The Protex Ultra 4WD Front Brake Pads - DB1365F are engineered to withstand the demanding conditions of Australia's rugged terrain while remaining suitable for everyday driving. 

Key Features:

• Versatile Performance: The Ultra 4WD Brake Pads are designed to handle the tough conditions of off-road driving and tough terrains in Australia. Despite their rugged capabilities, they are also well-suited for everyday driving.
• High-End Ceramic Formulation: These brake pads feature a high-end ceramic formulation that serves multiple purposes. It not only contributes to effective braking but also helps in reducing dust. The absence of copper in the formulation is an environmentally friendly choice, particularly considering the impact of copper on waterways during off-road driving.
• Multi-Layer Metal Shim: Equipped with a multi-layer metal shim, these brake pads are designed to absorb noise during braking. This feature enhances braking comfort by reducing noise levels, providing a quieter braking experience.
• Quick and Easy Installation: Like all Protex brake pads, the DB1365F can be used straight from the box, saving on fitting time. The short bedding-in time is achieved through an optimised surface, created by heating the pads to a high temperature at the factory. This process removes remaining gases and resins, allowing for a quicker and more efficient bedding-in period.
• Optimised Surface for Short Bedding-In: The optimised surface resulting from the high-temperature heating process facilitates a short bedding-in time. This means that the brake pads are ready for effective performance shortly after installation.

In summary, the Protex Ultra 4WD Front Brake Pads - DB1365F are engineered for durability and performance in challenging off-road conditions, with a focus on reducing dust and minimising environmental impact. Their versatile design makes them suitable for both off-road enthusiasts and those seeking reliable braking for everyday driving. The inclusion of features like a multi-layer metal shim enhances their overall performance and contributes to a quieter braking experience.