Beck Arnley 084-1592 Disc Brake Pad Wear Sensor - Rear

Rear Brake Pad Wear Sensor for Land Rover

Beck Arnley 084-1592 is a rear disc brake pad wear sensor built for foreign nameplate OE specifications for form, fit, and function. It is a direct-fit replacement for select Land Rover LR3, LR4, and Range Rover Sport applications, helping restore accurate brake wear monitoring.

Key Features

• Rear disc brake pad wear sensor for monitored brake systems
• OE-style fit and function for select Land Rover applications
• Built to match foreign nameplate specifications
• Beck Arnley 084-1592 for service and replacement use
• Fits 2005-2009 Land Rover LR3, rear
• Fits 2006-2013 Land Rover Range Rover Sport, rear
• Fits 2010-2016 Land Rover LR4, rear

Detailed Description

This Beck Arnley brake wear sensor is engineered for rear axle applications on Land Rover LR3, Range Rover Sport, and LR4 models. Beck Arnley sources parts through global partners to match the original equipment specifications needed for proper form, fit, and function. If you are replacing a worn or damaged rear brake pad wear sensor, part number 084-1592 provides a direct replacement path for the listed vehicles.

This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

What It Helps Address

• Brake wear warning light staying on after pad service
• Inaccurate pad wear monitoring at the rear axle
• Damaged or broken sensor wiring
• Sensor failure from brake service or road debris
• Loss of brake pad wear signal on Land Rover LR3, LR4, or Range Rover Sport

Installation Notes and Tips

Verify rear position and vehicle fitment before installation. Inspect the sensor routing, connectors, and brake pad contact points for damage before replacing the part. Confirm the brake system is fully serviced and the sensor is seated correctly after installation. Use the vehicle’s exact year and model match for Beck Arnley 084-1592.

Quality Assurance

Beck Arnley parts are sourced to meet OE specifications for foreign nameplate vehicles, with attention to the original form, fit, and function expected for service replacement.