Skoda Octavia II 1Z Window Tailgate Rear Wiper Motor Drive Unit 1Z5955711D

The Skoda Octavia II tailgate wiper motor is a precision drive designed for demanding operating conditions. As a component from the Wiper Motors and Linkages group, it is responsible for the stable, uniform movement of the wiper arm on the rear window, which directly impacts visibility and driving safety. A used OEM component offers a solution that combines functionality with cost-effective servicing.

Specifications and technical data

• SKU: 1Z5955711D
• Mark: Skoda
• Condition: Used
• OEM Part Number: 1Z5955711D
• Substitutable numbers: 1Z5955711D, 1Z5 955 711 D
• Location on the vehicle: Rear
• Category: Wiper Linkages, Transmissions & Motors

Application and Function in the Vehicle

The presented drive operates in the tailgate area, responsible for the wiper's movement on the boot lid glass. A correctly functioning motor ensures:

• a consistent, smooth wiper operation cycle in continuous and intermittent modes,
• stable positioning of the arm in the rest position,
• effective removal of water, mud, and debris from the rear window.

Thanks to its proper fit for the Skoda Octavia II's design, the drive integrates with the factory electrical system and drivetrain mechanism, facilitating installation and subsequent operation.

Construction and Technical Characteristics

The rear wiper motor is an integrated drive unit with a gearbox, adapted for operation in the rear position. The construction is designed for:

• resistance to variable loads resulting from wiper arm operation,
• stable performance across a wide temperature range,
• protection against overload caused by resistance on the glass.

As an original Skoda part, the drive is optimized for mounting geometry, output shaft length, and compatibility with the factory control system, minimizing the risk of compatibility issues.

Benefits of Using an Original Rear Wiper Motor

Using a dedicated rear wiper drive in the Skoda Octavia II translates into tangible user benefits:

• Safety and Visibility – a functional drive ensures a clear rear window, improving control during reversing maneuvers and driving in adverse weather conditions.
• Compatibility with Vehicle's Electrical System – the original design works with the factory switch, relays, and body electronics without requiring modifications.
• Stable Mechanism Operation – appropriately selected torque and gearbox ratio reduce vibrations and uneven arm movement.
• Cost-Effective Repair – choosing a used OEM part allows for reduced service costs while maintaining near-factory performance.

Selection by Part Numbers and Purchasing a Used Component

When replacing the rear wiper motor, matching the OEM part number and any interchangeable numbers is crucial to minimize the risk of installation incompatibility. If in doubt, it is advisable to use the VIN or consult a mechanic to confirm compatibility with a specific equipment version.

If you want to better understand how to safely and consciously choose used drive components, part number selection procedures, and the real cost differences between new and used parts, the expert guide Why Buying Used Gearboxes and Engines is Worthwhile – Facts Instead of Myths will be helpful, discussing practical aspects of purchasing parts from the secondary market.

Additionally, to streamline the purchasing process and learn best practices for ordering used car parts online, you can refer to the advice in the article Safe Online Purchase of Used Car Parts – A Step-by-Step Guide, which covers topics such as OEM part selection and collaboration with workshops.

Expanding Rear Wiper Service in a Skoda

If you are planning a comprehensive repair or upgrade of the rear window area in your Skoda and need other parts from the same group, such as additional drives, linkages, or mechanisms that work with the wipers, check the available parts in the Skoda Wiper Motors and Linkages category.

This approach allows for the inspection of the entire rear wiper system in a single service session, reducing vehicle downtime and simplifying future maintenance planning.