Range Rover L405 Acceleration Accelerator Throttle Speed Sensor 8W833C190AB

Description

Range Rover L405 Acceleration Sensor 8W833C190AB is a specialized component from the ABS speed sensor category, designed for precise monitoring of acceleration and trajectory stabilization in Land Rover vehicles. This is a solution for users who want to maintain the factory characteristics of the running gear and consistency with the vehicle’s original electronics.

Specifications and technical data

• SKU: LR012896
• Mark: Land Rover
• Condition: Used
• OEM Part Number: LR012896
• Substitutable numbers: 8W833C190AB, 8W83-3C190-AB, LR012896
• Category: ABS Speed Sensors

Purpose and Role in the Vehicle

The offered acceleration sensor works with the ABS system and associated traction control and stability systems. Its task is to accurately measure acceleration and changes in body dynamics, allowing the controllers to appropriately dose braking force and correct vehicle behavior in emergency situations.

Using a dedicated sensor in a vehicle like the Range Rover L405 ensures:

• consistency with the factory electronic architecture and controller software,
• stable operation of the ABS system and driver assistance systems,
• maintaining predictable vehicle behavior during braking and maneuvers.

Technical Characteristics and Compatibility

The sensor belongs to the category of ABS speed sensors, but its function also includes acceleration analysis, making it a crucial element of the entire active safety system. Using an original Land Rover solution allows for:

• correct communication with the vehicle bus and running gear system controllers,
• appropriate sensitivity and measurement range matched to the mass and characteristics of the Range Rover L405,
• compatibility with the mounting points and wiring harness intended by the manufacturer.

The presence of interchangeable numbers in the technical specification facilitates part selection for a specific vehicle configuration and verification of compatibility with existing equipment.

Benefits of Using an Original Land Rover Sensor

Choosing an acceleration sensor from this offer is a solution for users who prioritize original Land Rover components and want to avoid problems typical of low-quality aftermarket parts. Key advantages include:

• maintaining factory operating parameters of the ABS system and stability control systems,
• reduced risk of diagnostic errors resulting from incorrect sensor readings,
• better measurement repeatability compared to random aftermarket replacements.

This type of component directly impacts driving safety, making the use of the correct sensor important from both a functional and service perspective.

Condition, Origin, and Practical Application

The presented sensor comes from the used parts offer, allowing for economical restoration of ABS system functionality while maintaining the original manufacturer’s specifications. This is a particularly beneficial solution for intensively used vehicles where replacement of electronic components is a natural stage of servicing.

Before installation, the standard workshop procedure is recommended, including:

• verification of the wiring harness and connectors for corrosion and mechanical damage,
• checking the correct seating of the sensor in its designated mounting point,
• checking for ABS controller errors and clearing stored codes if necessary after replacement.

Part Selection and Additional Technical Information

To correctly select the sensor for a specific Range Rover L405 model, it is advisable to use the data from the technical specification list, such as the OEM part number, interchangeable numbers, or manufacturer designations. This helps avoid ordering mistakes and ensures full compatibility with the vehicle’s factory configuration.

If you are planning a broader range of work on the drivetrain or systems related to the ABS, our guide on used drivetrain and electronics components may be useful. More practical tips can be found in the article: check how to safely buy used sensors and drivetrain components.