Ford Kuga Mk2 Instrument Cluster Speedometer Clocks Diesel Manual DV4T-10849-MLA

Visual condition of the part

The product shows signs of use visible in the photos. Ford Kuga Mk2 Instrument Cluster Speedometer Clocks is a precise, factory-original instrument panel designed for Diesel versions with a manual transmission. Engineered as an OEM component, it ensures a consistent cockpit appearance, clear readings, and seamless integration with the vehicle's electronics, which is crucial for professional repairs or cluster replacements.

Specifications and technical data

• SKU: RHD-DV4T-10849-MLA
• Mark: Ford
• Condition: Used
• OEM Part Number: DV4T-10849-MLA
• Substitutable numbers: DV4T-10849-MLA, DV4T10849MLA
• Fuel type: Diesel
• Gearbox type: Manual
• Part type: Instrument Cluster
• Category: Instrument Clusters

Purpose and compatibility

The presented instrument cluster is dedicated to the second-generation Ford Kuga (Mk2) model with a diesel engine and a manual gearbox. The design of the cluster is tailored to the characteristics of the diesel engine, ensuring that the tachometer scale, gauges, and warning lights correspond to the parameters of this powertrain version. The panel has been developed for integration with the factory electrical installation and Ford's onboard systems, facilitating a perfect fit during professional repairs or when replacing a faulty instrument cluster with a pre-owned unit.

Construction and function of the instrument cluster

The instrument cluster serves as the driver's central information hub, combining a speedometer, tachometer, and other gauges and warning lights required in a modern vehicle into a single housing. The layout of the dials and backlighting is optimized for readability, ensuring that information is easily accessible both day and night. The cluster's electronics communicate with the vehicle's network, sending and receiving data from control modules, which allows for the correct display of engine operating parameters, safety system status, and other vehicle functions. This provides the driver with a consistent and reliable overview of the vehicle's status while driving.

Benefits of using an original instrument cluster

• Factory fit for the Ford Kuga Mk2 dashboard, with no need for mounting modifications.
• Seamless communication with vehicle electronics, reducing the risk of errors and incorrect readings.
• Uniform interior appearance – maintaining the original Ford cockpit styling.
• Can be used as a replacement part for repairing a cluster after failure or mechanical damage. For workshops and service centers specializing in the Ford brand, this instrument cluster is a practical solution that allows for the restoration of full dashboard functionality without interfering with the dashboard structure.

Characteristics of the pre-owned component

As a pre-owned part, the instrument cluster has been removed from a vehicle and is intended for reinstallation in a vehicle with a similar powertrain configuration. This type of part allows for an economical repair of the instrument system while maintaining factory specifications and compatibility with Ford systems. Before installation, standard workshop procedures are recommended, including verifying compatibility with the specific vehicle equipment version and – if necessary – performing the appropriate electronic configuration in accordance with service practices for the Ford Kuga Mk2.

Ford instrument clusters – expansion and service

If you are planning a comprehensive repair or upgrade of the cockpit area in your Ford and need other components from the same group, such as additional instrument panels, alternative cluster versions, or compatible display modules, check out the available parts in the Ford instrument clusters category. For users interested in deepening their knowledge about selecting and installing pre-owned parts, including components related to electronics and the powertrain, the Global Parts guide on BMW turbocharged units may be helpful – you can find it in the article BMW B58 code – a checklist before buying a turbocharger and intercooler, which shows step-by-step how to approach verifying part compatibility using a popular engine as an example.