Ford Focus Mk3 Indicator Wiper Stalk BV6T-13N064-AJ

The Ford Focus Mk3 Indicator Wiper Stalk is an original combination switch for indicators and wipers, sourced from the factory equipment of the Ford brand. This component belongs to the Switches, Control Elements, and Ignition Switches group and is designed for direct integration with the steering column and electrical system in the Ford Focus Mk3. A used OEM part is a sensible choice for professional repair of the lighting and wiper control system.

Specifications and technical data

• SKU: BV6T-13N064-AJ
• Mark: Ford
• Condition: Used
• OEM Part Number: BV6T-13N064-AJ
• Substitutable numbers: BV6T-13N064-AJ, BV6T13N064AJ, 1900224, F1ET17A553BA, F1ET-17A553-BA
• Part type: Switch Assembly
• Category: Switches & Controls

Vehicle Application and Function

The Ford Focus Mk3 Indicator Wiper Stalk combination switch is responsible for precise control of the indicators and wiper operation from the steering column. Using an original component from the Switches, Control Elements, and Ignition Switches group ensures proper compatibility with factory comfort modules and the electrical system, without the need for wiring modifications or additional adapters.

A correctly selected combination switch contributes to:

• seamless operation of indicators and wipers from a single, ergonomic location,
• consistent performance with the vehicle's factory settings,
• maintaining the original functionality of the control system when replacing a damaged part.

Construction and OEM Fitment

As a part of the Ford OEM family, this combination switch has been designed for full compatibility with the steering column of the third-generation Focus. This means proper mounting, appropriate electrical connectors, and adherence to the switch's original operating logic. Consequently, installation is predictable, and the risk of fitment issues is minimized.

The component has an assigned OEM part number and associated interchangeable numbers, which facilitates verification of compatibility with a specific vehicle equipment version. In practice, this allows for selecting the correct switch for a given car by referring to the manufacturer's catalog data.

Condition, Origin, and Benefits of Choosing Used OEM

The switch is offered as a used original part, providing a favorable balance between quality and repair cost. Unlike inexpensive aftermarket alternatives, an OEM part retains its factory operating parameters and proper fit with other steering column components. For workshops and individual users, this translates to greater operational predictability after installation.

Choosing a used combination switch is particularly cost-effective for maintenance repairs where preserving the vehicle's original functionality while optimizing service costs is a priority.

How to Select the Correct Switch for Ford Focus Mk3

To correctly select the Ford Focus Mk3 Indicator Wiper Stalk for a specific car, pay attention to:

• the conformity of the OEM part number with the vehicle's documentation,
• the presence of relevant interchangeable numbers in catalogs,
• the type of steering column used and the equipment configuration.

When selecting used control elements, expert guidance on manufacturer designation compatibility is particularly helpful – practical tips can be found in the article how to professionally select used car parts and avoid incorrect purchases.

Related Ford Control Elements

If you are planning a comprehensive repair or upgrade of the control area around the steering column in your Ford and require other parts from the same group, such as additional combination switches, control elements, or ignition switch components, check the available parts in the Ford Switches, Control Elements, and Ignition Switches category.

When planning more extensive service work, it is also worth considering a strategy for selecting used premium components – more on this topic can be found in the guide used parts for Mercedes – original dismantled components as a way to reduce service costs, the principles of which can be successfully applied to vehicles of other brands, including Ford.