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EBC Ultimax2 Rear Brake Pads | 2016-2023 Honda Civic (UD1878)

EBC Ultimax2 Rear Brake Pads | 2016-2023 Honda Civic (UD1878)

SKU:UD1878

In stock

Regular price $72.55 USD
Regular price $94.88 USD Sale price $72.55 USD
kADDITIONAL DISCOUNTS APPLIED AT CHECKOUT Sold out

The EBC Ultimax2 Rear Brake Pads are a high-quality replacement designed specifically for the rear braking system of the Honda Civic from 2016 to 2023. Manufactured in the UK at EBC's Bristol facility, these brake pads are engineered to provide consistent and reliable stopping power for daily driving and urban commuting. They feature a low-dust formulation and long-lasting durability, ensuring minimal maintenance and a clean appearance. The Ultimax2 pads are crafted to deliver smooth, responsive braking performance without aggressive noise or vibration, making them an ideal upgrade for drivers seeking dependable braking with enhanced comfort and efficiency.

These brake pads are universally compatible with Honda Civic models within the specified years, fitting various trims and configurations. They serve as a direct replacement for OEM rear brake pads, offering an easy bolt-on installation. Suitable for street use, these pads improve braking response and reduce brake fade during regular driving conditions. The kit includes the necessary pads, designed to work seamlessly with the existing braking system. They are perfect for drivers looking to maintain or upgrade their Civic’s rear braking performance for everyday use.

Overview

EBC Ultimax2 Rear Brake Pads

Part #: UD1878

Overview

The EBC Ultimax2 Rear Brake Pads are designed as a reliable, high-quality replacement for your Honda Civic's braking system. Crafted in the UK at EBC's Bristol manufacturing plant, these brake pads are engineered to deliver consistent performance, minimal dust, and long-lasting durability. Ideal for daily drivers and urban commuting, they provide a smooth and responsive braking experience without the need for aggressive materials that can damage your rotors. The Ultimax2™ pads are a non-metallic compound, containing zero steel fiber, making them a cleaner option that is gentle on cast iron rotors while maintaining effective stopping power. Whether you're replacing worn-out pads or upgrading for better performance, these brake pads offer a cost-effective solution that supports your vehicle's safety and reliability.

Key Features

Designed with a focus on cleanliness, durability, and consistent braking, the Ultimax2™ brake pads feature a specialized compound that reduces brake dust and noise. The non-metallic formulation ensures compatibility with your vehicle's rotors, helping to extend their lifespan. These pads are engineered for a quiet operation and reliable response under various driving conditions. The precise manufacturing process ensures a perfect fit and easy installation, making them an excellent choice for both DIY enthusiasts and professional mechanics. With their high-quality construction, they support your vehicle's braking performance without sacrificing comfort or safety.

Construction & Design

The Ultimax2™ brake pads are made from a carefully formulated non-metallic compound that minimizes dust and noise while providing stable friction characteristics. The pads are designed to be compatible with the original brake system, ensuring a seamless fit and reliable operation.

Installation & Fitment

Installation is straightforward for those familiar with brake pad replacement. Verify fitment against your vehicle's specifications and the part number to ensure compatibility.

What’s Included

The package includes a set of rear brake pads designed specifically for the 2016-2023 Honda Civic (UD1878). Hardware and additional components are not included and should be transferred from your existing setup if necessary.

Ideal For

Perfect for daily drivers seeking a dependable, low-maintenance brake pad that offers clean operation and consistent performance. Suitable for urban commuting and general driving needs, these pads help maintain your vehicle's braking reliability without the need for aggressive materials or complex upgrades.
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