Ford Fiesta MK7 1.6 TDCI Drive Shaft Bracket Bearing Mount Holder 2S613K305AF

Ford Fiesta MK7 1.6 TDCI Drive Shaft Bracket Bearing Mount Holder is an original component from the Drive shafts group, designed for stable support of the drive shaft within the drivetrain system. This used OEM part ensures factory-fitment for Ford's construction, which translates into predictable drivetrain performance and the reduction of unwanted vibrations.

Specifications and technical data

• SKU: 2S613K305AF
• Mark: Ford
• Condition: Used
• OEM Part Number: 2S613K305AF
• Substitutable numbers: 2S613K305AF, 2S61 3K305 AF
• Category: Driveshafts

Purpose and function in the drivetrain

The drive shaft bracket bearing mount holder in the Ford Fiesta MK7 1.6 TDCI is responsible for stabilizing and guiding the drive shaft between the gearbox and the wheel, which has a direct impact on the overall performance of the drivetrain. A properly selected and functional bracket limits lateral play, reduces vibrations, and helps maintain the correct geometry of the drive shaft relative to the transmission.

This original Ford component has been designed to work with factory mounts and the suspension system, ensuring that installation is straightforward and requires no structural modifications.

Benefits of using an original drive shaft bracket

Using a used OEM drive shaft bracket instead of a worn or unreliable replacement allows you to maintain the performance parameters specified by the vehicle manufacturer. Key advantages include:

• Factory fitment for the Ford Fiesta MK7 1.6 TDCI drivetrain – compatibility with original mounting points.
• Stable drive shaft guidance, which promotes even torque transmission.
• Reduction of noise and vibrations originating from the drive shaft area.
• No need for adaptation or modification of associated drivetrain components.

As a result, the drivetrain system maintains predictable behavior, and the risk of premature wear on other components, such as joints or bearings, is lower than with randomly selected replacements.

Professional installation and drivetrain diagnostics

When replacing the drive shaft bracket, it is advisable to conduct a full assessment of the drive shaft, joints, and mounting elements. This helps avoid situations where a newly installed bracket works with excessively worn components, which could limit the effectiveness of the repair. Installation in a specialized workshop with experience in Ford drivetrain systems is recommended.

If your vehicle exhibits symptoms such as noticeable vibrations during acceleration, knocking in the drive shaft area, or uneven power delivery, it is worth considering a full system diagnostic, including the drive shaft bracket, before more serious damage occurs.

Why choose used OEM components for the drivetrain

For components responsible for power transmission, such as the drive shaft bracket, choosing a used OEM part often proves to be a reasonable compromise between cost and durability. Factory Ford elements are designed for specific models and engine units, which translates into predictable long-term performance.

If you want to better understand why original, used drivetrain components are often a safer choice than random replacements, check out the article: Humming differential? Find out why a used OEM drive axle is a better investment than an unreliable replacement.

Additionally, to maximize the potential of used components and ensure their long-term operation, it is worth learning practical tips regarding operation and maintenance, described in the guide: How to extend the service life of used car parts.

Expansion and service of Ford drive shaft systems

If you are planning a comprehensive repair or upgrade of the drivetrain area in your Ford and need other elements from the same group, such as drive shafts, joints, or additional brackets, check the available parts in the Ford Drive shafts category.

Selecting components from one consistent product group makes it easier to maintain a uniform quality standard throughout the drivetrain, which translates into stable vehicle performance and predictable behavior during daily use.