Pagid 355252691 Disc Brake Pad Wear Sensor - Rear

Rear Brake Pad Wear Sensor for Discovery Sport

This Pagid disc brake pad wear sensor is built for rear brake applications on the Land Rover Discovery Sport. It uses a male connector and includes an 855 mm wiring harness for a direct replacement on the listed vehicles.

Key Features

• Brand: Pagid
• Part number: 355252691
• Disc brake pad wear sensor for rear brake systems
• Male connector with wiring harness included
• Harness length: 855 mm / 33.66 in
• Engineered for reliable signal performance in demanding driving conditions
• Technical information number: P8722

Product Details

Pagid 355252691 is a rear disc brake pad wear sensor for the 2015-2017 Land Rover Discovery Sport. It is built with injection-molded construction to support durability and consistent operation in harsh brake environments. This sensor is a direct-fit style replacement for vehicles that use the specified rear brake wear monitoring setup, including the 2015 Discovery Sport with chassis/VIN FH512738 and the 2016-2017 Discovery Sport rear application. This part cross-references Dynamic Friction Company 341-11014 for the same application.

What This Sensor Helps Address

• Brake pad wear warning light staying on after pad service
• Faulty or damaged rear pad wear sensor wiring
• Intermittent brake wear signal from a worn connector or harness
• Replacement needs after rear brake pad and sensor service
• Restoring brake wear monitoring on a Land Rover Discovery Sport

Installation Notes

Installation requires qualified personnel. Confirm rear brake fitment by model year and VIN before ordering, especially for the 2015 Land Rover Discovery Sport with chassis/VIN FH512738. Inspect the connector, routing, and sensor seating during brake service to help prevent repeat warning faults. The 855 mm harness length should be matched to the original routing path on the vehicle.

Quality Assurance

Pagid brake wear sensors are engineered for precise fit and dependable performance across different brake systems and driving conditions. The molded construction is designed to support durability and stable operation in extreme environments.