R1 Concepts Drilled & Slotted Brake Rotor

Fits Most Chrysler/Dodge 6.4L/5.7L/3.6L/3.5L/2.7L (05-23)

Part #: 631-39017R

Overview

The R1 Concepts Drilled & Slotted Brake Rotor is engineered to deliver enhanced braking performance and reliability for a wide range of Chrysler and Dodge vehicles, including the Chrysler 300, Dodge Challenger, and Dodge Charger from 2005 through 2024. Designed specifically for front right installation, this rotor is ideal for drivers seeking improved heat dissipation, reduced brake fade, and consistent stopping power under demanding conditions.

Whether you’re upgrading your factory brakes for spirited driving or replacing worn components, this rotor offers a direct-fit solution that maintains OEM specifications while providing superior performance benefits. Its drilled and slotted design helps evacuate gases, dust, and water, ensuring optimal contact between the brake pad and rotor surface for confident braking in all weather conditions.

Key Features

R1 Concepts’ drilled and slotted rotors combine advanced design with durable construction to meet the needs of performance enthusiasts and daily drivers alike. Key features include:

• Precision-machined drilled holes to improve heat dissipation and reduce brake fade
• Slotted surface to clear brake dust and debris, enhancing pad bite and wet-weather performance
• Silver-coated finish for corrosion resistance and long-lasting appearance
• Direct bolt-on fitment for easy installation without modifications
• Compatible with factory brake pads and calipers for seamless integration
• Engineered to meet or exceed OEM standards for safety and durability
• Balanced design to minimize vibrations and noise during braking

Construction & Design

Manufactured from high-quality cast iron, the R1 Concepts brake rotor offers excellent thermal conductivity and structural integrity. The drilled holes and precision slots are strategically placed to optimize airflow and cooling, reducing the risk of warping and extending rotor life. The silver coating not only protects against rust and corrosion but also enhances the rotor’s aesthetic appeal, keeping your vehicle’s braking system looking sharp.

Each rotor undergoes strict quality control to ensure consistent thickness and surface finish, which contributes to smooth braking performance and reduced pad wear. The robust construction supports the demands of both street driving and occasional track use, making it a versatile upgrade for your Chrysler or Dodge vehicle.

Installation & Fitment

This front right brake rotor is designed for direct replacement on select Chrysler 300, Dodge Challenger, and Dodge Charger models equipped with 3.6L V6 and 5.7L Hemi engines from 2005 to 2024. Installation requires no modifications, as the rotor matches OEM dimensions and mounting points precisely. It is recommended to replace rotors in pairs for balanced braking performance and to inspect brake pads and hardware during installation.

What's Included

• One (1) R1 Concepts Drilled & Slotted Front Right Brake Rotor

Ideal For

This rotor is perfect for drivers who demand reliable, high-performance braking from their Chrysler 300, Dodge Challenger, or Dodge Charger. It suits enthusiasts upgrading from stock rotors, daily drivers seeking improved safety and rotor longevity, and those who occasionally push their vehicles in spirited driving or light track conditions. Its combination of durability, heat management, and corrosion resistance makes it a practical and effective brake system enhancement.

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.