EBC Brake Pads

Fitment: Rear Brake Pads for 13+ Jaguar F-Type (Cast Iron Rotors Only) 3.0 Supercharged (340)

Part #: DP32190C

Overview

The EBC Redstuff Rear Brake Pads are high-performance replacement pads designed specifically for the Jaguar F-Type with the 3.0 Supercharged engine from model year 2013 onward. Crafted to deliver exceptional stopping power and reduced dust, these brake pads help you maintain a clean wheel appearance while ensuring your vehicle responds confidently under demanding driving conditions. Ideal for enthusiasts who seek a balance of street performance and occasional track use, the Redstuff pads enhance your vehicle’s braking response without compromising durability or comfort. Whether you're daily driving or pushing your sports car on the track, these pads are engineered to provide reliable, fade-resistant braking performance. Their design supports aggressive stopping distances, giving you peace of mind during spirited driving sessions. The pads are a perfect upgrade for drivers who want improved response and cleaner wheels, making them a practical choice for both street and light track use.

Key Features

EBC Redstuff Brake Pads are engineered with high-friction compounds and durable materials to optimize braking performance. Their design focuses on providing consistent response and minimal dust generation, helping your wheels stay cleaner longer. The pads are built to directly replace your stock pads, ensuring a straightforward installation process. They are designed to withstand high temperatures and maintain effective braking even during extended use, making them suitable for spirited driving and occasional track days.

• High-friction, ceramic-based compound for strong stopping power
• Red color for easy identification and aesthetic appeal
• Reduced brake dust by approximately 50% compared to OEM pads
• Designed for direct replacement on cast iron rotors
• Optimized for street and light track use
• Consistent performance under high-temperature conditions
• Low noise and vibration during braking