subaru rear turn signals may intermittently become inoperative. 2022 Subaru BRZ, GR86 23V-609 · August 31, 2023
  15. Toyota plastic fuel tube routed near metallic brake lines may chafe against the brake lines and become damaged, possibly resulting in a fuel leak. 2022 Toyota Tundra 23V-566 · August 10, 2023
  16. Lexus electric current rectifying module contained within the DC-DC converter may have been damaged during production, which can result in an electrical short-circuit. 2021–2022 Lexus NX450H+, RAV4 23V-478 · July 12, 2023
  17. Lexus electrical connection inside the steering column's spiral cable assembly may be insufficiently welded, causing the connection to separate and deactivate the driver's air bag. 2023 Lexus NX, NX250, NX350 +7 more 23V-480 · July 12, 2023
  18. Toyota during installation of the alloy wheels, the tire valve stem may have been improperly installed or damaged. 2023 Toyota RAV4 23V-485 · July 11, 2023
  19. Toyota steel chain used to secure the spare tire to the underside of the vehicle may have been insufficiently welded. 2023 Toyota Sequoia, Tundra 23V-468 · July 7, 2023
  20. Toyota lug nuts that attach the wheels to the vehicle may be loose, which can result in wheel detachment. 2023 Toyota Camry 23V-432 · June 15, 2023 DO NOT DRIVE
  21. Toyota instrument panel may have been produced without the required perforation, which could result in the front-passenger air bag not deploying properly. 2022 Toyota Corolla Cross 23V-384 · May 30, 2023
  22. Toyota tonneau cover attachment joints may come loose and allow the cover to detach. 2022 Toyota Tundra 23V-142 · March 3, 2023
  23. Toyota software error in the combination meter's electronic control unit (ECU) may cause the Instrument Panel LCD display to go blank. 2022 Toyota Tundra 23V-111 · February 22, 2023
  24. Toyota during certain cold weather driving conditions, while driving in EV Mode, the hybrid vehicle control engine control unit (HEV ECU) software may cause the hybrid system to shut down if the accelerator is rapidly pressed to further accelerate the vehicle, resulting in a stall. 2021 Toyota RAV4 23V-041 · February 2, 2023
  25. Toyota load carrying capacity modification label may indicate less weight than the actual total weight of accessories installed on the vehicle. 2023 Toyota Tundra 22V-854 · November 18, 2022
  26. Lexus skid Control ECU within the Brake Actuator Assembly may falsely detect an overcurrent condition of the Electronic Parking Brake (EPB) Actuator and enter a failsafe mode which prevents the EPB from being engaged. 2022 Lexus NX250, NX350, Tundra 22V-661 · September 1, 2022
  27. Toyota front passenger seat may have been assembled with interference between internal parts that may cause the Occupant Classification System (OCS) sensor to incorrectly detect the occupant. 2022 Toyota RAV4 22V-519 · July 21, 2022
  28. Toyota one or more of the individual welds in the upper child seat anchors may be insufficient. 2022 Toyota Tacoma 22V-520 · July 21, 2022
  29. Toyota incorrect programming of the parking-assist electronic control unit (ECU) software, may cause the front camera image to appear on the multimedia display instead of the rear camera image when the shifter is placed into reverse. 2022 Toyota Tundra 22V-501 · July 13, 2022
  30. Toyota load carrying capacity modification labels are incorrect. 2020 Toyota 4Runner 22V-480 · July 6, 2022
  31. Subaru hub bolts on the wheels may loosen, causing a wheel to detach from the vehicle after low-mileage use. 2023 Subaru Solterra, bZ4X 22V-444 · June 23, 2022 DO NOT DRIVE
  32. Toyota flange nuts on the axle shaft sub-assemblies can loosen over time and potentially cause one or both axle shaft sub-assemblies to separate from the axle housing. 2022 Toyota Tundra 22V-445 · June 23, 2022
  33. Toyota load carrying capacity modification labels may not be permanent and can fade, becoming illegible. 2022 Toyota 4Runner, Highlander, Tacoma 22V-310 · May 6, 2022
  34. Toyota parking assist electronic control unit (ECU) software may prevent transmission of the rearview camera signal during cold weather, preventing the rearview image from displaying. 2022 Toyota Tundra 22V-285 · April 28, 2022
  35. Lexus skid Control ECU software may not turn on the Vehicle Stability Control (VSC) system when the vehicle is restarted after the driver has disabled the VSC system. 2020–2022 Lexus LS, LX600, NX350H +6 more 22V-239 · April 13, 2022
  36. Toyota radar sensor may not have been activated during production, making the pre-collision system (PCS) inoperative. 2021 Toyota C-HR 22V-107 · February 24, 2022
  37. Toyota water may enter the rear turn signal LED lights, allowing condensation to form on the circuit board, and causing a short circuit. 2021 Toyota Venza 22V-033 · January 26, 2022
  38. Toyota driver's side high beam may be inoperable after the installation of accessory fog lights. 2022 Toyota 4Runner 21V-963 · December 13, 2021
  39. Toyota power steering gear assembly may have been manufactured incorrectly, which can result in an oil leak. 2007–2008 Toyota Sequoia, Tundra 21V-920 · November 23, 2021
  40. Toyota incorrect seat belt webbing guide may have been installed on the outboard second-row seat belt assemblies. 2022 Toyota Sienna 21V-889 · November 17, 2021
  41. Toyota vane cap inside the vacuum pump may break, causing the pump to fail, which could result in a sudden loss of braking assist. 2018 Toyota Camry 21V-890 · November 17, 2021
  42. Toyota impeller within the low-pressure fuel pump may crack and deform, potentially causing the fuel pump to fail. 2019 Toyota Yaris 21V-617 · September 27, 2021
  43. Toyota engine Control Unit (ECU) software may falsely detect an error and shut down the hybrid system, causing a loss of drive power. 2022 Toyota Prius 21V-734 · September 22, 2021
  44. Toyota headlight electrical circuits may power the high and low beams simultaneously, which could overheat the electrical connector. 2018 Toyota Tundra 21V-688 · September 2, 2021
  45. BMW during engine start, the engine management software may cause loss of braking assist. 2019–2020 BMW 540i, 745Le, M340i +4 more 21V-598 · August 2, 2021
  46. Subaru low-pressure fuel pump inside the fuel tank may fail. 2018–2019 Subaru Ascent, BRZ, Forester +5 more 21V-587 · July 29, 2021
  47. BMW passenger seat belt Automatic Locking Retractor (ALR) may deactivate early, before the webbing fully retracts. 2021 BMW 228i, 230i, 330e +20 more 21V-554 · July 21, 2021
  48. Toyota supplemental Restraint System (SRS) wiring may become damaged with regular use of the driver-side door. 2009 Toyota Venza 21V-257 · April 13, 2021
  49. Toyota breakaway pins within the steering column, designed to absorb energy and reduce injury during a crash, could have been damaged during production, possibly affecting the performance of the driver's air bag in the event of a crash. 2020 Toyota Avalon, RAV4 20V-734 · November 25, 2020
  50. Toyota headlight aiming caps may have been improperly closed, allowing for horizontal adjustment of the headlight beam. 2021 Toyota RAV4 20V-698 · November 12, 2020