ABS Sensor for SEAT IBIZA Mk V (KJ1) 1.0 MPi

The ABS sensor is a critical component for the vehicle's braking system, ensuring optimal wheel speed monitoring and anti-lock braking functionality. This specific ABS sensor is positioned at the back left of the vehicle and is compatible with the SEAT IBIZA Mk V (KJ1) 1.0 MPi model. The OEM part number is WHT003863A, confirming its direct fit and compliance with manufacturer specifications. The sensor originates from a petrol engine with the engine code DFNA, paired with a manual transmission. The part is classified as quality grade B, indicating it is a used component in fully functional condition.

In addition to the SEAT IBIZA Mk V, this ABS sensor may also be compatible with other models sharing the same platform or specifications, though verification via the OEM number is strongly recommended to ensure proper fitment. The price including VAT is 122,26 EUR, while the price excluding VAT is 122,26 EUR. A 30-day full return policy applies, allowing for a hassle-free return if the part does not meet expectations. Shipping is free, with an estimated delivery time of 3-6 days. An express delivery option is available for an additional fee if faster shipment is required.

This spare part originates from the following car:

The ABS sensor was sourced from a SEAT IBIZA Mk V (KJ1) 1.0 MPi, a hatchback model manufactured in 2019. The vehicle had a recorded mileage of 32,830 km and was equipped with a 1.0L three-cylinder petrol engine (engine code DFNA) producing 80 HP (59 kW). The transmission was manual, with the gearbox code SND. The VIN/chassis number of the donor vehicle is VSSZZZKJZKR173645, and the country of origin is Sweden. The fuel system utilised intake manifold injection, and the construction type was a standard hatchback.

When replacing an ABS sensor, it is advisable to inspect related components such as the wheel bearing or wiring harness, as these parts often experience wear simultaneously. Opting for a used ABS sensor supports sustainability by reducing waste and promoting the reuse of high-quality automotive components.

We used AI to help write this text. We regularly check the information - but cannot guarantee that all data is accurate.