| Year | Make | Model |
|---|---|---|
| 2011 - 2024 | Dodge | Charger |
| 2011 - 2024 | Dodge | Charger SRT II (LD) |
DFC Slotted Geoperformance Rotor (REAR LEFT): Dodge Charger (21-25)
DFC Slotted Geoperformance Rotor (REAR LEFT): Dodge Charger (21-25)
SKU:810-42045L
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810-42045L DFC 21-25 Dodge Charger Slotted Geoperformance Rotor. Upgrade your Dodge Charger Daytona's braking system with this rear left slotted Geoperformance rotor. Designed for 2021-2025 models, it features a slotted design that improves heat dissipation and reduces brake fade during aggressive driving. Precision-engineered for a perfect fit, it offers enhanced stopping power and durability. Ideal for daily driving and spirited sessions, this rotor ensures reliable performance and easy installation, making it a smart upgrade for improved brake response and longevity.
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Overview
Overview
DFC Slotted Geoperformance Rotor
2021–2025 Dodge Charger Daytona
Part #: 810-42045L
Overview
The DFC Slotted Geoperformance Rotor is a precision-engineered brake rotor designed specifically for the rear left position on Dodge Charger Daytona models from 2021 through 2025. This rotor is an ideal upgrade for drivers seeking enhanced braking performance, improved heat management, and increased durability. Whether you are replacing worn factory rotors or upgrading your braking system for more spirited driving, the DFC Geoperformance rotor delivers reliable stopping power and consistent performance under demanding conditions.
Its slotted design helps to efficiently dissipate heat and gases generated during braking, reducing the risk of brake fade during aggressive driving or towing. This makes it a perfect choice for enthusiasts who want confidence-inspiring brake response without sacrificing daily drivability.
Key Features
Engineered to meet the specific requirements of the Dodge Charger Daytona, this rotor offers several key benefits:
- Designed exclusively for 2021–2025 Dodge Charger Daytona rear left application for a perfect fit
- Slotted rotor surface improves heat dissipation and reduces brake fade
- High-quality materials ensure long-lasting durability and resistance to warping
- Precision engineering guarantees easy installation and reliable operation
- Enhances braking response for both everyday driving and performance scenarios
- Improves overall stopping power and pedal feel
- Compatible with OEM brake pads and calipers
Construction & Design
The DFC Geoperformance rotor is manufactured from premium-grade cast iron, chosen for its excellent thermal conductivity and strength. The slotted design features precision-machined grooves that channel heat, dust, and gases away from the braking surface, helping to maintain optimal friction levels and reduce the risk of glazing. This construction not only extends rotor life but also contributes to consistent braking performance under heavy use.
Each rotor undergoes strict quality control to ensure dimensional accuracy and balance, minimizing vibrations and noise. The robust build quality ensures resistance to cracking and warping, even under high-stress conditions such as track days or towing heavy loads.
Installation & Fitment
Installation of the DFC Slotted Geoperformance Rotor is straightforward and designed to be a direct replacement for the factory rear left rotor on 2021–2025 Dodge Charger Daytona models. No modifications or special tools are required, making it suitable for professional mechanics and experienced DIY enthusiasts alike. It is recommended to inspect brake pads and hardware during installation and replace them if necessary to ensure optimal braking performance.
What's Included
- One (1) DFC Slotted Geoperformance Rotor – Rear Left
Ideal For
This rotor is ideal for Dodge Charger Daytona owners who want to upgrade their braking system for improved heat management and stopping power. It suits daily drivers looking for enhanced safety and reliability, as well as performance enthusiasts who demand consistent brake response during spirited driving or occasional track use. Additionally, it benefits those who tow or carry heavy loads, where brake fade can be a concern.