• EBC Rear Slotted | Dimpled Rotors - Set of 2 Rotors (260x12mm)
  • EBC Rear Slotted | Dimpled Rotors - Set of 2 Rotors (260x12mm)
1 2

EBC Rear Slotted | Dimpled Rotors - Set of 2 Rotors (260x12mm)

EBC Rear Slotted | Dimpled Rotors - Set of 2 Rotors (260x12mm)

GD1284

In stock

$240.47 USD
$253.13 USD $240.47 USD
kADDITIONAL DISCOUNTS APPLIED AT CHECKOUT Sold out

The EBC Rear Slotted and Dimpled Rotors are high-performance brake components designed to improve stopping power and heat management. Manufactured from premium-quality castings, these rotors feature a combination of slotted and dimpled surfaces that facilitate efficient heat dissipation and reduce brake fade during aggressive driving or demanding conditions. The precision machining ensures a reliable fit and consistent performance, making them suitable for enthusiasts seeking enhanced braking response and durability. Their design helps maintain optimal brake pad contact and minimizes brake dust buildup, contributing to overall braking efficiency and rotor longevity.

These rotors are designed as a universal fitment with a size of 260x12mm, suitable for a variety of vehicle applications. They serve as a direct replacement or upgrade for rear brake rotors in vehicles requiring slotted and dimpled rotor configurations. Ideal for street and performance driving, these rotors can handle high-temperature conditions and repeated braking cycles. Installation involves standard bolt-on procedures, and the set includes two rotors, providing a complete rear braking upgrade. Compatibility should be verified with specific vehicle models to ensure proper fitment.

Overview

EBC Rear Slotted | Dimpled Rotors - Set of 2 Rotors (260x12mm)

Part #: GD1284

Overview

Designed for high-performance braking, the EBC Rear Slotted | Dimpled Rotors are engineered to enhance your vehicle's stopping power and durability. Crafted with precision machining from premium-quality castings, these rotors feature a combination of slotted and dimpled surfaces that optimize heat dissipation and reduce brake fade under demanding conditions. Ideal for enthusiasts seeking reliable, consistent braking performance, these rotors help maintain optimal pad contact, improve heat management, and expel dirt, dust, and gases effectively. Whether for spirited driving or heavy loads, they support your vehicle’s braking system with enhanced response and longevity.

Key Features

These high-performance rotors incorporate advanced design elements to deliver superior braking efficiency and durability:

  • Constructed from high-quality cast iron for excellent wear resistance
  • Wide-aperture scraper slots facilitate cooling and debris removal
  • Blind-drilled holes help reduce heat buildup and stress cracks
  • Dimpling pattern aids in stress crack prevention and gas expulsion
  • Slotted design improves pad grip and pad wear consistency
  • Precision-machined for a flat, parallel surface ensuring optimal pad contact
  • Designed to withstand high loads and aggressive driving conditions

Construction & Design

The rotors are manufactured using premium castings, then carefully machined to precise specifications. The combination of slots, dimples, and drilled holes is engineered to maximize airflow and cooling efficiency, helping to maintain consistent brake performance during extended use. The durable surface treatment ensures resistance to cracking and warping, providing long-lasting reliability.

Driving Feel & Feedback

These rotors help deliver a confident, responsive braking feel with reduced brake fade, especially under heavy loads or spirited driving. The design promotes even pad wear and consistent braking response, enhancing overall driving confidence.

Installation & Fitment

Installation requires standard brake rotor replacement procedures. Proper fitment should be verified against your vehicle’s specifications and the part number provided.

What’s Included

A set of two rotors designed for rear installation, ready for mounting on compatible vehicles. Hardware and additional components are not included.
View full details