BMW 1 3 Series E60 E63 E81 E87 E90 E91 Accelerator Speed Sensor Module 6762769

BMW E60 E63 E87 E90 EPS Rotational Speed Sensor is a specialized component from the pedals, pedal covers, and footrests group, designed for precise rotational speed measurement in selected BMW models. A correctly selected sensor ensures stable operation of control systems and helps maintain the characteristic BMW driving dynamics.

Specifications and technical data

• SKU: 6762769-1
• Mark: BMW (Genuine OE)
• Condition: Used
• OEM Part Number: 34526762769
• Substitutable numbers: 6762769, 34526762769
• Category: Pedal Assemblies, Pads & Parts

Purpose and Role of the EPS Rotational Speed Sensor

The EPS rotational speed sensor cooperates with the vehicle's control systems, transmitting rotational speed signals to the appropriate modules. In BMW E60, E63, E87, and E90 series models, it is important for:

• proper operation of power steering and stability control systems,
• precise control of the vehicle's response to pedal inputs,
• maintaining consistent driving characteristics in line with manufacturer specifications.

A properly functioning sensor helps reduce interference in electronic systems, leading to predictable vehicle behavior in various road conditions.

Benefits of Using an Original BMW Part

Choosing a sensor from the BMW OE line primarily means factory fit for a specific platform. This ensures compatibility with control unit operating parameters and minimizes the risk of communication errors within the vehicle network.

• maintaining the original operating characteristics of assistance systems,
• consistency with factory control maps,
• easier diagnostics in case of potential faults.

A component from this group is designed for long-term cooperation with other system components, contributing to the vehicle's operational stability.

Category: BMW Pedals, Pedal Covers, and Footrests

The sensor belongs to the pedals, pedal covers, and footrests category, a group of components responsible for transmitting and interpreting signals from the driver. The correct selection of components from this category affects:

• the precision of the vehicle's response to pedal application,
• the consistent operation of assistance and stability systems,
• comfort and predictability of the car's behavior in everyday driving.

If you need other elements from the pedals, pedal covers, and footrests category dedicated to this brand, check the available BMW pedals, pedal covers, and footrests to select components that are structurally compatible with your model.

Used Condition and Installation Aspects

The offered sensor is in used condition, allowing for an economical restoration of system functionality while maintaining the original manufacturer's specifications. In practice, this means it can be fitted to factory connectors and mountings without the need for installation modifications.

Before installation, standard verification of the vehicle's electrical system and checking the correct seating of the connector are recommended to ensure stable signal reading and avoid interference in control systems.

Why Choose Original Components

Using original parts in key control systems is important not only for durability but also for preserving the driving character of a specific brand. Similar to other premium manufacturers like Audi, correctly selected original components help maintain the cohesive operation of electronics and mechanics. If you are interested in the broader context of using used parts in premium cars, see the article Audi and Pure Emotion – How Used Parts Help Maintain the Brand's DNA, which discusses the importance of original components in preserving the car's factory character.

Summary

The BMW E60 E63 E87 E90 EPS Rotational Speed Sensor is a functional element from the pedals, pedal covers, and footrests group, designed to work with factory BMW control systems. Choosing this component allows for maintaining predictable vehicle behavior, ensuring compliance with manufacturer specifications, and controllably restoring the car's original driving characteristics.