Airbag Sensor for Opel Corsa D 1.3 CDTI

This airbag sensor is a genuine component for the Opel Corsa D, specifically the 1.3 CDTI variant. The part is identified by the original equipment manufacturer number 13271251 and was produced by Opel. It is a critical safety component designed to detect a collision and trigger the airbag system. The sensor is in used condition, categorised as B1 quality, indicating it is fully functional and was removed from a working vehicle. It is compatible with diesel engines, specifically the 1.3 CDTI units with engine codes A 13 DTC and Z 13 DTJ, and is suitable for models equipped with a 5-speed manual transmission, type M26. This part may also be compatible with other Opel models and variants that share the same platform and safety system specifications. The price for this airbag sensor is 116,92 EUR including VAT, which equates to 116,92 EUR excluding VAT. The purchase is supported by a 30-day full return policy. Standard delivery is free of charge with an expected delivery time of 3-6 days. An express delivery option is available for an additional fee to expedite shipping.

This spare part originates from the following car:

The component was sourced from a 2010 Opel Corsa D, a 5-door hatchback. The vehicle had covered 151,000 kilometres and was originally registered in Denmark. It was equipped with a diesel fuel system using direct injection. The engine was a 1.3 CDTI, with the specific engine code Z13DTJ (LDP). The car featured a 5-speed manual transmission, type M26. The vehicle identification number is W0L0SDL68A4240667. The engine has a cylinder capacity of 1248 cc, producing 75 horsepower or 55 kilowatts. The car's construction type is a hatchback. Ensuring the OEM number matches your vehicle's specification is crucial for correct fitment and operation. When replacing an airbag sensor, it is often advisable to inspect related components in the supplemental restraint system, such as the airbag control unit or wiring harness. Opting for a used original part is a sustainable choice, extending the lifecycle of automotive components and reducing environmental impact compared to manufacturing new ones.

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