Antennae for Audi A5 Sportback (8TA) 3.0 TDI

This antennae is designed for the Audi A5 Sportback (8TA) 3.0 TDI and serves as the access and start authorisation component (KESSY system). The OEM part numbers are 8K0 907 247 and 8K0907247, ensuring direct compatibility with the specified model. The manufacturer is Audi, and the part is positioned within the vehicle to facilitate keyless entry and ignition functionality. The quality of this used part is classified as B, indicating it is in good working condition with minor signs of wear consistent with its mileage. The part is compatible with vehicles equipped with the CLAB engine code and NDY transmission code, both of which are standard for this variant.

In addition to the Audi A5 Sportback (8TA), this antennae may also fit other Audi models sharing the same KESSY system specifications. The price including VAT is 102,95 EUR, while the price excluding VAT is 102,95 EUR. A 30-day full return policy applies, allowing for a refund or replacement if the part does not meet expectations. Free shipping is included, with an estimated delivery time of 3-6 days. An express delivery option is available for an additional fee if faster shipping is required.

This spare part originates from the following car:

The source vehicle is a 2013 Audi A5 Sportback (8TA) 3.0 TDI, a hatchback with a diesel engine. The car has covered 181,000 km and features a direct injection fuel system. The vehicle originates from Denmark and is equipped with the CLAB engine code, producing 204 HP (150 kW). The transmission code is NDY, and the VIN/chassis number is WAUZZZ8T7EA021362. The engine has a cylinder capacity of 2,967 cc (3.0 litres) and operates with a 6-cylinder, 4-valve configuration.

When replacing this antennae, it may be advisable to inspect related components such as the keyless entry control module or door handles for optimal system functionality. Using a genuine OEM part ensures proper integration with the vehicle’s existing electronics. Opting for a used part contributes to sustainability by reducing waste and extending the lifecycle of automotive components.

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