Viral Stoptech Premium High Carbon 13-14 Ford Mustang/shelby Gt500 Right Rear Disc Slotted Brake Rotor Deal Alert: 85% Off [fqmpi1B2]

StopTech Premium High Carbon Rotor for Mustang/Shelby GT500

Experience the ultimate in braking performance with the Viral Stoptech Premium High Carbon 13-14 Ford Mustang/shelby Gt500 Right Rear Disc Slotted Brake Rotor Deal Alert: 85% Off [fqmpi1B2]. This 1-piece direct replacement rotor is designed to enhance the factory brake system and stock calipers, offering a sleek look and superior stopping power. Crafted with precision, these rotors are built to last, ensuring that your vehicle maintains optimal braking performance for years to come.

Advanced Features and Specifications

The StopTech Premium High Carbon Rotor is engineered with a unique slotting design that aids in heat and brake dust dispersal, preventing pad glazing and improving overall braking performance. This advanced feature, combined with the black e-coating, provides corrosion resistance and a quieter operation. The high carbon metallurgy used in most applications offers increased crack resistance and improved performance, making it an ideal choice for both daily driving and high-performance scenarios.

• Slotting Design: Enhances heat and brake dust dispersal
• Black E-Coating: Provides corrosion resistance and a quieter operation

Optimized for Performance and Durability

The StopTech Premium High Carbon Rotor is designed to work seamlessly with higher friction, European style brake pad compounds, significantly reducing pad squeal. The addition of Molybdenum and Chromium further resists rotor cracking, ensuring long-lasting performance. This premium rotor is a perfect fit for the 2013-2014 Ford Mustang, offering a direct replacement solution that enhances your vehicle's braking capabilities.

• High Friction Compatibility: Reduces pad squeal with European style brake pads
• Molybdenum and Chromium: Adds resistance to rotor cracking

Upgrade your braking system with the StopTech Premium High Carbon Rotor and experience the difference in performance and durability.