Cross Drilled Brake Rotors by SP Performance. Don't get the fades! Aggressive driving, stop and go traffic, and emergency stops can give you the fades. Brake fade that is. SP Performance Cross-Drilled Rotors stop the fades by venting gasses through the holes bringing your vehicle to a screeching halt. SP Performance Cross Drilled Brake Rotors have a design that offers the best possible cooling and venting of brake pad gasses, brake dust and moisture. Unlike SP Performance competition there is no sharp edge on SP Performance chamfer. This is accomplished by the use of an outer radius curve rather than a countersink. With the radius curve, or Sinusoid Curve it virtually eliminates an edge on the surface of the hole. This smooth surface also makes the rotor more pad friendly by reducing the wear of the pad caused by the friction scraping against a sharp edge. Rotor coating will disappear with time where the brake pads contact the rotor.

Features:

• Sized to match OEM dimensions while providing superior braking performance
• Best quality, performance, reliability and appearance
• Hassle free, bolt-on performance
• No modifications needed
• SP's exclusive sinusoid curve chamfer
• No sharp edge. Increased brake pad bite
• Reduces stopping distances
• Vents gases and eliminates brake fade
• Optimized air circulation for best cooling
• Corrosion resistant coating for long-lasting protection against rust
• Improved wet weather stopping
• Most cost effective way of improving your vehicles braking performance
• Lifetime warranty
• Guaranteed not to crack for the life of the rotors
• Runs cool and look cool behind your wheels
• Made using durable materials to endure for a long time
• Designed to combine excellent performance and reliability
• Guaranteed to provide exceptional wear resistance
• Made to provide matchless quality and improve your driving comfort
• Proudly made in the USA
• Sold as a set for two wheels

Cross Drilled Holes. SP Cross-Drilled Rotors are designed with structural integrity in mind. Each rotor structure is carefully analyzed and the best pattern is utilized for strength and integrity.

Advanced Hole Chamfering. The holes are drilled with SP Performance exclusive Sinusoid Curve Chamfer, which promotes cooling and minimizes stress. The chamfer maximizes air circulation, and with absolutely no sharp edge, it reduces the possibility of heat checking and increases both rotor and pad life.

Cross Drilled Anti-Corrosion Finish. Corrosion resistant finishes give a dazzling clean look behind your wheels while preventing rust, corrosion and oxidation. SP Performance Cross-Drilled Brake Rotors With Gray ZRC Finish: The ZRC coating provides long-lasting protection against corrosion in the most hostile salt-water environments. After being applied, ZRC provides the highest level of galvanic protection. The film of ZRC is conductive. After the coating heats up during use, it bonds permanently to the metal surface. It will not allow the metal to corrode, even when the surface is scratched.

SP's Advanced Sinusoidal Curved Chamfered Hole. With many years of development SP have come up with a drilling and chamfering method that absolutely has no sharp edges. SP Performance cross drilled discs are drilled with an exclusive sinusoid curved chamfer. This type of chamfer promotes cooling, minimizes stress, vents moisture and dust while minimizing heat checking and cracking. The smooth design also increases both rotor and pad life.

Advanced Drilling methods put SP Performance Cross Drilled Brake Rotors above the rest in quality, performance, reliability and appearance. SP Performance Cross-Rotors provide many advantages like quality, durability, looks and value. But the most important advantage is that your vehicle will stop quicker. SP Performance Cross Drilled Brake Discs provide up to 30% better braking. If, for example, your vehicle takes 30 feet to come to a stop with your stock rotors, then a 30% improvement is equal to 9 feet. During an emergency stop, 9 feet can make all the difference between a safe stop and a dangerous accident.