EBC Ultimax2 Brake Pads (REAR)

2003–2004 Dodge Dakota

UD963

Overview:

The EBC Ultimax2 Brake Pads are premium rear replacement pads designed specifically for the 2003 and 2004 Dodge Dakota. Engineered as a direct stock replacement, these pads offer a seamless fit with your vehicle’s existing hardware, making installation straightforward and hassle-free. Ideal for daily driving, the Ultimax2 pads deliver reliable stopping power with enhanced durability and reduced noise compared to standard OEM pads.

Manufactured in the UK to stringent quality standards, the Ultimax2 pads provide a perfect balance of performance and longevity. They are tailored for drivers who demand dependable braking performance during everyday urban and suburban driving without compromising comfort or safety.

Key Features:

The EBC Ultimax2 pads incorporate advanced materials and design elements to improve braking efficiency and driver experience. Key features include:

• Premium OE replacement pads engineered for direct fitment on 2003–2004 Dodge Dakota rear brakes
• High friction European specification compound for consistent stopping power
• Pre-fitted anti-noise shims to minimize brake squeal and vibrations
• Center line slot design to reduce heat buildup and brake fade
• Chamfered and slotted edges to promote smooth engagement and reduce dust
• Compatible with existing OEM hardware for easy installation
• Long-lasting synthetic aramid fiber and metallic filament blend for extended pad life
• Low noise operation ideal for daily driving conditions
• Backed by a 1 year / 10,000 mile factory warranty against manufacturing defects

Construction & Design:

The Ultimax2 brake pads are constructed using a sophisticated blend of synthetic aramid fibers combined with metallic filaments. This composition enhances durability while maintaining a high coefficient of friction for effective braking. The pads are British-made, reflecting EBC’s commitment to quality and precision engineering.

Each pad features chamfered edges and a central slot that work together to reduce noise, vibration, and harshness (NVH), while also helping to dissipate heat during braking. The pre-installed anti-noise shims further contribute to a quieter braking experience, making these pads an excellent choice for drivers seeking comfort and performance.

Performance & Sound

Designed for urban and suburban daily driving, the Ultimax2 pads offer a smooth, quiet braking experience with minimal dust and noise. The combination of the special friction material and anti-noise shims ensures vibration-free operation, reducing common brake squeal issues often found with lower-quality pads. These pads provide consistent stopping power without sacrificing comfort, making them well-suited for light trucks like the Dodge Dakota.

Installation & Fitment:

The EBC Ultimax2 pads are engineered as a direct replacement for the rear brake pads on 2003 and 2004 Dodge Dakota models. They are fully compatible with the vehicle’s original equipment hardware, allowing for a straightforward installation process without the need for modifications or additional components. This ensures a perfect fit and reliable performance right out of the box.

What's Included:

• Set of rear EBC Ultimax2 brake pads (pair)
• Pre-fitted anti-noise shims
• Installation instructions

Ideal For:

The EBC Ultimax2 rear brake pads are ideal for Dodge Dakota owners seeking a high-quality, quiet, and durable stock replacement pad. Perfect for daily drivers who want reliable braking performance without the noise and dust associated with many aftermarket pads. These pads suit urban and suburban driving conditions, providing peace of mind and enhanced safety for everyday use.

EBC Brakes is a performance-focused braking manufacturer known for enthusiast and motorsport-ready brake pads, rotors, and complete brake kits across a wide range of vehicles. Their catalog spans street upgrades through track compounds, giving drivers options for better bite, heat management, and consistent pedal feel when pushing harder than stock braking can handle.