Upgraded Version Dba 88-94 Chevrolet Corvette (standard Suspension) Front 4000 Series Drilled & Slotted Rotor Perfect For Gifting [A9LxQ4iT]

Front Rotor for DBA 88-94 Chevrolet Corvette

Introducing the Upgraded Version Dba 88-94 Chevrolet Corvette (standard Suspension) Front 4000 Series Drilled & Slotted Rotor Perfect For Gifting [A9LxQ4iT], a premium braking solution designed for high-performance vehicles. This rotor is crafted from XG-150 high carbon alloyed iron, ensuring exceptional durability and heat resistance. With DBA's patented Kangaroo Paw ventilation system, it offers superior cooling efficiency, making it an ideal choice for drivers seeking top-tier performance and reliability.

• High Carbon Alloyed Iron – Enhanced durability and heat resistance
• Patented Kangaroo Paw Ventilation – Improved cooling efficiency

Product Specifications and Technical Details

The DBA 4000 Series Drilled & Slotted Rotor is cast from XG-150 high carbon alloyed iron, which is renowned for its strength and stability. This material withstands the intense stress and heat generated during intense braking applications, ensuring consistent performance over time. The rotor undergoes Thermal Stability Profiling, further enhancing its ability to handle extreme conditions.

• Thermal Stability Profiling – Ensures consistent performance under high heat
• Increased Surface Area – Up to 30% more surface area for better heat dissipation

Practical Benefits and Target Audience

The DBA 88-94 Chevrolet Corvette Front Rotor is perfect for drivers who demand the best in performance and safety. Its advanced ventilation system, combined with the high-quality materials, provides up to a 20% improvement in cooling efficiency compared to traditional rotors. This means better brake performance, reduced brake fade, and longer rotor life. Whether you're a daily driver or a track enthusiast, this rotor is designed to meet your needs.

• Better Brake Performance – Reduced brake fade and improved stopping power
• Longer Rotor Life – Enhanced durability and resistance to wear