Ford Fiesta Mk7 Rear Door Lock Mechanism Bracket Left N/S 8A61-A264A52-AE

Ford Fiesta Mk7 Rear Door Lock Mechanism Bracket Left N/S is a component from the Locks and latches group, designed for the rear left section of the vehicle body. It enables stable mounting of the door lock mechanism, ensuring proper operation of the locking system and predictable door behavior during daily use. This is a practical solution for users who want to restore proper door functionality after damage or wear of the original mount.

Specifications and technical data

• SKU: 8A61-A264A53-AE
• Mark: Ford
• Condition: Used
• OEM Part Number: 8A61-A264A53-AE
• Substitutable numbers: 8A61-A264A53-AE, 8A61A264A53AE, 1667752
• Location on the vehicle: Rear, Left
• Part type: Door Lock
• Category: Exterior Locks & Lock Hardware

Purpose and function of the lock mounting bracket

The presented bracket is dedicated to the rear left part of the Ford Fiesta Mk7 body and works with the factory door lock mechanism. Its task is to securely and rigidly hold the lock in the correct position relative to the door panel and pillar, which translates into:

• proper engagement of the latch with the striker,
• stable closing and opening of the door,
• reduction of play and unwanted vibrations within the lock area.

Thanks to the proper mounting, the locking system maintains its factory geometry, which is essential for both user comfort and the durability of the entire door assembly.

Technical characteristics and fitment

The bracket has been designed as a component compatible with the solutions used by Ford in the Fiesta Mk7 model, which facilitates installation in place of the factory mount without the need for modifications. The design provides appropriate mounting points and geometry adapted to the rear left side of the vehicle, thanks to which:

• compatibility with the original door lock is maintained,
• the position of the lock relative to the body remains in accordance with the manufacturer's specifications,
• the risk of leaks and door closing problems is reduced.

Such fitment is particularly important during post-accident repairs or after replacing the door panel, where the precision of component alignment has a direct impact on the final result.

Condition of the component and service application

The offered bracket comes from the group of used parts, which allows for economical repair while maintaining compliance with the factory design. This type of component is often chosen in situations where:

• the original mount has suffered mechanical damage (cracks, breakage),
• after bodywork repairs, it is necessary to restore the correct position of the lock,
• problems with closing or locking the rear left door occur.

Using the original lock mounting bracket allows for reducing door adjustment time and avoiding makeshift solutions that could reduce the durability of the repair.

Benefits of using a dedicated bracket

Replacing a damaged mount with the correct bracket for the Ford Fiesta Mk7 brings a number of practical benefits:

• restoration of proper operation of the lock and handle in the rear left part of the vehicle,
• increased comfort of door use thanks to stable closing,
• reduction of the risk of further damage to the lock mechanism resulting from improper support.

For workshops and individual users, this means more efficient repair and a more predictable final result, without the need for additional modifications.

Related components from the Ford Locks and latches group

If you are planning a comprehensive repair or upgrade of the door area in your Ford and need other elements from the same group, such as locking mechanisms, strikers, or guides, check the available parts in the Ford Locks and latches category.

Additionally, if you want to deepen your knowledge on selecting used OEM components by identification numbers and the principles of proper handling of original subassemblies, it is worth reading the article about the Audi five-cylinder engine and selecting original parts by VIN/OEM, which discusses a practical approach to selecting parts based on technical data.