| Year | Make | Model |
|---|---|---|
| 2021 - 2026 | Subaru | WRX |
DFC 21-26 Subaru WRX D&S Rotor | Subaru WRX (830-13050L)
DFC 21-26 Subaru WRX D&S Rotor | Subaru WRX (830-13050L)
SKU:830-13050L
Out of stock
Couldn't load pickup availability
â–¶ Vehicle Fitments
The DFC 22-25 Subaru WRX Rear Left Drilled & Slotted Geoperformance Rotor is a high-performance brake component engineered to improve stopping power and heat dissipation for Subaru WRX models from 2022 to 2025. Constructed with precision-drilled and slotted design features, this rotor enhances brake response and reduces brake fade during aggressive driving or track use. Made from durable materials, it offers reliable performance under demanding conditions, ensuring consistent braking performance and longevity. Its advanced design helps maintain optimal brake pad contact and debris removal, contributing to overall braking efficiency and safety.
Designed specifically for the rear left position on 2022–2025 Subaru WRX vehicles, this rotor is a direct replacement upgrade for stock components. It is suitable for street, spirited driving, and track applications where enhanced braking performance is desired. Installation is straightforward as a bolt-on component, and the kit includes the rotor with drilled and slotted surfaces. Compatibility is limited to the specified model years and fitment, making it ideal for enthusiasts seeking reliable, high-performance braking upgrades for their Subaru WRX.
Share
Overview
Overview
DFC Rear Left Drilled & Slotted Geoperformance Rotor
Fits 2022–2025 Subaru WRX Rear Left
Part #: 830-13050L
Overview
The DFC Rear Left Drilled & Slotted Geoperformance Rotor is a high-performance brake component designed specifically for Subaru WRX models from 2022 to 2025. Crafted to enhance your vehicle’s braking response and durability, this rotor combines advanced design with quality materials to deliver reliable stopping power under demanding driving conditions. Whether you're a spirited driver or a performance enthusiast, this rotor helps improve your vehicle’s braking efficiency and heat dissipation, ensuring consistent performance on the street or track. This rotor is ideal for those seeking improved braking performance, enhanced heat management, and a sporty aesthetic. Its drilled and slotted design not only supports better brake pad bite and reduced brake fade but also adds a distinctive look to your vehicle’s wheel setup.Key Features
Designed with precision engineering, the DFC Geoperformance Rotor features a durable cast iron construction with drilled holes and slots that facilitate heat dissipation and debris removal. The slotted surface helps maintain consistent brake pad contact, reducing glazing and ensuring reliable braking feel. Its lightweight design supports improved handling and responsiveness without compromising strength. The rotor’s surface finish and machining are optimized for optimal pad bedding and long-lasting performance. This rotor is built to withstand high temperatures and aggressive driving, making it suitable for both daily driving and spirited performance applications.Construction & Design
Constructed from high-quality cast iron, the rotor features a precision-machined surface with drilled holes and slots that enhance airflow and cooling. The design aims to reduce heat buildup and prevent warping, extending the lifespan of both the rotor and brake pads.Installation & Fitment
This rotor is designed as a direct replacement for the rear left position on compatible Subaru WRX models. Proper installation requires standard hand tools and torque specifications. For optimal performance, it is recommended to replace rotors in pairs and inspect brake components during installation.What’s Included
The package includes one drilled and slotted rotor, ready for installation on your vehicle’s rear left wheel position.Ideal For
Performance-oriented drivers seeking improved braking response and heat management for their Subaru WRX. Perfect for daily driving, spirited street use, or track days where consistent braking performance is essential.