EBC GD Sport Rear Rotors

1997–2004 Land Rover Defender 2.5L Diesel / 300Tdi / Td5

Part #: GD416

Overview

The EBC GD Sport Rear Rotors are designed to enhance the braking performance and aesthetic appeal of your Land Rover Defender. Crafted with a focus on durability, cooling efficiency, and style, these rotors are an excellent upgrade for daily drivers, commuters, and enthusiasts who enjoy spirited driving. Whether you're tackling city streets or off-road adventures, these rotors help support improved braking response and reduced brake fade under demanding conditions.

Manufactured in the U.K., the GD Sport rotors combine high-quality materials with innovative design features to deliver reliable, consistent braking power. Their sleek black thermic coating not only provides a striking appearance but also offers excellent corrosion resistance, ensuring your rotors stay looking great over time. These rotors are a perfect choice for those seeking a functional upgrade that also enhances the visual appeal of their vehicle's braking system.

Key Features

The EBC GD Sport rotors incorporate several advanced features to optimize performance and longevity:

• Wide aperture slots for superior cooling, helping to reduce operating temperatures and prevent brake fade during extended or spirited driving.
• Strategically placed dimples to improve heat dissipation and minimize stress cracks, increasing rotor lifespan and maintaining consistent braking performance.
• Thermic black finish with a sleek, modern look that enhances the vehicle's appearance while providing a protective barrier against corrosion and road salts.
• Manufactured in the U.K. using high-quality materials and precision engineering to ensure a perfect fit and reliable operation.
• Designed specifically for the rear axle of the Land Rover Defender, providing an ideal balance of performance and durability for everyday use and light sport driving.
• Constructed with robust materials to withstand harsh conditions and deliver consistent braking power over time.
• Easy installation with no modifications required, making it a straightforward upgrade for your vehicle's braking system.

Construction & Design

The EBC GD Sport rotors feature a high-strength cast iron construction with a precision-machined surface to ensure optimal contact with brake pads. The wide aperture slots are carefully engineered to maximize airflow and heat extraction, reducing the risk of overheating during demanding driving scenarios. The dimple drilling pattern is designed to prevent stress cracks, a common issue with high-performance rotors, thereby extending the service life of the components.

The thermic black coating not only provides an attractive finish but also acts as a corrosion barrier, protecting the rotors from rust and road salt. The overall design emphasizes durability, heat management, and aesthetic appeal, making these rotors a reliable upgrade for your Land Rover Defender's braking system.

Installation & Fitment

The EBC GD Sport Rear Rotors are designed as direct bolt-on replacements for the original equipment, requiring no modifications, cutting, or special tools. They utilize the factory mounting points and fit seamlessly onto your Land Rover Defender's rear axle. Basic mechanical skills and standard hand tools are sufficient for installation. No additional tuning or bedding procedures are typically necessary, making this upgrade straightforward and hassle-free.

• Easy, bolt-on installation with no cutting or drilling required
• Compatible with the original brake calipers and hardware
• Designed for reliable performance in daily driving and light sport applications

What's Included

• Two (2) GD Sport Rear Rotors with black thermic coating
• All necessary mounting hardware and instructions

Ideal For

• Land Rover Defender owners seeking improved braking performance and aesthetics
• Enthusiasts looking for a durable, high-quality rotor upgrade
• Daily drivers and commuters who want reliable stopping power
• Off-roaders and light sport drivers requiring enhanced cooling and stress crack resistance