Jaguar XF X260 Wiper Motor Linkage Assembly Wiper Mechanism Mount T2H23528

Jaguar XF X260 Wiper Motor Linkage Assembly Wiper Mechanism Mount is a complete, used wiper mechanism mount designed for the windshield system in the Jaguar XF X260 model. This component belongs to the Wiper Motors and Linkages group and serves as the mounting base for the motor and linkages, ensuring the stable operation of the entire wiper system. It is a practical solution for users looking for a factory fit without the need for aftermarket parts of uncertain quality.

Specifications and technical data

• SKU: RHD-T2H23528
• Mark: Jaguar
• Condition: Used
• OEM Part Number: T2H23528
• Substitutable numbers: T2H23528, GX7317500BC, GX73-17500-BC
• Part type: Wiper Motor
• Category: Wiper Linkages, Transmissions & Motors

Purpose and function in the wiper system

The described component is responsible for the stable mounting of the wiper mechanism to the body and the correct guidance of the linkage movement. In practice, this means proper transmission of torque from the motor to the wiper arms, which translates into even windshield cleaning and improved visibility in rain, snow, or when driving in difficult conditions. As a part from the Wiper Motors and Linkages group, the mount works with the motor, linkages, and arms, creating a cohesive system responsible for driving safety and comfort. Using an original solution dedicated to the Jaguar XF X260 allows you to maintain the factory wiper geometry and reduce the risk of vibrations or excessive play.

Benefits of using an original mount

Choosing an original wiper mechanism mount for a Jaguar offers a number of practical advantages:

• Factory fit to the body structure and wiper system of the XF X260 model.
• Appropriate rigidity and geometry, promoting smooth linkage operation and even pressure of the blades against the windshield.
• Ability to use existing mounting points without structural modifications.
• Consistency with other system components, which facilitates diagnostics and potential future repairs. Thanks to this solution, you can systematically restore the efficiency of the wiper system after mechanical damage, corrosion, or operational wear, while maintaining parameters close to factory specifications.

Using a pre-owned component in repairs

A used wiper mechanism mount is a reasonable alternative to new parts, especially for maintenance repairs in vehicles that are a few years old. It allows for cost reduction while maintaining the original design and compatibility with factory equipment. In many cases, this specific component eliminates play, incorrect wiper arm travel, or excessive noise during wiper operation. If you want to better plan your repair and understand when used components are a good choice, it is worth checking out a guide on the operation and selection of parts. Practical tips can be found in the article on car repairs using used auto parts, where the scope of work on the wiper system is discussed, among other things.

Integration with the Jaguar XF X260 wiper system

The wiper mechanism mount in the Jaguar XF X260 works with the motor, transmission, and linkages, creating a complete system responsible for cleaning the windshield. A correctly selected mounting component:

• ensures the correct position of the wiper axes relative to the windshield,
• minimizes the loads transferred to the motor and linkages,
• reduces the risk of seizing, jamming, and uneven arm operation. This is particularly important in premium class cars, where quiet, predictable wiper operation and stable performance across the full speed range are expected.

Expanding the scope of work within the wiper system

If you are planning a comprehensive repair or upgrade of the windshield area in your Jaguar and need other elements from the same group, such as wiper motors, linkages, or complete mechanisms, check the available parts in the Jaguar Wiper Motors and Linkages category. Such an approach allows you to organize the entire system in one service stage, reduce the number of cowl panel removals, and optimize labor costs, which is particularly beneficial for vehicles used intensively or operated in difficult weather conditions.