Performance Cross-Drilled Rotor Specifications

Machined And Finished In Our USA Facility

All Cross Drilled Brake Rotors for the 2026 Chevrolet Corvette are precision-machined and finished in our U.S. facility. Every rotor is inspected using the strictest quality control standards and checked for compliance with factory dimensional specifications. Our rotors are manufactured from premium-quality cast iron that meets or exceeds G3500/ISO9002, QS9000/VDA 6.1 specifications. Each rotor is double-disc ground and machine-mill balanced for optimal high-performance operation. We are so confident about the quality of our products that we offer the best warranty in the industry!

Performance Full Curve Slot Design

Each Performance cross drilled rotor for the 2026 Chevrolet Corvette is strategically machined to dramatically improve braking performance by up to 30% over factory stock brake rotors. Our design removes water, dust, and debris whilst minimizing the heating of the pad surface.

Chamfered Cross Drilled Holes

Each Cross-Drilled hole is perfectly sized to allow for maximum ventilation without structurally weakening the brake rotors. Cross-Drilled Holes move air from the pad surface whilst reducing surface temperature, eliminating hot spots and warping. Each drilled hole is chamfered to eliminate stress cracks, as well as to provide long-lasting performance.

Zinc Plating In Black or Silver

Our Performance Rotors are zinc-coated in Black or Silver. The zinc coating process is an extensive hand-applied operation that is not sprayed on like inferior coatings. Each Performance Brake Rotor is immersed in different solution tanks throughout the coating process. The final result is a thick protective coating that will help prevent rusting and give you a great custom look.

Guaranteed Fit And Installation

Brake Performance Cross-Drilled Brake Rotors are machined to the same fit and dimensions as your factory brake rotors. You can install them with no worries about factory fit or function. We recommend that you have a certified mechanic install them for proper break-in procedure. If you have any questions or need assistance choosing the correct brake rotor for your vehicle, call our brake experts toll-free at 866-756-5536. We include detailed installation instructions and break-in procedures with every kit.

Vehicle Recommendations

Cross Drilled Brake Rotors are ideal for all domestic and foreign light, medium, and heavy-duty Cars, Trucks, and SUVs, as well as any vehicles that require improved braking performance. See our comparison chart for application advantages between the different types of rotors.

Premium Semi Metallic Brake Pad Specifications

Brake Performance Premium Semi Metallic Brake Pads for the 2026 Chevrolet Corvette are manufactured using the same positive molding process utilized by Original Equipment suppliers. Positive molding uses extreme pressure to compress the friction material and bond it to the backing plate. This process assures consistent friction material density throughout the pad, resulting in even wear and performance characteristics throughout the life of the brake pad. The brake friction features either precision-cut or shaved backing plates and mechanically attached shims; these small details ensure proper fitment in the caliper and virtually eliminate noise associated with pad vibration. In addition to these features, a scorching process has been added to all of the Premium Semi Metallic brake pads. This additional process forces any impurities out of the friction material and pre-burnishes the pads to greatly accelerate the break-in process. These Premium Semi-Metallic Brake Pads have the highest temperature fade resistance and friction level of any Brake Pads we sell. Designed to give you the best stopping power in all weather conditions and guaranteed to give you noise-free braking with low Brake Pad dust.

Features

• Manufactured with a high heat range and high friction level to handle extreme heat generated by vehicles prone to warping brake rotors.
• Each set of Brake Pads includes metal shims to eliminate vibration and give you noise-free braking.
• Tough enough for heavy-duty applications but gentle on your rotors, prolonging the life of your brakes.
• Designed and manufactured with a positive molding process for stable friction performance and even wear.
• Precision-cut or shaved backing plates made to exact original equipment manufacturer dimensions and specifications.
• Special manufacturing process added to force impurities out of the friction material to accelerate the break-in process.
• Brake Performance Premium Semi Metallic Brake Pads are backed by a 90-day warranty against defects in materials and workmanship.
• Each pad is exhaustively dynamometer and fleet vehicle tested to meet and exceed all safety standards.

Guaranteed Fit And Installation

Brake Performance Premium Semi Metallic Brake Pads are guaranteed to be the same fit and specifications as your factory brake pads. You can install them with no worries about factory fit or function. We do recommend you have a certified mechanic install them for proper break-in procedure. Below is our installation procedure to help you break-in your Pads. If you have any questions or need assistance choosing the correct brake rotors for your vehicle, call our brake experts toll-free at 866-756-5536.

Advantages

Brake Performance Premium Semi-Metallic Brake Pads have the highest temperature fade resistance and friction level and are designed to give you the best stopping power in all weather conditions, guaranteed to provide noise-free braking with low Brake Pad dust.

Vehicle Recommendations

Premium Semi Metallic Brake Pads are ideal for all domestic and foreign light, medium, and heavy-duty Cars, Trucks, and SUVs, as well as any vehicles that require improved braking performance. Highly recommended for heavy work trucks and all types of towing applications. See our comparison chart to help illustrate your vehicle recommendations.

Photo Disclaimer - Photos are for display purposes only. Actual product may vary in size and bolt pattern.