Ready To Ship Dba Ford Mustang Xs 4000 Series Front Brake Rotor See Details [AZu4vjw0]

High-Performance Ford Mustang XS 4000 Series Front Brake Rotor

Experience the pinnacle of braking technology with the DBA 4000 Series XS Front Brake Rotor. Engineered with our best technology and materials, these rotors are designed to deliver maximum performance for your Ford Mustang. Crafted from high carbon and heat treated iron, they offer superior strength and durability. With our patented Kangaroo Paw ventilation system and a unique drill and slot pattern, these rotors ensure optimal heat dissipation and reduced brake fade. Upgrade your braking system with DBA and enjoy the peace of mind that comes with top-tier performance.

Perfect Fitment for Your Ford Mustang

The DBA 4000 Series XS Front Brake Rotor is a direct replacement for a wide range of Ford Mustang models, including the SVT Cobra, GT, and Mach 1. This versatile rotor fits numerous years and configurations, ensuring compatibility with your specific vehicle. Whether you're a daily driver or a high-performance enthusiast, this rotor will enhance your braking capabilities and provide a confident driving experience. Below are some of the models that are compatible with this top-tier rotor:

• 1994-2004 Ford Mustang SVT Cobra
• 1994-2004 Ford Mustang GT
• 2001 Ford Mustang GT Bullitt
• 2003 Ford Mustang SVT Cobra 10th Anniversary

Key Features and Benefits

Investing in the DBA 4000 Series XS Front Brake Rotor offers several key features and benefits that will elevate your Ford Mustang's braking performance. The high carbon and heat treated iron construction ensures longevity and resistance to warping and cracking. The innovative Kangaroo Paw ventilation system enhances cooling, reducing brake fade and extending rotor life. The unique drill and slot pattern provides efficient heat dissipation, improving overall brake response. By choosing this premium rotor, you can expect the following benefits:

• Improved braking performance
• Increased safety and confidence
• Enhanced longevity of the braking system