Audi Q3 RSQ3 F3 Virtual Instrument Cluster Clocks Automatic Diesel 83A920700A

The Audi Q3 / RS Q3 F3 Instrument Cluster Set – Virtual Instrument Cluster is a modern, digital panel designed for diesel engine and automatic transmission versions. This item from the Instrument Clusters category provides clear presentation of driving parameters and seamless integration with the vehicle's electronics, maintaining the original Audi interior character.

Specifications and technical data

• SKU: 83A920700A
• Mark: Audi
• Condition: Used
• OEM Part Number: 83A920700A
• Substitutable numbers: 83A920700A, 83A 920 700 A, A3C0780690001, 83A920700D, 83A 920 700 D
• Fuel type: Diesel
• Gearbox type: Automatic
• Part type: Instrument Cluster
• Category: Instrument Clusters

Intended Use and Compatibility

The Audi Q3 RSQ3 F3 Virtual Instrument Cluster Clocks Automatic Diesel has been designed for the second generation Audi Q3 / RS Q3 (F3 platform) equipped with a diesel engine and an automatic transmission. The virtual instrument cluster works with the vehicle's factory systems, such as engine controllers, comfort modules, and safety systems, preserving the integrity of the vehicle's electrical and logical installation.

The digital instrument panel is intended for installation in place of the original panel, using the factory mounting points and connectors. This allows for the restoration of the vehicle's original configuration after repair or replacement of a damaged cluster.

Virtual Instrument Cluster Functionality

The virtual instrument cluster in the Audi Q3 / RS Q3 F3 provides a clear display of key operating parameters for the diesel engine and automatic transmission. The system displays, among other things, driving speed, engine RPM, trip computer indications, and information from driver assistance systems, according to the vehicle's configuration.

The digital design allows for dynamic changes in the graphical layout, adapted to the selected driving mode or driver settings. Integration with the car's electronics enables consistent display of warning messages, assistance system status, and service information, facilitating diagnostics and daily operation.

Technical Characteristics and Vehicle Integration

As an original Audi component, the virtual instrument cluster is prepared to work with the vehicle's data bus and factory controllers. Proper configuration ensures correct recognition of the diesel engine, automatic transmission, and additional equipment, leading to stable system operation.

The panel is designed for installation in the dashboard of the Audi Q3 / RS Q3 F3, ensuring proper fit with interior trim elements. This maintains the aesthetic appearance of the cockpit and operational ergonomics after replacement, providing the driver with full access to vehicle information in one central location.

Condition, Application, and Benefits of Installation

The offered virtual instrument cluster is a used part, making it an attractive solution for accident repairs, replacement of a damaged panel, or restoring the car to its factory configuration. Choosing an original cluster from the same model family helps reduce the risk of compatibility issues and simplifies the coding and adaptation process in the vehicle.

By installing this panel, you gain:

• a cohesive cockpit appearance consistent with the original Audi design,
• proper operation with the diesel engine and automatic transmission,
• clear, digital display of driving parameters and system messages,
• the ability to restore full functionality after replacing a damaged instrument cluster.

Related Products and Additional Information

If you are looking for other Audi Instrument Clusters for different models of this brand, check out the Audi instrument clusters available in our store to select a panel tailored to a specific generation and engine version.

To broaden your knowledge about the operation of modern diesel engines and the impact of their components on performance and refinement, it is worth reading the technical article on the refreshment of the OM642 3.0 V6 CDI engine through injector and turbocharger regeneration, which illustrates the importance of proper cooperation between electronics and mechanics in modern powertrain systems.