BMW E92 M3 Front Seat Belt Feeder Handover Arm Motor Left N/S 7334635

BMW E92 M3 Seat Belt Feeder Mechanism is a specialized component from the Seat Belts and Parts category, designed for the front left side of the body. Designed as an original BMW component, it ensures proper cooperation with the safety system and correct belt feeding to the driver.

Specifications and technical data

• SKU: 7334635
• Mark: BMW (Genuine OE)
• Condition: Used
• OEM Part Number: 7334635
• Substitutable numbers: 7334635, 72117334635, 9165379, 72119165379
• Location on the vehicle: Front, Left
• Category: Seat Belts & Parts

Purpose and Function of the Belt Feeder Mechanism

The belt feeder mechanism in the BMW E92 M3 model is responsible for the automatic feeding of the seat belt to the user after opening the door and taking a seat. A properly functioning component significantly improves the ergonomics of using the belt, especially in coupe bodies where the mounting points are located further behind the seat.

The vehicle placement specified as front – left side means that the mechanism cooperates with the driver's seat belt, integrating with the factory belt guidance and tensioning system in this location.

Construction and Fit for BMW E92 M3

The offered belt feeder has been designed with the specific construction of the door and B-pillar in the BMW E92 M3 in mind. Thanks to this, it ensures:

• precise fit to factory mounting points in the door and body,
• correct geometry for guiding the seat belt relative to the driver's seat,
• compatibility with the original BMW safety system in this model.

As a component from the Seat Belts and Parts category, the mechanism cooperates with the factory belt, requiring no modification to the body structure or mounting installations.

Condition, Origin, and Benefits of Choosing a Used Part

The BMW E92 M3 seat belt feeder is offered as a used part, allowing for economical repair of the safety system while maintaining the original manufacturer's specifications. Choosing this solution offers:

• lower cost compared to a new part while maintaining factory construction,
• preservation of the original operating characteristics of the belt feeder mechanism,
• the possibility of restoring full functionality of the safety system after a failure or damage to the door component.

If you want to better understand how to wisely choose parts from the secondary market, the guide Used Parts – A Guide to the Best Offers in an Automotive Store will be helpful, discussing practical criteria for selecting and using such components.

Safety and User Comfort

A functional seat belt feeder mechanism directly impacts the convenience of fastening the belt and whether the user will use it correctly. In the BMW E92 M3, where the doors are long and the belt mounting point is far behind the driver's back, a properly functioning feeder:

• makes it easier to reach for the belt without excessive torso leaning,
• stabilizes the belt webbing position relative to the seat,
• reduces the risk of belt twisting and improper routing during daily use.

This allows the driver to fasten the belt more quickly and comfortably, promoting regular use of the passive safety system.

Selection and Other BMW Seat Belts and Parts

When replacing the seat belt feeder mechanism, it is worth paying attention to compatibility with the specific body version and the mounting side on the vehicle. A correctly selected component allows for trouble-free installation and maintains the full functionality of the safety system in the BMW E92 M3.

If you are also looking for other BMW seat belts and parts for your car, check out the dedicated category: BMW Seat Belts and Parts, where you will find a wide selection of compatible components for various models of this brand.

For drivers interested in a broader approach to car modernization and servicing, including selecting used parts in the context of suspension work and overall driving characteristics, we recommend the article Stock vs. Sport Suspension – Construction Differences and Is It Worth Buying Used Suspension Parts?, which helps to better understand the impact of individual components on vehicle behavior.