Audi Instrument Cluster Wiring Plug Connector / Pigtail

Enhance the electrical integrity of your Audi with this genuine Instrument Cluster Wiring Plug Connector / Pigtail, OEM part number 80A920790K. Designed for a precise fit, this factory-original connector is compatible with Audi Q5 Sportback (2021-2024), Q5 PHEV (2020-2024), and Q5/SQ5 models (2018-2024). This connector plays a critical role in ensuring proper communication between your vehicle's instrument cluster and the electrical system. Ideal for resolving issues related to non-functioning gauges or warning lights, this wiring pigtail restores reliable dashboard performance and drives safety. Trust this authentic part to maintain your Audi's factory specifications and functionality. Replace your damaged instrument cluster wiring with the OEM Instrument Cluster Wiring Plug Connector / Pigtail, part number 80A920790K. This genuine connector is compatible with Audi Q5 Sportback (2021-2024), Audi Q5 PHEV (2020-2024), and Audi Q5/SQ5 models from 2018 to 2024. Essential for the correct operation of your vehicle's dashboard instruments, this wiring pigtail efficiently resolves issues like inaccurate readings and malfunctioning displays. With its authentic design, this component seamlessly integrates into your Audi, ensuring full restoration of functionality and maintaining the integrity expected from factory-original parts. Ensure your Audi’s dashboard functions correctly with this OEM Instrument Cluster Wiring Plug Connector / Pigtail, part number 80A920790K. This authentic wiring component fits various models, including the Audi Q5 Sportback (2021-2024), Q5 PHEV (2020-2024), and Q5/SQ5 (2018-2024). The connector facilitates essential communication between the instrument cluster and the vehicle’s electrical systems, correcting issues like non-responsive gauges or warning indicators. Sourced from salvage vehicles, this genuine part delivers reliable performance and maintains your Audi's original specifications, ensuring your driving experience remains unaffected by electrical deficiencies.