Ford Focus Mk3 Fiesta Mk7 Fusion Mk1 Driveshaft Bracket Mount 6S61-3K305-AA

Ford Focus Mk3 Fiesta Mk7 Fusion Mk1 Driveshaft Bracket Mount is an original drivetrain component from Ford, designed to provide stable support for the driveshaft and relieve stress on the transmission. The precise mounting geometry ensures proper alignment of the drive shaft, which translates into smoother operation of the drivetrain and reduced vibrations while driving.

Specifications and technical data

• SKU: 1441178
• Mark: Ford
• Condition: Used
• OEM Part Number: 1441178
• Substitutable numbers: 6S61-3K305-AA, 6S613K305AA, 1441178
• Part type: Engine Mount
• Category: Engine Mounts

Application and function in the drivetrain

The driveshaft bracket mount in Focus Mk3, Fiesta Mk7, and Fusion Mk1 models is responsible for stably maintaining the driveshaft in its operating axis, between the gearbox and the wheel hub. A properly selected component:

• reduces the load on the gearbox bearings,
• limits unwanted driveshaft movement during acceleration and engine braking,
• helps reduce vibrations transmitted to the chassis,
• supports even torque transmission to the wheels. Thanks to its proper rigidity and fitment to factory mounting points, this bracket works in conjunction with components from the Engine Mounts group, stabilizing the powertrain under typical urban and extra-urban operating conditions.

Compatibility and fitment for Ford models

The offered bracket has been designed specifically for popular Ford models, such as the third-generation Focus, seventh-generation Fiesta, and first-generation Fusion. The design is based on the manufacturer's factory specifications, which means:

• retention of original mounting points to the chassis and powertrain,
• correct guidance of the driveshaft in the position intended by the manufacturer,
• no need for modifications or adaptations when installing in the appropriate model. As a result, this component can be used as a replacement for the factory-installed bracket in the event of wear, mechanical damage, or during comprehensive drivetrain maintenance.

Characteristics of the used component

The driveshaft bracket mount comes from dismantling, which allows for a cost-effective purchase while maintaining the original manufacturer's specifications. A used component of this type is particularly attractive for vehicles used daily, where the following are important:

• factory fitment for a specific Ford model,
• retention of the mounting rigidity intended by the manufacturer,
• the possibility of economical drivetrain repair without sacrificing OEM parts. Choosing an original bracket from professional dismantling allows you to maintain the structural integrity of the powertrain and avoid issues with driveshaft geometry that can occur with randomly selected aftermarket replacements.

Benefits of replacing the driveshaft bracket mount

A functional driveshaft bracket has a direct impact on driving comfort and safety. Replacing a worn component with a properly selected bracket can bring noticeable effects:

• more stable vehicle behavior during acceleration and load changes,
• reduction of knocking and play in the area of the driveshaft and gearbox,
• reduced risk of premature wear of joints and bearings,
• better cooperation with other powertrain mounting components. For users planning long-term operation of their Ford, investing in a properly selected driveshaft bracket is a sensible way to maintain stable drivetrain performance. If you are planning a comprehensive repair or upgrade of the engine and drivetrain area in your Ford and need other components from the same group, such as additional mounts, brackets, or powertrain stabilizing elements, check out the available parts in the Ford Engine Mounts category.

Technical support and knowledge on drivetrain regeneration

When planning a drivetrain repair, it is worth taking a broader look at the condition of the entire assembly – from engine mounts and driveshafts to components responsible for the refinement of the power unit. It may be helpful to read materials describing how to restore efficiency to high-stress diesel units, where proper torque transmission and vibration reduction play a key role. An example of such an approach is the article The second life of the Mercedes OM642 engine – how injectors and a turbocharger restore power to the 3.0 V6 CDI, which shows how a comprehensive approach to repair affects the durability of the entire drivetrain.