EBC Ultimax

Part #: UD1630

Overview

The EBC Ultimax2 Rear Brake Pads are designed as a reliable, high-quality replacement for your vehicle's stock brake system. Crafted for daily driving, these pads provide consistent stopping power, durability, and low noise operation, making them an ideal choice for drivers seeking a straightforward upgrade that maintains OEM performance standards. Compatible with your existing hardware, these pads help ensure a seamless installation process and reliable braking response, supporting your vehicle’s safety and driving confidence.

Key Features

These premium OE replacement brake pads feature a high-friction European specification compound, engineered for effective stopping power and long-lasting performance. The pads are slotted and chamfered to promote even pad wear, reduce noise, and improve heat dissipation. Shimmed construction minimizes vibrations and noise, enhancing overall driving comfort. Designed with durability in mind, they help maintain consistent braking performance over thousands of miles, even under frequent use.

Construction & Design

The Ultimax2 pads are made with a high-friction, European-spec friction material that ensures reliable stopping power. The slotted and chamfered design improves heat management and reduces brake fade, while the shimmed backing plates help dampen vibrations and noise for a quieter ride. These pads are engineered to match OE specifications, ensuring a perfect fit and optimal performance.

Installation & Fitment

Designed for straightforward installation, these brake pads are compatible with the original hardware on your vehicle. Proper fitment should be verified against your vehicle’s specifications and the part number provided. Routine inspection and proper bedding-in procedures are recommended to maximize performance and longevity.

Ideal For

Perfect for daily drivers seeking a dependable, low-noise brake pad that offers consistent stopping power and long service life. Suitable for drivers prioritizing OEM-like performance with minimal maintenance.