DVLA recall archive
The archive holds 15,570 DVLA vehicle safety recalls dating back to 1992. Filter by manufacturer, year, or keyword. To check whether a specific vehicle is affected by an outstanding recall, run a live VRM recall check for £1.99.
Showing 276–300 of 418 recalls.
LOSS OF POWER
Internal cluctch pistons may have been incorrectly manufacturerd. This may cause incorrect transmission operation.
On affected vehicles inspect clutch opertaion. Depending on out come either replace clutch component or transmission unit.
RISK OF FIRE
Affected vehicles are equipped with a driver�s side Power Window Master Switch (PWMS) containing sliding electrical contact modules. These modules may not have been incorrectly coated during the manufacturing process. This may cause a short circuit which could cause the switch to overheat and melt
Inspect switch and apply coating. If switch indicates signs of malfunction it should be replaced.
RISK OF FIRE
Affected vehicles are equipped with a driver�s side Power Window Master Switch (PWMS) containing sliding electrical contact modules. These modules may not have been incorrectly coated during the manufacturing process. This may cause a short circuit which could cause the switch to overheat and melt
Inspect switch and apply coating. If switch indicates signs of malfunction it should be replaced.
RISK OF FIRE
Affected vehicles are equipped with a driver�s side Power Window Master Switch (PWMS) containing sliding electrical contact modules. These modules may not have been incorrectly coated during the manufacturing process. This may cause a short circuit which could cause the switch to overheat and melt
Inspect switch and apply coating. If switch indicates signs of malfunction it should be replaced.
RISK OF FIRE
Affected vehicles are equipped with a driver�s side Power Window Master Switch (PWMS) containing sliding electrical contact modules. These modules may not have been incorrectly coated during the manufacturing process. This may cause a short circuit which could cause the switch to overheat and melt
Inspect switch and apply coating. If switch indicates signs of malfunction it should be replaced.
RISK OF FIRE
Affected vehicles are equipped with a driver�s side Power Window Master Switch (PWMS) containing sliding electrical contact modules. These modules may not have been incorrectly coated during the manufacturing process. This may cause a short circuit which could cause the switch to overheat and melt
Inspect switch and apply coating. If switch indicates signs of malfunction it should be replaced.
RISK OF FIRE
Affected vehicles are equipped with a driver�s side Power Window Master Switch (PWMS) containing sliding electrical contact modules. These modules may not have been incorrectly coated during the manufacturing process. This may cause a short circuit which could cause the switch to overheat and melt
Inspect switch and apply coating. If switch indicates signs of malfunction it should be replaced.
RISK OF FIRE
Affected vehicles are equipped with a driver�s side Power Window Master Switch (PWMS) containing sliding electrical contact modules. These modules may not have been incorrectly coated during the manufacturing process. This may cause a short circuit which could cause the switch to overheat and melt
Inspect switch and apply coating. If switch indicates signs of malfunction it should be replaced.
ENGINE MAY STALL OR FAIL TO START AND/OR FUEL MAY LEAK
An internal connection in the fuel heater cover may overheat which may cause the filter cover to melt. This may allow an ingress of air into the fuel system and possibly fuel to leak out.
On affected vehicles Replace fuel heater cover with improved version. Inspect connection wire and replace if necessary.
ROOF WINDOW GLASS MAY DETACH
The roof window glass may not have been correctly installed . This may allow the glass to separate from its frame. Initially this will lead to wind noise but continued use could cause the glass to detach from the frame.
Replace roof glass.
LOSS OF POWER
The inverter assembly may overheat which will cause warning lamps to illuminate and the vehicle to enter a fail safe mode. Fail safe allows the vehicle to be driven on reduced power to a place of safety. However it is possible for the hybrid system to shut down causing the vehicle to stop which increases the risk of a collision.
On affected vehicles reprogramme the Motor Generator and Power Management ECUs.
LOSS OF POWER
The inverter assembly may overheat which will cause warning lamps to illuminate and the vehicle to enter a fail safe mode. Fail safe allows the vehicle to be driven on reduced power to a place of safety. However it is possible for the hybrid system to shut down causing the vehicle to stop which increases the risk of a collision.
On affected vehicles reprogramme the Motor Generator and Power Management ECUs.
DRIVER SIDE AIRBAG MAY RUPTURE
Subject vehicles are fitted with driver's air bag assemblies with single stage inflators. There is an increases potential for moisture ingress which could make the inflator more susceptible to rupture during deployment. Fragments may injure occupants.
Recall the vehicles that are likely to be affected to replace the airbag.
DRIVER SIDE AIRBAG MAY RUPTURE
Subject vehicles are fitted with driver's air bag assemblies with single stage inflators. There is an increases potential for moisture ingress which could make the inflator more susceptible to rupture during deployment. Fragments may injure occupants.
Recall the vehicles that are likely to be affected to replace the airbag.
DRIVER SIDE AIRBAG MAY RUPTURE
Subject vehicles are fitted with driver's air bag assemblies with single stage inflators. There is an increases potential for moisture ingress which could make the inflator more susceptible to rupture during deployment. Fragments may injure occupants.
Recall the vehicles that are likely to be affected to replace the airbag.
DRIVER SIDE AIRBAG MAY RUPTURE
Subject vehicles are fitted with driver's air bag assemblies with single stage inflators. There is an increases potential for moisture ingress which could make the inflator more susceptible to rupture during deployment. Fragments may injure occupants.
Recall the vehicles that are likely to be affected to replace the airbag.
PASSENGER SIDE AIRBAG MAY FAIL TO DEPLOY CORRECTLY
The subject vehicles are equipped with front passenger airbag inflators which could have been assembled with improperly manufactured propellant wafers. Improperly manufactured propellant wafers could cause the inflator to rupture and the front passenger airbag to deploy abnormally in a crash. This could result in increased risk of injury to the occupant and the possibility of a fire.
Recall the vehicles that are likely to be affected to replace the airbag.
PASSENGER SIDE AIRBAG MAY FAIL TO DEPLOY CORRECTLY
The subject vehicles are equipped with front passenger airbag inflators which could have been assembled with improperly manufactured propellant wafers. Improperly manufactured propellant wafers could cause the inflator to rupture and the front passenger airbag to deploy abnormally in a crash. This could result in increased risk of injury to the occupant and the possibility of a fire.
Recall the vehicles that are likely to be affected to replace the airbag.
PASSENGER SIDE AIRBAG MAY FAIL TO DEPLOY CORRECTLY
The subject vehicles are equipped with front passenger airbag inflators which could have been assembled with improperly manufactured propellant wafers. Improperly manufactured propellant wafers could cause the inflator to rupture and the front passenger airbag to deploy abnormally in a crash. This could result in increased risk of injury to the occupant and the possibility of a fire.
Recall the vehicles that are likely to be affected to replace the airbag.
PASSENGER SIDE AIRBAG MAY FAIL TO DEPLOY CORRECTLY
The subject vehicles are equipped with front passenger airbag inflators which could have been assembled with improperly manufactured propellant wafers. Improperly manufactured propellant wafers could cause the inflator to rupture and the front passenger airbag to deploy abnormally in a crash. This could result in increased risk of injury to the occupant and the possibility of a fire.
Recall the vehicles that are likely to be affected to replace the airbag.
PASSENGER SIDE AIRBAG MAY FAIL TO DEPLOY CORRECTLY
The subject vehicles are equipped with front passenger airbag inflators which could have been assembled with improperly manufactured propellant wafers. Improperly manufactured propellant wafers could cause the inflator to rupture and the front passenger airbag to deploy abnormally in a crash. This could result in increased risk of injury to the occupant and the possibility of a fire.
Recall the vehicles that are likely to be affected to replace the airbag.
PASSENGER SIDE AIRBAG MAY FAIL TO DEPLOY CORRECTLY
The subject vehicles are equipped with front passenger airbag inflators which could have been assembled with improperly manufactured propellant wafers. Improperly manufactured propellant wafers could cause the inflator to rupture and the front passenger airbag to deploy abnormally in a crash. This could result in increased risk of injury to the occupant and the possibility of a fire.
Recall the vehicles that are likely to be affected to replace the airbag.
PASSENGER SIDE AIRBAG MAY FAIL TO DEPLOY CORRECTLY
The subject vehicles are equipped with front passenger airbag inflators which could have been assembled with improperly manufactured propellant wafers. Improperly manufactured propellant wafers could cause the inflator to rupture and the front passenger airbag to deploy abnormally in a crash. This could result in increased risk of injury to the occupant and the possibility of a fire.
Recall the vehicles that are likely to be affected to replace the airbag.
PASSENGER SIDE AIRBAG MAY FAIL TO DEPLOY CORRECTLY
The subject vehicles are equipped with front passenger airbag inflators which could have been assembled with improperly manufactured propellant wafers. Improperly manufactured propellant wafers could cause the inflator to rupture and the front passenger airbag to deploy abnormally in a crash. This could result in increased risk of injury to the occupant and the possibility of a fire.
Recall the vehicles that are likely to be affected to replace the airbag.
PASSENGER SIDE AIRBAG MAY FAIL TO DEPLOY CORRECTLY
The subject vehicles are equipped with front passenger airbag inflators which could have been assembled with improperly manufactured propellant wafers. Improperly manufactured propellant wafers could cause the inflator to rupture and the front passenger airbag to deploy abnormally in a crash. This could result in increased risk of injury to the occupant and the possibility of a fire.
Recall the vehicles that are likely to be affected to replace the airbag.
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