Car Recall Check

The product poses a risk of injuries because, owing to the fact that the supplier used the wrong material for the bearing-pin swivel plate, some hand-operated controls may develop hairline cracks in the bearing-pin weld seam on the base plate. In the worst cases, this can cause the bearing pin to come loose, leading to a malfunction - including even failure of the accelerator and brake controls -, which could result in an accident.

The product poses a risk of injuries because, owing to the fact that the supplier used the wrong material for the bearing-pin swivel plate, some hand-operated controls may develop hairline cracks in the bearing-pin weld seam on the base plate. In the worst cases, this can cause the bearing pin to come loose, leading to a malfunction - including even failure of the accelerator and brake controls -, which could result in an accident.

The product poses a risk of injuries because, owing to the fact that the supplier used the wrong material for the bearing-pin swivel plate, some hand-operated controls may develop hairline cracks in the bearing-pin weld seam on the base plate. In the worst cases, this can cause the bearing pin to come loose, leading to a malfunction - including even failure of the accelerator and brake controls -, which could result in an accident.

The product poses a risk of injuries because, owing to the fact that the supplier used the wrong material for the bearing-pin swivel plate, some hand-operated controls may develop hairline cracks in the bearing-pin weld seam on the base plate. In the worst cases, this can cause the bearing pin to come loose, leading to a malfunction - including even failure of the accelerator and brake controls -, which could result in an accident.

The product poses a risk of injuries because, owing to the fact that the supplier used the wrong material for the bearing-pin swivel plate, some hand-operated controls may develop hairline cracks in the bearing-pin weld seam on the base plate. In the worst cases, this can cause the bearing pin to come loose, leading to a malfunction - including even failure of the accelerator and brake controls -, which could result in an accident.

The product poses a risk of injuries because, owing to the fact that the supplier used the wrong material for the bearing-pin swivel plate, some hand-operated controls may develop hairline cracks in the bearing-pin weld seam on the base plate. In the worst cases, this can cause the bearing pin to come loose, leading to a malfunction - including even failure of the accelerator and brake controls -, which could result in an accident.

The product poses a risk of injuries because, owing to the fact that the supplier used the wrong material for the bearing-pin swivel plate, some hand-operated controls may develop hairline cracks in the bearing-pin weld seam on the base plate. In the worst cases, this can cause the bearing pin to come loose, leading to a malfunction - including even failure of the accelerator and brake controls -, which could result in an accident.

The product poses a risk of injuries because, owing to the fact that the supplier used the wrong material for the bearing-pin swivel plate, some hand-operated controls may develop hairline cracks in the bearing-pin weld seam on the base plate. In the worst cases, this can cause the bearing pin to come loose, leading to a malfunction - including even failure of the accelerator and brake controls -, which could result in an accident.

The product poses a risk of injuries because, owing to the fact that the supplier used the wrong material for the bearing-pin swivel plate, some hand-operated controls may develop hairline cracks in the bearing-pin weld seam on the base plate. In the worst cases, this can cause the bearing pin to come loose, leading to a malfunction - including even failure of the accelerator and brake controls -, which could result in an accident.

The product poses a risk of injuries because, owing to the fact that the supplier used the wrong material for the bearing-pin swivel plate, some hand-operated controls may develop hairline cracks in the bearing-pin weld seam on the base plate. In the worst cases, this can cause the bearing pin to come loose, leading to a malfunction - including even failure of the accelerator and brake controls -, which could result in an accident.

The product poses a risk of injuries because, owing to the fact that the supplier used the wrong material for the bearing-pin swivel plate, some hand-operated controls may develop hairline cracks in the bearing-pin weld seam on the base plate. In the worst cases, this can cause the bearing pin to come loose, leading to a malfunction - including even failure of the accelerator and brake controls -, which could result in an accident.

The product poses a risk of injuries because the control unit coding on the vehicles in question does not match the actual vehicle configuration. Complete functioning of the control units is not guaranteed which can cause unexpected vehicle behaviour leading to a road accident.