EBC Brake Pads

Front Fitment

Part #: DP3792C

Overview

The EBC Redstuff Front Brake Pads are high-performance replacement pads designed for the 1991-1997 Infiniti G20 2.0. Crafted to deliver exceptional stopping power and reduced dust, these pads are ideal for drivers seeking improved braking response and a cleaner wheel appearance. Whether you're daily driving or spirited driving, the Redstuff pads help you maintain control with confidence, offering a blend of durability and performance that enhances your vehicle's braking system without compromising on street usability.

Key Features

Designed for high-performance braking, the EBC Redstuff Front Brake Pads feature:

• High-friction ceramic compound for superior stopping power
• Reduced brake dust output—up to 50% less than OEM pads
• Excellent thermal stability for consistent performance
• Direct fit replacement for stock pads
• Low noise and vibration characteristics
• Durable construction for extended pad life
• Optimized for street and light track use

Construction & Design

The pads are built with a high-friction ceramic compound that ensures reliable performance under various driving conditions. The design emphasizes heat resistance and minimal brake fade, supporting consistent braking response during demanding driving situations. The backing plates are engineered for precise fitment and durability, ensuring long-lasting performance and ease of installation.

Driving Feel & Feedback

The Redstuff pads provide a firm pedal feel and responsive braking, giving you confidence in stopping power. They help reduce brake fade during extended use, maintaining consistent feedback for a controlled driving experience. The low dust formulation also contributes to a cleaner wheel appearance, enhancing the overall aesthetic of your vehicle.

Installation & Fitment

These brake pads are designed as a direct replacement for the original equipment on the specified Infiniti G20 models. Proper installation should be performed following standard brake service procedures to ensure optimal performance and safety.