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DFC D&S Geoperformance Rotor (FRONT LEFT): Chrysler 300 (05-23)

DFC D&S Geoperformance Rotor (FRONT LEFT): Chrysler 300 (05-23)

SKU:830-39017L

In stock

Regular price $133.57 USD
Regular price $133.57 USD Sale price $133.57 USD
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830-39017L DFC 05-23 Chrysler 300 Front Left Drilled & Slotted Geoperformance Rotor. Upgrade your Chrysler 300's braking system with this precision-engineered front left rotor. Featuring drilled and slotted surfaces, it enhances heat dissipation and reduces brake fade for consistent stopping power under demanding conditions. Built for durability and easy installation, this rotor meets or exceeds OEM standards, making it ideal for daily driving or high-performance use. Ensure safety and longevity with the DFC Geoperformance rotor designed specifically for Chrysler 300 models from 2005 to 2023.

Overview

DFC Geoperformance Rotor

2005–2023 Chrysler 300, 2.7L, 3.5L V6, 3.6L V6, 5.7L Hemi, 6.4L 392, 6.1L SRT8

Part #: 830-39017L

Overview

The DFC Geoperformance Rotor is a premium front left brake rotor engineered specifically for Chrysler 300 models spanning 2005 through 2023. Designed to replace the original equipment rotor, this drilled and slotted rotor enhances your vehicle’s braking capability by improving heat dissipation and reducing brake fade during demanding driving conditions. Whether you drive daily or push your Chrysler 300 in performance scenarios, this rotor delivers reliable stopping power and consistent performance.

Built with precision and durability in mind, the DFC Geoperformance Rotor ensures your braking system maintains optimal efficiency and safety. Its advanced design helps maintain cooler brake temperatures, extending the life of your brake pads and rotors while providing confident control under heavy loads or aggressive driving.

Key Features

Engineered to elevate braking performance and durability, the DFC Geoperformance Rotor offers the following key benefits:

  • Specifically designed for front left installation on Chrysler 300 models from 2005 to 2023
  • Drilled holes improve heat dissipation and help prevent brake fade
  • Slotted surface enhances pad bite and cleans debris for consistent braking
  • High-quality materials and manufacturing meet or exceed OEM standards
  • Robust construction ensures long-lasting durability under heavy use
  • Improves overall braking performance and pedal feel
  • Direct replacement for factory rotors with no modifications required
  • Compatible with multiple engine variants including V6, Hemi, and SRT8 models

Construction & Design

The DFC Geoperformance Rotor is crafted from premium-grade cast iron, selected for its excellent thermal conductivity and strength. The rotor’s drilled holes and precision-machined slots are strategically placed to maximize airflow and heat evacuation, reducing the risk of brake fade during extended or aggressive braking. This design also helps to channel away water and brake dust, maintaining consistent pad contact and braking efficiency.

Manufactured to strict quality control standards, the rotor features a balanced design to minimize vibrations and noise. Its corrosion-resistant coating protects against rust and environmental wear, ensuring a longer service life and maintaining appearance over time.

Installation & Fitment

Installation of the DFC Geoperformance Rotor is straightforward and designed as a direct OEM replacement for the front left position on Chrysler 300 vehicles from 2005 to 2023. No modifications or special tools are required, making it an ideal upgrade for both professional mechanics and experienced DIY enthusiasts. Proper fitment ensures optimal brake system performance and safety.

What's Included

  • One (1) DFC Geoperformance Front Left Drilled & Slotted Rotor (Part # 830-39017L)

Ideal For

This rotor is perfect for Chrysler 300 owners seeking improved braking performance, enhanced heat management, and increased rotor longevity. It is especially well-suited for drivers who frequently encounter heavy loads, aggressive driving conditions, or those upgrading their braking system for better reliability and safety.

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