Toyota Recalls

2025–2026 Toyota Toyota Hilux (GUN226R, GUN227R, GUN236R) Hilux 4x2, Hilux 4x4

The operation of the Electronic Power Steering System (EPS) may be impacted due to incorrect fitment of its wire harness during the installation of Toyota Genuine Bull Bar or Nudge Bar with light bar combination. During installation, the EPS wire harness ground connection may have been re-installed incorrectly. This may cause a poor electrical contact, potentially resulting in a sudden loss of power steering assist whilst driving.

2021–2023 Toyota Kluger Kluger 4x2 (GX,GXL, GRANDE), Kluger AWD (GX,GXL, GRANDE), Kluger Hybrid (GX,GXL, GRANDE)

Due to a design issue, the second-row seat recliner mechanism may not fully engage during seat back adjustment. As a result, the seat back could move inadvertently.

2025 Toyota Toyota Landcruiser 300 (FJA300R) Landcruiser Wagon GR-S, Landcruiser Wagon GX, Landcruiser Wagon GXL, Landcruiser Wagon Sahara, Landcruiser Wagon Sahara ZX, Landcruiser Wagon VX

Due to a Transmission Control Module (TCM) programming issue, the transmission may rev faster than intended causing a loss of motive power and transmission fluid to leak. A transmission fluid leak in the presence of an ignition source could lead to a vehicle fire whilst driving.

2023–2025 Toyota bZ4X (XEAM10R, YEAM15R)

Due to a software programming issue, the Heating Ventilation Air Conditioning (HVAC) electrical compressor may fail. If this occurs, the windscreen defrost function may not operate correctly and could lead to poor visibility for the driver.

2022–2025 Toyota Various Toyota Models Camry Hybrid, C-HR HV (MAXH25R) & (ZYX20R), Corolla, Corolla Cross, Corolla Hybrid, GR Corolla & Corolla HV, GR Yaris, Kluger & Kluger Hybrid, RAV4 & RAV4 Hybrid

Due to a software programming issue, a memory device in the Combination Meter may deteriorate over time. If this occurs, the Combination Meter display may remain blank when the vehicle starts. This will cause a failure to illuminate the visual indicators, display of vehicle speed, engine status, and other critical safety information.

2022–2024 Toyota Tundra (VXKH75) Tundra Limited, Tundra Platinum

Due to a manufacturing defect, moisture may enter the internal circuit board of the reverse lamps over time. As a result, the reverse lamps may not illuminate as intended. Also, the rear-view camera may become activated whilst driving.

2004 Toyota Hiace Mobility

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2019 Toyota Hiace Mobility

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2004 Toyota Hiace Mobility

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2018 Toyota Hiace Mobility

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2024 Toyota Prado (GDJ251R)

Due to an error in the fitting instructions for the optional accessory Electric Brake Controller, the Lower Driver’s Airbag Assembly (removed during accessory fitment) may have been reinstalled using the incorrect torque. As a result, the lower driver’s airbag may not deploy as intended.

2008–2022 Toyota Hiace Mobility

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2004 Toyota Hiace Mobility

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2005–2019 Toyota Hiace Mobility

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2017 Toyota Hiace Mobility

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2004 Toyota Hiace Mobility

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2004 Toyota Hiace Mobility

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

1996–1999 Toyota CELICA, RAV4, CALDINA, SUPRA, COROLLA, MR2, VITZ

Affected concessional import vehicles may be fitted with a Takata NADI 5-AT driver airbag inflator that could allow moisture to enter the unit and degrade the airbag propellant. If this occurs, the properties of the propellant may be changed so that the propellant does not react as intended during a collision, causing mis-deployment of the airbag.

2009–2017 Toyota Hiace Mobility Toyota Hiace Welcab

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2014–2018 Toyota Hiace Mobility Toyota Hiace Welcab

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2007–2017 Toyota Hiace Mobility Toyota Hiace Welcab

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2022–2024 Toyota Corolla Hatch Hybrid & Corolla Sedan Hybrid (ZWE219R) Corolla Hatch Hybrid (Ascent Sport, SX, ZR), Corolla Sedan Hybrid (Ascent Sport, SX, ZR)

Due to a software issue in the skid control unit ECU, a higher pedal force may be required increasing the braking distance under certain driving conditions.

2023–2024 Toyota Corolla Cross (MXGA10R), Corolla Cross Hybrid (MXGH10R), Corolla Sedan Hybrid (ZWE219R) Corolla Cross Hybrid (Atmos, GX, GXL), Corolla Cross Petrol (Atmos, GX, GXL), Corolla Sedan Hybrid (Acsent Sport, SX)

Due to a manufacturing defect, cracks may develop in the upper universal joint of the steering intermediate shaft assembly. Over time, these cracks can widen due to repeated stress and can lead to a loss of steering control.

2004 Toyota Hiace Mobility Toyota Hiace Welcab

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2012 Toyota Hiace Mobility Toyota Hiace Welcab

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2004 Toyota Hiace Mobility

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2004 Toyota Hiace Mobility

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2004 Toyota Hiace Mobility

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2004 Toyota Hiace Mobility

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2004 Toyota Hiace Mobility

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2014–2023 Toyota Hiace Mobility

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2021–2024 Toyota Kluger Petrol & Kluger Hybrid Kluger 4x2 GRANDE, Kluger AWD GRANDE, Kluger GX AWD, Kluger GX-2WD, Kluger GXL AWD, Kluger GXL-2WD, Kluger Hybrid AWD GRANDE, Kluger Hybrid GX AWD, Kluger Hybrid GXL AWD

Due to a manufacturing issue, the second-row seat frame mid-bar may not have been manufactured to the required specifications. As a result, if a second-row seat is stowed when the other part of the bench seat is upright, the occupant could come into contact with the end of the seat frame mid-bar.

2004 Toyota Hiace Mobility Welcab Variant

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2004 Toyota Hiace Mobility

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2004 Toyota Hiace Mobility

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards

2013–2017 Toyota Hiace Mobility

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2011 Toyota Hiace Mobility Welcab

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE-000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards

2014–2019 Toyota Hiace Mobility

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE‑000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2011 Toyota Hiace Mobility

A number of Toyota Hiace vehicles modified in accordance with Model Report MRE‑000038 include a built-in hoist for lifting a wheelchair and a wheelchair tie-down and occupant restraint system that does not comply with Australian Standards.

2021–2024 Toyota Landcruiser 300 (FJA300), Tundra (VXKH75) Landcruiser Wagon GR-S, Landcruiser Wagon GX, Landcruiser Wagon GXL, Landcruiser Wagon Sahara, Landcruiser Wagon Sahara ZX, Landcruiser Wagon VX, Tundra Limited

Due to a design issue, the transmission control module may not operate as intended. If this occurs, the automatic transmission may continue to transfer engine power to the wheels when shifted to the neutral position. If the brake pedal or park brake are not applied it may result in unintended vehicle movement if shift lever is not moved to Park position.

2020–2023 Toyota Yaris Petrol (MXPA10) & Yaris Hybrid (MXPH10) Yaris Ascent Sport 1.5L Petrol, Yaris Hybrid Ascent Sport 1.5L, Yaris Hybrid SX 1.5L, Yaris Hybrid ZR 1.5L, Yaris SX 1.5L Petrol, Yaris ZR 1.5L Petrol

Due to a durability issue, the front lower suspension arm may develop cracks and corrode when exposed to road snow melting agents. This could cause the suspension to collapse and detach from the vehicle. As a result, the vehicle may experience a sudden loss of steering control.

2022–2023 Toyota Yaris Cross Hybrid GR-S (MXPJ10R) Yaris Cross Hybrid GR-S 1.5L Auto CVT Hatch

The tyres fitted to vehicles within this production range do not meet the Australian Design Rule 81/02 (ADR 81/02) requirements and may result in increased fuel consumption than is indicated on the fuel consumption label.

2021–2023 Toyota Kluger Hybrid (AXUH78) Kluger Petrol (TXUA70/75 & GSU70/75) Kluger Hybrid AWD 2.5L, Kluger Petrol 2WD 2.4L, Kluger Petrol 2WD 3.5L, Kluger Petrol AWD 2.4L, Kluger Petrol AWD 3.5L

The lower resin bumper cover may detach if damaged during vehicle operation.

2019–2023 Toyota C-HR Petrol (NGX10 & NGX50) C-HR 2WD 1.2L Petrol, C-HR AWD 1.2L Petrol

The internal components of the fuel pump may wear and fracture the welded area of the fuel pump, which could lead to a fuel leak in the engine compartment. If this was to occur, vehicle occupants may identify a fuel odour when driving.

2023 Toyota Kluger Petrol (TXUA70 & TXUA75) & Kluger Hybrid (AXUH78) Kluger 2.4L Petrol 2WD, Kluger 2.4L Petrol AWD, Kluger Hybrid 2.5L

The driver side airbag wiring harness connection may become loose over time. As a result, the airbag warning light will illuminate and the driver side airbag will not deploy.

2020–2023 Toyota Yaris Petrol (MXPA10) & Yaris Hybrid (MXPH10) Ascent Sport 1.5L Petrol Auto Hatch, Ascent Sport 1.5L Petrol Manual Hatch, Hybrid Ascent Sport 1.5L Auto Hatch, Hybrid SX 1.5L Auto Hatch, Hybrid ZR 1.5L Auto Hatch, SX 1.5L Petrol Auto Hatch, ZR 1.5L Petrol Auto Hatch

Due to a manufacturing defect, small cracks may form in the front lower suspension arms when driving on rough (corrugated) roads. As a result, the suspension may collapse or detach from the vehicle. If this occurs, the vehicle may experience a sudden loss of steering control.

2022–2023 Toyota Corolla Cross Petrol MXGA10R Corolla Cross Atmos 2.0L Petrol, Corolla Cross GX 2.0L Petrol, Corolla Cross GXL 2.0L Petrol

Due to a software issue, the Electronic Parking Brake (EPB) may not operate as intended. This could result in the vehicle moving or rolling away if the gear selector is not in the "PARK" position.

2001–2015 Toyota Yaris KLUGER (MCU28), COROLLA (ZZE122), RAV4 (ACA21), 86 (ZN6) & CAMRY (ACV40)

Due to a manufacturing defect, the front passenger and driver seat belt service parts used as replacements on certain vehicles may not operate as intended and could extend further than intended after locking.

2020 Toyota Yaris Hybrid (MXPH10R) Yaris Hybrid Ascent Sport, Yaris Hybrid SX, Yaris Hybrid ZR

Due to a software error, during sudden acceleration the Hybrid System may fail to engage the limp mode safety feature of the vehicle. This could cause warning lights to illuminate and result in sudden loss of motive power.

2021 Toyota Kluger Petrol (GSU70R & GSU75R) and Kluger Hybrid (AXUH78R) Kluger 4x2 GRANDE Petrol, Kluger AWD GRANDE Petrol, Kluger GX 2WD Petrol, Kluger GX AWD Petrol, Kluger GXL 2WD Petrol, Kluger GXL AWD Petrol, Kluger Hybrid AWD GRANDE, Kluger Hybrid GX AWD, Kluger Hybrid GXL AWD

Due to a manufacturing issue, the seat-back frames were not manufactured with the minimum radius criteria to meet the requirements of the Australian Design Rule (ADR 3/03 Seats and Seat Anchorages). The front seat back frames were manufactured with a sharper angle near the headrest than specified by the ADR.

2020–2021 Toyota C-HR and Yaris C-HR (Petrol, Hybrid and AWD), GR Yaris, Yaris (Petrol and Hybrid), Yaris Cross (Petrol, Hybrid and AWD)

The vehicle's front radar sensor which supports certain driver assistance features, including the Pre-Collision System (PCS) may not have been calibrated during vehicle manufacture. This could result in the PCS not operating as intended.

2016–2020 Toyota C-HR (NGX10 & NGX50) C-HR GXL 2WD, C-HR GXL AWD, C-HR KOBA 2WD, C-HR KOBA AWD, C-HR STD 2WD, C-HR STD AWD

To meet the requirements of European towbar regulation ECE 55-01, it is necessary to apply an ECE label to the towbar when fitted to a vehicle. This label was not affixed to the towbar.

2021 Toyota Hilux Hilux SR, Hilux Workmate

The passenger seat occupant sensor may not meet manufacturing specifications. This sensor is used to detect if the seat is occupied and determine whether to deploy the passenger airbag in the event of an accident. If the sensor does not operate as intendent, it may result in an airbag not deploying when required.

2015–2021 Toyota Hilux Rogue, Rugged, Rugged X, SR, SR5, Workmate

Due to poor stiffness of the rear licence plate bracket around the single mounting point, there is a possibility this may lead to cracking as a result of metal fatigue caused by vibration when driving on a rough (corrugated) roads. In this condition, the licence plate lamp wiring may sever, and the licence plate may dislodge from the vehicle.

2021 Toyota Prius Prius 1.8L Hybrid, Prius I-TECH 1.8L Hybrid

Due to a software fault in the vehicle’s Electronic Control Unit (ECU) a loss of motive power may occur while driving. If this should happen, warning lights would illuminate and the vehicle’s hybrid system would shut down.

2019–2021 Toyota GR Supra GR Supra GT, GR Supra GTS

The vacuum pump which supports brake assistance (brake boost) may become damaged under certain engine start conditions caused by the engine management software. This may cause a reduction in braking performance.

2018 Toyota 86 ZN6 86 GT 2.0L Petrol Automatic Coupe, 86 GT 2.0L Petrol Manual Coupe, 86 GTS 2.0L Petrol Automatic Coupe, 86 GTS 2.0L Petrol Manual Coupe

The fuel pump on affected vehicles may stop operating. If the fuel pump stops working, warning lights and messages may display on the instrument panel, and the engine may not run smoothly. This can result in the vehicle stalling and the vehicle may not be able to be restarted.

2020–2021 Toyota Prius ZVW50

The pre collision system (PCS) software programming may cause a delayed application of the pre-crash brake assist function, resulting in a lower vehicle speed reduction.

2021 Toyota Hilux Rogue GUN126R Double CAB 4X4, 6 speed Automatic Trans, Rugged X GUN126R Double CAB 4X4, 6 speed Automatic Trans, SR5 GUN126R Double CAB 4X4, 6 speed Manual Trans, SR5 Hi Rider GUN136R Double CAB 4X2, 6 speed Automatic Trans

The compliance label on some vehicles may have an incorrect GVM capacity recorded.

2019–2021 Toyota C-HR

The internal components of the fuel pump may wear and fracture the welded area of the fuel pump, which could lead to a fuel leak in the engine compartment. If this was to occur, vehicle occupants may identify a fuel odour when driving.

2020–2021 Toyota HILUX

The power wire for the cargo roller cover may be routed incorrectly and may chafe against the battery clamp post. If the power wire insulation is damaged, this may lead to a short circuit.

2015–2019 Toyota LANDCRUISER 200

The Australian Design Rules (ADR 61/02) require a compliance label to be fitted to vehicles. The compliance label was printed with an incorrect seating capacity of 8, instead of the correct seating capacity of 7, which should have been printed on the compliance label.

2019–2021 Toyota HILUX

The Australian Design Rule (ADR 61/02) requires a compliance label to be fitted to vehicles. The compliance label was printed with an incorrect GVM Capacity of 2,850kg, instead of the correct GVM Capacity of 3,050kg, which should have been printed on the compliance label.

2020 Toyota YARIS CROSS, YARIS CROSS HYBRID

A sharp edge in the rear centre seat belt anchor bracket may damage the seatbelt webbing for that seat during a collision.

2020 Toyota YARIS HYBRID, YARIS CROSS HYBRID

Due to the improper application of anti-corrosion preservation agent, the hybrid transmission (input damper) may develop an abnormal slip condition during rapid acceleration.

2018–2020 Toyota HILUX, FORTUNER

The brake booster may have been incorrectly manufactured, causing an internal fault.

0 Toyota SUPRA

An incorrect manufacturing process may cause the vehicle's resin fuel tank to leak.

2020 Toyota HILUX SR5

Australian Design Rule 61/02 requires that a compliance label is fitted at the specified location of a new vehicle. Some vehicles were supplied without the compliance label being fitted.

2014–2019 Toyota PRIUS, COROLLA HYBRID

These vehicles use software to control the hybrid system. The software is designed to put the system into a fail-safe mode if there is an internal component failure. This allows the vehicle to travel a limited distance at reduced power. In certain situations, such as hard acceleration immediately after a component failure, the hybrid system may shut down rather than go into fail-safe mode. If this happens, the vehicle may illuminate various warning lights and in some models may display a warning message to the driver in the instrument panel.

2019–2020 Toyota RAV 4

Small cracks may form in the front lower suspension arms and with rapid acceleration and deceleration over the parts' lifetime, these cracks could spread and the suspension arm can eventually separate from the front wheel assembly. The front lower suspension arms may have been affected by improper production conditions.

2016–2020 Toyota LANDCRUISER

Vegetation may accumulate around the vehicle's underbody and exhaust system as a result of driving in dry vegetation environments. If the vegetation is not removed in accordance with maintenance instructions in the Owner Manual, the Diesel Particulate Filter (DFP) system's periodic regeneration may cause it to combust.

2020 Toyota COROLLA

The reverse lights may stop working due to a wiring harness located at the back door losing electrical contact over time.

2013–2019 Toyota CAMRY, COROLLA, FJ CRUISER, KLUGER, HILUX, PRADO, LANDCRUISER 200

The fuel pump on affected vehicles may stop operating. If the fuel pump stops working, warning lights and messages may display on the instrument panel, and the engine may not run smoothly. This can result in the vehicle stalling and the vehicle may not be able to be restarted.

2014–2019 Toyota PRIUS, PRIUS V

Due to improper assembly of the electrical contacts in the seat belt reminder switch, the driver's seat belt reminder system may fail to switch off after repeated use of the seat belt. This may cause continual chiming and warnings on the instrument cluster.

1996–1999 Toyota CELICA, PASEO, RAV4, STARLET

Affected vehicles may be fitted with a Takata NADI 5-AT driver airbag inflator that could allow moisture to enter the unit and degrade the airbag propellant. If this occurs, the properties of the propellant may be changed so that the propellant does not react as intended during a collision, causing mis-deployment of the airbag.

2019 Toyota CAMRY, CAMRY HYBRID, COASTER

Due to incorrect manufacture, in the event of an accident one of the two locking mechanisms in the vehicle's seat belts may not lock the seat belt as designed.

2017–2019 Toyota COASTER

Frequent use of the hazard lamps may cause the fuse to blow and the hazard and turn signal lamps to become inoperative.

2019 Toyota TARAGO

The gas struts that hold the back door open may not have been manufactured properly, which may allow the gas charge to leak.

2019 Toyota PRADO, HiACE

Due to a production fault, there may be a lower than specified tightening torque of the fuel inlet pipe that supplies the diesel fuel injector common rail, which may allow fuel leakage.

2019 Toyota CAMRY, COROLLA, RAV4

Some brake booster pumps may be manufactured improperly, and may cause the brake assist function to stop operating while driving.

0 Toyota PRIUS

The 12 volt auxiliary battery may stop charging due to improper soldering on the circuit board in the vehicles DC/DC converter.

2018–2019 Toyota PRIUS

The 12 volt auxiliary battery may stop charging due to improper soldering on the circuit board in the vehicles DC/DC converter.

0 Toyota YARIS

The left hand rear door window glass may have been inadequately tempered, due to an improper cooling process during manufacture.

0 Toyota LEXUS LS500, LS500h & IS300h

Vehicles are equipped with run-flat tyres with a sidewall reinforcement layer inside the tyre. Due to an improper assembly process, a crack may develop on the tyre sidewall reinforcement layer, expanding over time and potentially affecting the tyre deflection causing the temperature of the tyre to increase.

0 Toyota COROLLA

The vehicles are equipped with a Continuously Variable Transmission (CVT) assembly that uses a torque converter to transfer engine power from the engine to the transmission. There is a possibility that, due to an error in the manufacturing process, some of the torque converters may have been inadequately assembled.

0 Toyota LEXUS LS500

The vehicle is equipped with a stop-start system that automatically stops and restarts the engine when the vehicle is stationary (e.g. at a stop light). Due to improper programming of the engine control computer, the engine may stall during acceleration from the stationary position when the engine restarts within a specific time range after the engine stops.

0 Toyota 86 / GT86

The engine valve spring may fracture if the performance load exceeds the valve spring’s fatigue strength.

0 Toyota PRIUS & PRIUS V

The subject vehicles utilise software to control the hybrid system. This software is designed to put the system into a fail-safe mode, illuminating various warning lights, displaying a warning message and allowing the vehicle to travel a limited distance at reduced power if there is an internal component failure. In limited circumstances, such as hard acceleration immediately after a component fails, there is a possibility the hybrid system could shutdown rather than going into a fail-safe mode. This recall provides an additional remedy to the vehicles involved in the previous recalls in February 2014 (PRA2014/13991) and July 2015 (PRA2015/14822), because the remedy conducted then was found to be inadequate.

2015–2018 Toyota PRIUS

Affected vehicles have an engine wire harness connected to the hybrid vehicle Power Control Unit located within the engine compartment. A portion of the wire harness could contact the connector cover and wear over time, causing an electrical short circuit.

0 Toyota KLUGER

Affected vehicles are equipped with a vacuum pump that provides vacuum for the brake booster operation. A lubrication passage inside the vacuum pump may have been compromised during manufacture. This may cause an internal failure of the vacuum pump leading to illumination of warning lights and alerts, and/or resulting in a sudden loss of braking assist.

2006–2012 Toyota Corolla (ZRE152/153) & RUCKUS (AZE151)

Involved vehicles have had the passenger’s front air bag inflator replaced as part of the Takata inflator recall campaign. There is a possibility that in some vehicles the replacement inflator was installed incorrectly.

0 Toyota LEXUS, PRIUS, COROLLA, FORTUNA & HILUX

Affected vehicles are equipped with an airbag system that uses pressure sensors and/or G sensors to detect impact to the vehicle. There is a possibility that the insulation layers of the Integrated Circuit (IC) chip within the airbag system could peel over time, creating an open circuit in the IC chip.

0 Toyota LEXUS

The subject vehicles are equipped with a resin fuel tank that contains a resin fuel inlet pipe. There is the possibility that the resin weld between the fuel tank and the fuel inlet pipe may not be to specification.

0 Toyota C-HR

The Skid Control Electronic Control Unit may incorrectly identify a small increase in circuit resistance of the Electronic Park Brake (EPB) motor as an open circuit. If this occurs, the EPB warning light will illuminate and the EPB may not work.

0 Toyota TARAGO

On affected vehicles there is a possibility that the seat belt anchorage bolts may not have been tightened to the correct torque specification after the installation of the reversing camera.

0 Toyota LAND CRUISER

There is a possibility that an incorrect specification airbag assembly was installed during the vehicle assembly process.

2015–2017 Toyota HILUX 4X4 & 4X2 HI RIDER

Vehicles equipped with a Toyota genuine accessory auxiliary battery kit may experience damage to the mounting points on the fender apron due to vibration when driving on rough roads.

2002–2005 Toyota COROLLA

As it gets older, a combination of high temperatures and humidity can cause the airbag inflator propellant to degrade.

0 Toyota LEXUS

Lexus NX vehicles are equipped with a brake hold function which keeps the brake applied after the vehicle comes to a complete stop. Under certain conditions, the system is designed to deactivate the brake hold function, warn the driver and automatically set the parking brake.

2012–2016 Toyota TUNDRA

It has been found that out of specification adjustments can be made to the tie rods during a wheel alignment. This can cause them to be adjusted to an unsafe thread engagement between the tie rod and the steering rack.

0 Toyota HIACE

On the involved vehicles the related gear position (P_R_N_D) may not match the expected vehicle behavior, i.e. unable to shift out of Park or shift out of a forward or reverse drive position (D_R).

0 Toyota HIACE

Affected vehicles are equipped with a single latch system on the side sliding doors which does not meet the requirements of the relevant Australian Design Rule (ADR).

0 Toyota Prius

During normal vehicle operation, the parking brake cable could disengage from the rear brake calliper, causing the parking brake to become inoperative.

0 Toyota Lexus

The front passenger airbag inflator contains compressed gas and propellant to inflate the airbag. There is a possibility that during the manufacturing process, some inflators may have been improperly welded and/or misassembled.

0 Toyota 86

The electric power steering assistance may be interrupted due to improper harness layout and terminal wear. Manual steering control is maintained.

2015–2017 Toyota Land Cruiser 70

The front fender bracket may fail causing the front fender to become loose.

0 Toyota COROLLA, PRIUS & RUKUS

The fuel suction plate located within the fuel tank may develop a crack which could expand over time. In this condition, fuel may eventually leak when the vehicle has a full tank of fuel.

2009–2012 Toyota Lexus CT 200h & Toyota Prius ZVW30

Curtain shield air bag inflators located in the driver and passenger side roof rails are composed of two chambers welded together. Some inflators could have a small crack in the weld area joining the chambers, which could grow over time and lead to separation of the inflator chambers.

0 Toyota LEXUS CT200h

Curtain shield air bag inflators located in the driver and passenger side roof rails are composed of two chambers welded together. Some inflators could have a small crack in the weld area joining the chambers, which could grow over time and lead to separation of the inflator chambers.

0 Toyota LEXUS

There is a possibility that the sealing performance of the fuel pressure sensor to the delivery pipe could degrade over time due to improper tightening the fuel pressure sensor.

0 Toyota LEXUS

Some brake actuators may have been assembled with a pump containing an O-ring that is damaged and as a result may not operate as intended.

0 Toyota RAV4

In the event of a high-speed frontal collision, there is a possibility that the seatbelt webbing could contact a portion of the metal seat cushion frame, become cut and separate.

0 Toyota Lexus ES350 GSV60 and ES300h AVV60

ES350 & ES300h vehicles equipped with Pre-Collision System (PCS), there is a possibility that the system could interpret a steel expansion joint or plate that crosses the road surface as an object. If this occurs, the system may sound the warning buzzer and may automatically apply the brakes.

0 Toyota Camry, Aurion, Corolla, Yaris, RAV4 & Kluger

The sliding electrical contacts in the driver's side power window master switch may have been lubricated with insufficient quantity of grease. During normal operation, wear residue from the electrical contact points can accumulate between the terminals where the grease was insufficiently applied.

0 Toyota Prius ‘V’ ZVW40

The software for the motor generator control ECU and the hybrid control ECU could result in higher thermal stress in some transistors, potentially causing them to be damaged.

0 Toyota Lexus NX 200t AGZ10 & AGZ15

There is a possibility that a component inside the ABS actuator may have been damaged during the assembly process and as a result may not operate as intended.

0 Toyota KLUGER

The circuit board for the Electric Power Steering (EPS) system may have been damaged during its manufacturing process, potentially resulting in the illumination of the EPS warning lamp and loss of power steering assistance.

0 Toyota FJ CRUISER

Due to incorrectly maintained welding equipment on a particular production day, the steering intermediate shaft may have been insufficiently welded.

0 Toyota LEXUS LS460, LS600hL, GS300, GS450h, GS460, IS F, IS250, IS250C

There is a possibility that the sealing property of the gasket between the fuel pressure sensor and the fuel delivery pipe could become degraded over time and may result in a fuel leak.

0 Toyota KLUGER

The end cap on the right-hand fuel delivery pipe in the engine may have been insufficiently welded, in this condition, fuel could leak from the fuel delivery pipe.

0 Toyota HILUX

The spiral cables' electrical connection for the driver's side airbag module may become damaged over time. If this occurs, the airbag warning light will illuminate and the driver's airbag may not operate in the event of an accident.

0 Toyota YARIS

The spring mechanism that locks the front seat track into the adjusted position may break. If this occurs, the seat may appear to be locked but not fully engaged.

0 Toyota LANDCRUISER VDJ7

Under certain conditions the flexible brake hose bracket located on the front differential may fracture around the securing bolt and break, possibly resulting in the leakage of brake fluid.

0 Toyota FJ CRUISER

Due to incorrect material used and routing of the fuel tank breather tube (main to sub-tank) near the exhaust, the breather tube may be damaged by heat from the exhaust which could lead to a fuel leak.

0 Toyota PRIUS

The software used to control the boost converter contained within the hybrid system intelligent power module, during high-load driving such as accelerating from a stop, may cause higher thermal stress on the Insulated Gate Bipolar Transistors. These transistors could deform or become damaged, resulting in various warning lights illuminating and in most cases the vehicle will enter failsafe mode. The vehicle can still be driven certain distances but with reduced motive power.

0 Toyota HIACE

The engines contain valve springs that could have been produced with corrosive pitting on the surface of the spring. The corrosive pitting could lead to fatigue cracks, which could result in breakage of the valve spring over time.

0 Toyota PRIUS

There is a possibility that a fatigue crack could develop inside the accumulator within the brake booster pump assembly.

0 Toyota FJ CRUISER

Cracks may develop in the lower inner panel of the rear car doors (around the B-pillar) where the front seat belt retractor is anchored. If the cracks occur in the panel, the seat belt retractor could become detached in a collision.

0 Toyota RAV4

Following an 'in-service' rear wheel alignment, it is possible that the adjustable rear suspension arm may be insufficiently tightened.

0 Toyota PRIUS

There is a possibility that the electric motor installed in the hybrid system water pump may stop functioning, leading to illumination of various warning lights on the instrument panel.

0 Toyota PRIUS

Due to insufficient harness treatment of some extension shafts, the splines that connect the extension shaft to the steering gear box may deform over time.

0 Toyota CAMRY, AURION, COROLLA, YARIS, RAV4, KLUGER

The sliding electrical contact module in the driver’s-side power window master switch may exhibit a “sticky” feel during operation. This is due to the non-uniform application of lubricating grease, resulting in wear to the internal sliding contact points.

0 Toyota Camry, Camry Hybrid, Aurion

On some vehicles, there is a possibility that the fuel hose that connects the main fuel supply line to the engine may have become wrinkled during manufacture. This could result in a small hole in the fuel hose which may allow fuel to leak out.

0 Toyota HIACE & COMMUTER

Toyota Hiace Van and Commuter vehicles equipped with the 1KD-FTV diesel engine may have two potential issues: (1) The Exhaust Gas Recirculation (EGR) system pipes may not be able to withstand the stress that occurs when the pipe expands and contracts due to the heat of the exhaust gases. This condition may cause the pipe to fracture and the exhaust gases to leak into the cabin of the vehicle. (2) The fuel injector pipes may have been over-tightened, causing cracking of the injectors. In the worst case, diesel fuel may leak from the crack and cause an engine fire or road hazard.

0 Toyota Hiace Van & Commuter KDH 201/221/223

Toyota Hiace Van and Commuter vehicles equipped with the 1KD-FTV diesel engine may have two potential issues: (1) The Exhaust Gas Recirculation (EGR) system pipes may not be able to withstand the stress that occurs when the pipe expands and contracts due to the heat of the exhaust gases. This condition may cause the pipe to fracture and the exhaust gases to leak into the cabin of the vehicle. (2) The fuel injector pipes may have been over-tightened, causing cracking of the injectors. In the worst case, diesel fuel may leak from the crack and cause an engine fire or road hazard.

0 Toyota RAV4

There is a possibility that a prototype instrument panel reinforcement has been installed on certain RAV4 vehicles.

0 Toyota AVALON, CAMRY, ES300, KLUGER, RX330

The amount of adhesive agent applied between the outer ring and torsional rubber damper of the crankshaft pulley may be insufficient.

0 Toyota Dyna

In the affected vehicles, if the front tyre(s) are subjected to a large external force such as running over a large pot hole or bump in the road at high speed, there is a possibility that the steering wheels may vibrate. The degree of vibration may be inflenced by vehicle loading, tyre condition and wheel alignment.

0 Toyota FJ Cruiser

In the SRS side airbag and curtain shield airbag system of the involved vehicles, due to the incorrect side airbag sensor polarity, the G-force threshold to detect a side impact may be incorrectly set to the improper direction.

0 Toyota Prius NHW11

In the electric power steering rack and pinion assembly of affected vehicles, if the steering wheel is frequently turned to the full lock position with high force, there is the possibility that the nuts that secure the pinion shaft may become loose. If the vehicle is continually operated in this condition, the pinion shaft clearance may change, causing power generated by the EPS motor not to be fully transmitted, resulting in reduced power steering assistance.

0 Toyota Coaster Bus HZB50, BB50

Frequent operation of the intermittent wiper circuit may cause the relay contact points to separate from the contact arm, resulting in an electrical short circuit and the wipers being inoperative.

0 Toyota Hiace Bus KDH222, KDH223, TRH223

The rear propeller shaft guard fitted does no meed the Australian Design Rule (ADR: 58.21*) due to a lack of propeller shaft guard rigidity.

0 Toyota Hilux

When the vehicle is frequently accelerated and decelerated quickly on severely corrugated roads that specifically feature large numbers of cattle grid crossings, the rear tailshaft centre bearing brackets may detach.

0 Toyota Land Cruiser 200 GXL

There is a possibility that the front seat belt buckles may have been damaged during manufacture.

0 Toyota Prius ZVW30

Due to programming of the ABS (Anti Lock Braking System) there is a possibility that the braking force may be slightly degraded on completion of ABS activation. In situations where the brake pedal is lightly held and ABS is activated for a moment on icy or bumpy roads, the vehicle stopping distance may be longer.

0 Toyota Dyna

Frequent operation of the intermittent wiper circuit may cause the relay contact points to separate from the contact arm causing an electrical short circuit, resulting in the wipers being inoperative. In the worst case there is the possibility of a fire in the front windscreen combination switch assembly.

0 Toyota Land Cruiser 200

On certain Land Cruiser 200 model vehicles where fitted with Toyota genuine bull bars, especially if they operate for long periods in harsh usage conditions such as corrugated roads, the bull bar bracket design allows excessive load to be applied to the front frame portion that supports the bull bar. This can result in cracking of the frame welds.

0 Toyota Yaris NCP90, NCP91, NCP93

On certain Yaris NCP90, NCP91 and NCP93 vehicles, an insulator pad was incorrectly installed underneath both of the front seat belt retractors (equipped with seat belt pretensioners) which are located in the centre (B) pillars. There is a possibility that these insulator pads could be damaged following a collision as a result of the high temperature gas generated during the front seat belt pretensioner operation if activated.

0 Toyota Land Cruiser 100, Lexus LX470

On certain Land Cruiser 100 and Lexus LX470 vehicles, there is a possibility that the dash board wire harness may be abnormally twisted changing its intended routing in the vehicle allowing contact with the unprotected edge of the pedal support bracket. If the vehicle is continuously driven on corrugated roads in this condition, the wire harness will rub against the pedal support bracket damaging the wire insulation cover resulting in a short circuit and blown fuse.

0 Toyota Dyna 200 XZU305, XZU345

There is a possibility that the front stabiliser link may fracture due to excess stress applied during full travel condition of the suspension (bound/rebound and cornering).

0 Toyota Hiace Van TRH201/TRH221 & Commuter Bus TRH223

There is a possibility that the fuel pump may wear prematurely due to insufficient clearance between the coils of the internal motor. If vehicle operation continues in this condition, there is a possibility that the fuel pump could cease to function. In the worst case scenario the fuel pump motor may not operate, preventing the engine from restarting or resulting in the engine stalling while driving.

0 Toyota Hilux 2x4, 4x4

There is a possibility that the vehicle's engine hood (bonnet) inner panel may crack in the proximity of the striker (part of the retaining latch mechanism) due to prolonged driving on corrugated road surfaces. If vehicle operation continues in this condition, the fracture will extend around the welds of the striker resulting in increasing movement and rattling noise.

0 Toyota Hilux 4x4

Investigations reveal that when Hilux 4x4 GGN25 and KUN26 model vehicles are fitted with a Toyota genuine bullbar (equipped with additional turn signal lights) and are operating a trailer, the vehicle wiring and flasher relay unit capacity is insufficient to operate all the turn signal lamps for the hazard warning function. Individual turn signal lamps (left or right) are not affected.

0 Toyota Camry ACV36R

The headlamp switch contact points over time may oxidise (corrode) due to insufficient current flow through the switch. This oxidation may cause the headlamps (low or high beam) to flicker without warning and in the worst case may cause the headlamps to extinguish momentarily.

0 Toyota Lexus LX470, Land Cruiser 78, 79, 100 & 105 Series

When vehicle is operated under severe conditions with repetitive high 'G' brake application forward and backward, excessive forces applied to the brake rotor may loosen the front bake rotor bolt/s. If vehicle operation continues in this condition, one or more bolts may loosen further (unwind) and eventually rattle.

0 Toyota Dyna 200 Series

Due to the excessive design diameter of oil feed union bolt, lubrication pressure to the vacuum pump operates with insufficient lubrication. Continued operation may result in premature wear of the vacuum pump vanes reducing its ability to produce the necessary negative pressure (vacuum).

0 Toyota Surf

The nature of the defect relates to the steering relay rod, which potentially may develop a fatigue crack on the bend in the rod near the Pitman arm ball joint connection.

0 Toyota Surf 130 Series

The nature of the defect relates to the steering relay rod, which potentially may develop a fatigue crack on the bend in the rod near the Pitman arm ball joint connection.

0 Toyota Surf

The nature of the defect relates to the steering relay rod, which potentially may develop a fatigue crack on the bend in the rod near the Pitman arm ball joint connection.

0 Toyota Surf

The nature of the defect relates to the steering relay rod, which potentially may develop a fatigue crack on the bend in the rod near the Pitman arm ball joint connection.

0 Toyota DYNA 200

In the subject vehicles equipped with N04C-TF engine (turbocharger with waste gate system), when repeatedly accelerating at high speed, excessive vibration may be generated within the turbocharger due to insufficient strength of turbine blade. This excessive vibration may eventually cause internal damage to the turbocharger resulting in reduced engine power and white smoke emission from the exhaust.

0 Toyota ECHO (NCP1#) & PRIUS (NHW11)

Due to improper moulding of the resin body of the crankshaft position sensor installed on the engine block, engine oil may penetrate the seal and enter the sensor wiring connector. In addition, the wire harness connector may not be sufficiently attached to the locking tab of the sensor wiring connection. In this condition, engine oil inside the sensor wiring connector could cause expansion due to the heat of the engine and could deform the sensor wiring connector. In the worst case, the connector may become disconnected, which could cause the engine to stall while driving and not be able to be restarted.

0 Toyota Landcruiser

During heavy winching operations, there is a possibility that the welds on the bullbar adaptor mounting brackets which attach the bullbar to the vehicle may fracture and in the worst case allow the bullbar to become detached from the vehicle.

0 Toyota Prius NHW20

There is a possibility that the steering intermediate shaft may become loose or develop a crack. In the worst case, if the vehicle continues to be operated under these conditions, the steering connection may seperate or fracture, which could result in loss of steering.

0 Toyota LandCruiser Prado

Due to insufficient strength of the rear axle shaft flange, a crack may develop at the neck of the flange if the vehicle is operated in certain driving conditions, such as repeated high speed driving on winding mountain roads. If the vehicle continues to be operated in this condition, the crack may expand and in the worst case, the flange could fracture causing wheel separation.

0 Toyota Lexus GS300 (GRS190), Prius (NHW20)

In the airbag system of the subject vehicles, due to Incorrect assembly process of the airbag inflator, which is used in the curtain sheild airbag and the knee airbag systems, some inflators were produced with an insufficient amount of the heating agents, which apply heat to the argon gas in the inflator. In this condition, expansion force of the gas in the inflator may be insufficient to properly inflate the airbag when the airbag system is activated during a collision.

0 Toyota RAV4

In the suspension system of the subject vehicles, due to insufficient surface treatment prior to the painting process, the paint on the front coil spring may not have adhered properly, which could cause the coil spring to be susceptible to corrosion in highly corrosive environments such as where road salt is used. If the vehicle is operated in this condition for an extended period, the spring may corrode and, in the worst case, fracture.

0 Toyota Corolla/RAV4/Echo

In the subject vehicles, the headlamp dimmer switch contact points may overheat due to high internal electrical resistance caused by residue build up on the surface of the contact points. In the worst case, this overheating may cause the headlamps to become inoperative.

0 Toyota Tarago

A possibility exists that the parking brake cable lock nut may not have been correctly tightened during the vehicle assembly process. This condition may lead to loosening of the adjusting nut resulting in excessive travel of the parking brake pedal.

0 Toyota Hilux 4WD + 4Runner

A fatigue crack may develop on the Steering Relay Rod. The crack may occur if the steering wheel is repeatedly turned under certain conditions where high steering effort is required.

0 Toyota Tarago ACR30

A crack may develop in the epoxy resin of the ignition coil from the effects of engine heat, resulting in a potential open circuit or poor connection of the secondary coil winding wire.

0 Toyota Corolla

In the subject vehicles, the moon roof can be operated with the ignition switch in the 'OFF' position. This condition contravenes ADR42 'General Safety Requirements' relating to operation of power operated window, which must only be possible when the key that controls activation of the vehicle's engine is in the 'ON', 'START' or 'ACCESSORY' position.

0 Toyota Landcruiser Prado

There is a possibility that the front suspension lower ball joint may have been scratched. If the vehicle is operated for an extensive period in this condition, excessive wear of the ball joint may occur with consequent looseness of the front suspension. The driver may experience increased steering effort and reduced steering self centring feeling and the lower ball joint may separate from the knuckle causing a loss of vehicle steering control.

0 Toyota Camry, Avalon

The No 1 rear suspension arm may have been incorrectly welded. In instances where the weld is not to specification the arm may break at the bush housing weld area and in the worst case vehicle directional control may be affected.

0 Toyota Avensis Verso

The fuel tank inlet pipe and breather tube of the subject vehicles may leak due to a pinhole caused by corrosion.

0 Toyota Lexus RX330, Prius NHW20

Silicon oxide may be generated on the surface of the contact point. Oxidisation may cause a resistence in the circuit causing stop lamp to become inoperative.

0 Toyota Camry, Avalon

An assembly error in production may result in pinching of the charcoal canister (fuel vapour storage canister) vent hose. In this condition, high vacuum in the fuel tank may cause a crease to develop in the upper surface of the tank.

0 Toyota Celica

In the brake master cylinder there is a possibility that the recess that retains the rubber seal ring, located at the end of the cylinder body, may be corroded due to an improper washing process during component assembly. In this condition, brake fluid may leak.

0 Toyota Soarer 30 Series

Single sensing seatbelts (vehicle decceleration only) fitted to the retractor seatbelts. The ADR requires webbing acceleration (W) sensing also.

0 Toyota Dyna

The intermittent relay contact points located in the wiper combination switch assembly due to a durability factor may wear prematurely. Frequent operation of the intermittent wiper circuit may cause the intermittent relay contact points to separate from their housing.

0 Toyota Corolla Sportivo

The engine was assembled with incorrect air cleaner cap and engine control computers. As a result the vehicle does not match the specification covered by its approval to ECE Regulation 51/02 and hence may not comply with ADR 83/00 External Noise.

0 Toyota Lexus LS430

In the automatic transmission a small metal tang on the 'brake No 4 tube' may snap off. This piece could stop the engagement of the locking pawl for the P position.

0 Toyota Prius NHW20

Clearance between the engine hood and the cowl louvre may allow water to enter the engine compartment under certain conditions, ie. heavy rain or frequent car washing. In some cases the water can affect some electrical components resulting in poor engine performance.

0 Toyota Soarer

Seatbelt retractors don't comply with ADR4/03. May not satisfactorily operate in the event of a collision.

0 Toyota Coaster

The two non-protected passenger seats, namely the seat immediately behind the bus side access door and the inboard (aisle) seat behind the driver's seating position have not been fitted with seat belts.

0 Toyota Soarer

Single sensing seatbelts (vehicle decceleration only) fitted to the retractor seatbelts. The ADR requires webbing acceleration (W) sensing also.

0 Toyota Soarer 1991-1992

The defect relates to the seat belt retractors. It has been found that these retractors do not satisfactorily operate as either an ELR or ALALR. Retractors can be identified by the following markings: Front: 7C1800, Rear: 7C1810.

0 Toyota Soarer

Single sensing seatbelts (vehicle deceleration V only) fitted to the retractor seatbelts. The ADR requires webbing acceleration (W) sensing also.

0 Toyota Hiace Commuter Bus

The front propeller shaft guard may be incorrectly positioned and therefore does not comply.

0 Toyota Kluger

When the child protector lever is in lock position if the door is closed very hard there is a possibility that the lock lever may contact the body panel due to insufficient clearance between the lock lever and the body panel.

0 Toyota Land Cruiser Prado (GRJ120)

A fuel pulsation damper is located at the end of the fuel rail to reduce fuel pulsation generated by the fuel injectors. The fuel pulsation damper was improperly assembled during manufacture which may have resulted in damage to the diaphragm.

2002 Toyota Celica ZZT231

A possibility exists that the fuel tank check valve may have been improperly installed and may become dislodged from its location. In the event that the check valve is dislodged and the internal pressure in the fuel tank is high, reverse fuel flow may occur.

0 Toyota Corolla

Due to improper welding of the connection for the diffuser and the gas generator in the passenger side airbag inflater, the diffuser can detach from the connection when the airbag deploys. If this occurs, the inflater will be unable to provide inflation.

0 Toyota Spacia SR40

If the seatbelt pre tensioner of the front occupant seats deploys in an accident, there is a possibility that due to a manufacturing discrepancy, the pre tensioner manifold cap could dislodge from the manifold case.

0 Toyota Dyna

Due to insufficient strength of the centre support bearing housing on the propeller shaft, the bearing housing may possibly break under frequent hard acceleration from low speed.

0 Toyota Dyna

The gearchange inner shift control cable may fray where the cable is crimped to the cable adjusting rod at the gear lever end causing difficulty in selecting gears. The cable may separate from the adjusting rod making it impossible to engage gears.

0 Toyota Lexus

The Engine Control Computer May Cause Insufficient Engine Vacuum Build-up Within The Brake Booster For A Duraton Of One-and-a-half Minutes After Engine Start-up Under Certain Conditions Resulting In Longer Stopping Distance Or Increased Brake Pedal Force.

0 Toyota Surf LN130

Rear Seatbelts May Not Fully Meet The Requirements Of ADR 4/01.

0 Toyota Surf Station Wagons—4 Door LN130

Potential Problem Exists With The Autolive Seatbelts Pd012 And Pd013.

0 Toyota Premium Surf Turbo Diesel 130 Series

May Not Fully Meet The Requirements Of ADR 4/02. The Seat Belt Retractors Do Not Allow Easy Withdrawal Of The Webbing Through The Full Angular Range Specified By This ADR.

0 Toyota Surf 130 Series

Do Not Fully Meet The Requirements Of ADR 4/01. The Seat Belt Retractors Do Not Allow Easy Withdrawal Of The Webbing Through The Full Angular Range Specified By This ADR.

0 Toyota Hilux Surf LN130

Do Not Fully Meet The Requirements Of Adr4/01. The Seat Belt Retractors Do Not Allow Easy Withdrawal Of The Webbing Through The Full Angular Range Specified By This Adr.

0 Toyota Surf 130 Series

Do Not Meet Fully The Requirements Of ADR 4/01. The Seat Belt Retractors Do Not Allow Easy Withdrawal Of The Webbing Through The Full Angular Range Specified By This ADR.

0 Toyota Surf 130 Series

Do Not Meet Fully The Requirements Of ADR 4/01. The Seat Belt Retractors Do Not Allow Easy Withdrawal Of The Webbing Through The Full Angular Range Specified By This ADR.

0 Toyota Surf 130 Series x4 Door

Do Not Meet Fully The Requirements Of ADR 4/01. The Seat Belt Retractors Do Not Allow Easy Withdrawal Of The Webbing Through The Full Angular Range Specified By This ADR.

0 Toyota Surf 130 Series

Do Not Meet Fully The Requirements Of ADR4/01. The Seat Belt Retractors Do Not Allow Easy Withdrawal Of The Webbing Through The Full Angular Range Specified By This ADR.

0 Toyota Surf 130 Series

Do Not Fully Meet The Requirements Of ADR 4/01. The Seat Belt Retractors Do Not Allow Easy Withdrawal Of The Webbing Through The Full Angular Range Specified By This ADR.

0 Toyota Surf 130 Series Wagons

Do Not Fully Meet The Requirements Of ADR4/01. The Seat Belt Retractors Do Not Allow Easy Withdrawal Of The Webbing Through The Full Angular Range Specified By This ADR.

0 Toyota LN130 Series Hi-Lux Surf

The Seat Belt Retractors Do Not Allow Easy Withdrawal Of The Webbing Through The Full Angular Ranged Specified By ADR 4/01.

0 Toyota Surf

New Compliance To ADR 4/01 Clause 4.6 4.5Seat Belts Fitted At Incorrect Angle.

0 Toyota Surf Vehicles

May Not Comply With ADR 4/01. The Seat Belt Retractors May Not Allow Easy Withdrawal Of The Webbing Through The Full Angular Ranged Specified By The ADR.

0 Toyota Surf 130 Series

Does Not Meet Fully The Requirements Of ADR 4/01. The Retractors Do Not Allow Easy Withdrawal Of The Webbing Through The Full Angular Ranged Specified By This ADR.

0 Toyota Surf 130 Series

May Not Meet Fully The Requirements Of Adr 4/01. The Retractors Do Not Allow Easy Withdrawal Of The Webbing Through The Full Angular Range Specified By This Adr But Will Still Lock If Either The Webbing Is Quickly Withdrawn Or The Vehicle Stops Suddenly.

0 Toyota Surf 130 Series

Do Not Meet Fully The Requirements Of ADR 4/01. The Retractors Do Not Allow Easy Withdrawal Of The Webbing Through The Full Angular Range Specified By This ADR.

0 Toyota Surf 130 Series

Do Not Fully Meet The Requirements Of Adr3/01. - The Retractors Do Not Allow Easy Withdrawal Of The Webbing Through The Full Angular Range Specified By This ADR.

0 Toyota Lexcen

The Right Hand Headlight And Turn Indicator Light Electrical Wiring Connector May Not Have Been Fitted With A Cable Tie. A Short Circuit Can Develop Between The Live And Earth Wires In The Terminals Resulting In Heat Build-up.

0 Toyota Lexus

A Defective Yaw Rate Sensor May Be Affected By Certain Electromagnetic Waves Such As Cellular Phones Which May Cause Lack Of Steering And Brake Control.

0 Toyota Lexus

Due To Improper Assembly Of The Terminal Of The Starter Magnetic Switch (solenoid) An Electrical Short Circuit May Occur Resulting In An Under-hood Fire.

0 Toyota Prado

Possibility Of Damage To The Fuel Tank Solenoid Valve Exists Resulting In Tubes Breaking, Allowing Fuel To Leak Causing A Fire Hazard.

0 Toyota Landcruisers

Tailshaft Failure.

0 Toyota Landcruiser

Tailshaft Failure.

0 Toyota Landcruiser

Tailshaft Failure.

0 Toyota Lexcen

Overheating Of Automatic Transmission Fluid May Occur During Towing Causing Discharge From Breather Tube Or Dipstick Which Could Ignite.

0 Toyota Dyna, Coaster, Landcruiser

Vacuum Pump Generates Negative Pressure For The Brake Booster - Rotor Blades Could Fracture Resulting In Loss Of Vacuum To The Brake Booster.

0 Toyota Landcruiser 80, RAV 4

The Towbar Hitch Pin Securing Clip May Dislodge Allowing The Hitch Pin To Displace Thus Placing Reliance On The Safety Chains To Restrain The Trailer And Load.

0 Toyota Camry, Vienta

The Dimmer Switch Contact Points And Contact Arms May Become Overheated And Cause Erratic Operation Of The Headlights.

0 Toyota Lexcen

Possibility Exists For Automatic Transmission Cooler Hoses To Loosen And Displace Resulting In A Major Fluid Leak.

0 Toyota Hiace, Landcruiser

Ladder Restraining Mechanism May Lose Tension Allowing The Ladder To Become Unrestrained And Fall.

0 Toyota Lexcen

The Throttle Cable Attaching/adjusting Nuts May Work Loose On Models Fitted With Cruise Control.

0 Toyota Camry

Potential Exists For One Side Of The Seat Track Lockikng Mechanism Of The Two Front Seats To Only Partially Engage Or Not Engage At All.

0 Toyota Camry

Potential Exists For The Steering Wheel Retaining Nut To Loosen And Cause The Steering Wheel To Become Loose.

0 Toyota Lexcen

A Potential For The Seat Belt Webbing To Become Abraded Resulting In Reduction Of Strength Of The Webbing.

0 Toyota Lexcen

Cable May Become Detached From The Throttle Preventing Throttle From Closing Fully And Causing Unintended Acceleration.

0 Toyota Hilux

Front Engine Vibrates Leading To Cracking Or Breakage; Brocken Section Could Lodge In The Accelerator Link And Could Bind The Accelerator Pedal.

0 Toyota Lexcen

Overtightening Of Bolts Which Attach The Front Brake Hose To The Brake Caliper. The Bolt May Crack And Result In Service Failure.

0 Toyota Camry

Potential Exists For A Failure Of The Power Door Lock Control Relays Which May Cause Contacts To Weld.

0 Toyota Land Cruiser

It Is Possible That Vibration From Driving At High Speed On Corrugated Roads Can Cause Vibration, Cracking And Displacement Of Steering Shaft Joint Protector.

0 Toyota Land Cruiser, 4 Runner

A Potential Fault Exists Which May Result In Breakage Of Towbar Tongue.

0 Toyota Landcruiser

There May Be A Crack In The Fuel Tank.

0 Toyota Lexcen

Steel Wheels Distorted During Vehicle Plant Assembly, Which May Result In Fracture Of Wheel Studs.

0 Toyota Camry

Rear Brake Hoses May Be Incorrectly Positioned.

0 Toyota Camry

Air Cleaner Baffle May Dislodge, Rest On Cleaner Element, And May Lodge In The Throttle Body.

0 Toyota Corolla

Part Of The Bonnet Secondary Catch Fixture Was Omitted From Assembly - Bonnet May Lift While Vehicle Is In Motion.

0 Toyota Hiace YH53

Vans May Have Sustained Slight Damage To The Fuel Tanks During The Installation Of Fixtures And Fittings.

0 Toyota Camry

Brake Fluid Leak May Occur From One Circuit Of Proportioning Valve Causing Loss Of Brake Efficiency.

0 Toyota Camry

Defect In Front Seats Causes Them To Unintentionally Recline Without Warning.

0 Toyota Liteace, Tarago

Steering Bevel Gear Assembly May Have Water Contamination Resulting In Rust Causing A Potential Steering Problem.

0 Toyota Coaster

The Accelerator Cable May Contact Left Hand Front Brake Pipe & Eventually Wear A Pin Hole Resulting In Brake Failure.

0 Toyota Camry

Brake Master Cylinder Part No Jb 1225 Fitted Are Faulty. Incorrect Assembly Of Brake Piston Can Result In Brake Failure.

0 Toyota Camry 1987/88 Model

Potential Exists For Loss Of Vacuum Assistance During Brake Operation Without Warning.

0 Toyota Hiace

Possible Defect In Rear Brake Tube Due To Incorrect Tie Down Methods Being Used.

0 Toyota Corolla

Possible Tread Delamination.

0 Toyota Corolla

Potential Failure Of Isovac Brake Booster Fitted To Camry And Corolla 1987 Models.

0 Toyota Camry

Possible Fuel Leakage From Fuel Hose.

0 Toyota 4 Runner

A Defect May Exist With The Towbar Attachment To 4 Runner Produced Between 08/85 And 07/86.

0 Toyota Tarago GLS

Defect May Exist With The Power Steering Centre Arm Component.