R1 Concepts Brake Rotor

2017–2026 Toyota 86, 2013–2026 Subaru BRZ, 2013–2016 Scion FR-S Rear Right

Part #: ECB-13040R

Overview

The R1 Concepts 17-25 Subaru BRZ Rear Right Drilled & Slotted Black Brake Rotor is engineered to deliver enhanced braking performance and improved heat dissipation for your sports coupe. Designed specifically for the rear right position, this rotor is a direct fit for multiple models including the Toyota 86, Subaru BRZ, Scion FR-S, and the latest Toyota GR86. Whether you're upgrading for spirited street driving or occasional track use, this rotor offers reliable stopping power and consistent pedal feel under demanding conditions.

Ideal for enthusiasts seeking a balance between performance and durability, the drilled and slotted design helps reduce brake fade by efficiently venting gases and debris from the rotor surface. The black coating not only provides corrosion resistance but also adds a sleek, aggressive look to your braking system.

Key Features

R1 Concepts brake rotors are crafted with precision and performance in mind. Key features include:

• Drilled holes to improve heat dissipation and reduce brake fade during aggressive braking
• Slotted surface to help remove brake dust, water, and gases for consistent pad contact
• Durable black coating to resist rust and corrosion, extending rotor life
• High-quality cast iron construction for strength and thermal stability
• Precision-machined for a perfect fit and smooth braking performance
• Direct bolt-on replacement for rear right brake rotor on compatible vehicles
• Compatible with OEM brake pads and calipers for easy installation
• Designed to maintain optimal braking performance in both street and light track conditions

Construction & Design

This rotor is manufactured from premium-grade cast iron, chosen for its excellent heat retention and dissipation properties. The drilled holes and slots are strategically placed to maximize airflow and cooling, reducing the risk of warping and brake fade during extended use. The black protective coating is applied through a high-temperature process that ensures long-lasting corrosion resistance without compromising the rotor’s thermal performance.

Each rotor undergoes precision machining to meet strict tolerances, ensuring smooth engagement with brake pads and preventing vibrations or noise. This attention to detail guarantees a reliable and consistent braking experience every time you press the pedal.

Installation & Fitment

The R1 Concepts drilled and slotted rotor is designed as a direct replacement for the rear right brake rotor on the following vehicles:

• 2017–2020 Toyota 86
• 2013–2020 Subaru BRZ
• 2013–2016 Scion FR-S
• 2022–2026 Toyota GR86
• 2022–2026 Subaru BRZ

Installation requires standard brake rotor replacement procedures and does not necessitate any modifications to the vehicle’s braking system. It is recommended to have the installation performed by a qualified technician to ensure proper torque specifications and brake system integrity.

What's Included

• One (1) Rear Right Drilled & Slotted Black Brake Rotor

Ideal For

This rotor is perfect for drivers who want to upgrade their braking system for improved heat management and consistent stopping power. It suits enthusiasts who enjoy spirited driving, occasional track days, or simply want a more durable and visually appealing rotor for their Toyota 86, Subaru BRZ, Scion FR-S, or Toyota GR86. The combination of drilled and slotted features makes it a versatile choice for both street and light performance use.

R1 Concepts is a manufacturer and retailer specializing in automotive braking systems, offering a comprehensive catalog of brake parts for both foreign and domestic vehicles from 1930 to the present. Their product line includes OE replacements and high-performance aftermarket brake components, such as cross-drilled and slotted rotors, ceramic brake pads, and big brake kits. Enthusiasts choose R1 Concepts for their precision engineering and quality materials, which enhance braking performance and safety across various driving conditions.