Akebono EUR1425 Disc Brake Pad Set - Front

Akebono EUR1425 Front Brake Pads for Range Rover

The Akebono Euro Ultra Premium Ceramic Pad EUR1425 is a front disc brake pad set for 2010-2012 Land Rover Range Rover applications. It is built around Akebono’s ceramic brake technology and focuses on controlled friction behavior, low noise, and reduced vibration for everyday road use.

For shoppers searching for front brake pads for 2010-2012 Land Rover Range Rover, EUR1425 provides a direct-fit option for the front axle. This part also cross-references Bosch BE1479H for the same application.

Key Features

• Akebono Euro Ultra Premium Ceramic Pad line for refined braking performance
• Front disc brake pad set for 2010-2012 Land Rover Range Rover
• Engineered with attention to noise, vibration, and harshness control
• Backed by Akebono’s OE brake technology background
• Part number EUR1425 for easy catalog matching

Product Details

Akebono Brake Corporation is known for ceramic brake material development and OE-level brake supply across a wide range of vehicles. The Euro Ultra Premium Ceramic Pad line is positioned for drivers who want consistent pedal feel and quieter operation in a premium European-vehicle brake application. For Range Rover front brake pad replacement, EUR1425 is the cataloged part number to verify against your vehicle’s build and brake system.

Common Brake Issues This Part Can Address

• Squealing or brake noise during stops
• Brake vibration or harshness at the pedal
• Worn front pads causing reduced stopping performance
• Uneven brake feel from aged friction material
• Need for a direct replacement front pad set on a 2010-2012 Land Rover Range Rover

Installation Notes

Confirm front axle fitment by matching the vehicle year, make, model, and part number EUR1425 before installation. Inspect rotors, caliper condition, and wear sensor connections during brake service, and follow the vehicle manufacturer’s service procedure for pad replacement and bedding.

Quality Assurance

Akebono develops advanced brake and friction materials with technical centers in Japan, the United States, and France, supporting consistent product engineering for OE-style brake service.