Description
Designed to provide superior braking performance, these front slotted rotors incorporate DBA’s patented T3 bi-directional slot design. This advanced slot pattern optimizes pad contact and effectively evacuates gases, dust, and water to maintain consistent braking force under demanding conditions.
Manufactured with precision from high-grade materials, these rotors deliver enhanced thermal management and corrosion resistance. The proprietary 4000 Series construction ensures increased rotor life and improved fade resistance compared to standard OEM rotors, making them well-suited for performance-oriented applications.
Key Features and Technical Advantages:
- Patented T3 Bi-Directional Slot Design: Enhances brake pad bite and reduces glazing for consistent stopping power during repeated heavy braking.
- 4000 Series Construction: Provides increased strength and durability through advanced metallurgy and stress-relieving processes.
- Corrosion-Resistant Coating: Extends rotor lifespan by protecting against rust and environmental wear.
- Precision Machining: Ensures optimal rotor runout and thickness variation for smooth braking performance and reduced noise.
- Direct Fitment: Engineered specifically for 2015-2018 Ford Mustang GT models equipped with the Performance Package for seamless integration without modification.
These rotors are engineered to meet the rigorous demands of high-performance driving, offering improved modulation, cooling efficiency, and overall braking reliability beyond typical replacement rotors in this category. The combination of the T3 slot technology and the robust 4000 Series material formulation results in a component that balances daily drivability with motorsport-capable performance.
Manufactured by DBA, a recognized leader in performance braking solutions, this product exemplifies precision engineering and material science applied to enhance braking dynamics on track and street applications.
Installation Notes: Installation should be performed according to professional automotive service standards to maintain vehicle safety and brake system integrity. Proper bedding-in procedures are recommended to achieve optimal rotor and pad performance.
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