Ford Focus MK3 C-Max Windscreen Wiper Washer Stalk Switch AV6T-17A553-AC

Ford Focus MK3 C-Max Windscreen Wiper Washer Stalk Switch is a component from the Switches, control elements and ignition locks category, designed for precise control of steering column functions in Ford vehicles. This is an OEM solution that allows you to maintain factory ergonomics, visual consistency of the cockpit, and proper compatibility with the vehicle's electrical system.

Specifications and technical data

• SKU: AV6T-17A553-AC
• Mark: Ford
• Condition: Used
• OEM Part Number: AV6T-17A553-AC
• Substitutable numbers: AV6T-17A553-AC, AV6T17A553AC
• Part type: Switch Assembly
• Category: Switches & Controls

Purpose and function in the vehicle

Ford Focus MK3 C-Max Windscreen Wiper Washer Stalk Switch belongs to the control system located at the steering column and is responsible for operating selected vehicle functions via the stalks. Using an original solution from this group ensures:

• maintaining the correct operating logic of the switches,
• proper cooperation with the electrical installation and body modules,
• consistency with the factory Ford control system. Thanks to this component, the driver receives a convenient, predictable way of operating functions assigned to the combination switch, consistent with the manufacturer's design.

Construction and fitment for Ford Focus MK3 and C-Max

The switch belongs to the Switches, control elements and ignition locks category, which means it has been designed to work in the immediate vicinity of the steering column and ignition lock. The construction is prepared for factory mountings in Ford Focus MK3 and C-Max models, which facilitates installation and reduces the need for electrical modifications. The appropriate shaping of the housing and connectors allows for stable seating at the steering column, as well as correct routing of electrical harnesses. This ensures ergonomic operation and clear access to the switch functions from the driver's seat.

Condition, origin and benefits of using OEM parts

The offered item comes from a Ford vehicle and is classified as a used OEM component. In practice, this means maintaining the original geometry, compatibility with factory modules, and consistency with other cockpit elements. Choosing such a solution is beneficial wherever you want to:

• maintain the factory character of the interior,
• ensure reliable cooperation with the existing electrical installation,
• reduce the risk of problems with aftermarket replacements. A used OEM combination switch is a reasonable choice for maintenance repairs when functionality, compliance with the manufacturer's design, and service cost control are the priorities.

Support with selection and integration with other control elements

When selecting a combination switch, it is crucial to match it to the specific equipment version and vehicle model year. In case of doubt, it is worth verifying the car's configuration and comparing the solution used with the currently installed component. This helps avoid problems with the compatibility of control functions. If you are planning a comprehensive repair or upgrade of the steering column control area in your Ford and need other elements from the same group, such as stalks, control modules, or ignition lock housings, check the available parts in the Ford switches, control elements and ignition locks category.

Additional materials and technical knowledge

During service work, it is often considered to simultaneously handle the braking system, especially when the vehicle is heavily used. In such a situation, a guide describing the selection of used brake components – discs, calipers, or ABS systems – may be helpful. You can find a detailed checklist and practical tips in the article Second-hand braking system: how to safely choose discs, calipers, and ABS?. Combining reliable technical knowledge with the use of original control elements, such as the combination switch for Ford Focus MK3 and C-Max, allows you to keep the vehicle in good working condition and ensure predictable behavior of all systems during daily use.