Your New Favorite Sp Performance Cross Drilled Black Zinc Rear Rotors (pair) Subaru Wrx (non Eyesight) 2015-2018 Gadget [VUKYSC19]

SP Performance Cross Drilled Rear Rotors for Subaru WRX (non eyesight)

Experience the cutting-edge braking technology of SP Performance with their Cross Drilled Black Zinc Rear Rotors designed specifically for the Subaru WRX (non eyesight) models from 2015 to 2018. These rotors are a top choice among performance car manufacturers, including Audi, BMW, Mercedes, and Porsche, due to their superior design and performance features. Engineered to enhance braking efficiency and durability, these rotors are the perfect upgrade for your vehicle.

Advanced Design for Superior Performance

SP Performance Cross Drilled Rotors are crafted to the highest standards, featuring innovative cross-drilled holes that effectively dissipate heat and reduce brake fade. The elimination of sharp edges on these holes minimizes the risk of cracking, ensuring long-lasting performance. This design also lowers the rotor temperature by facilitating the movement of air and brake dust away from the disc surface, nearly eliminating heat checking and warping. Additionally, the cross-drilled holes reduce the risk of hydroplaning by allowing water to escape from between the brake pads and rotors, providing better traction even in wet conditions.

Quality Assurance and Versatile Coatings

Each SP Performance Brake Rotor is manufactured to OEM specifications, machine balanced, and double disc grounded to ensure a precise fit and optimal performance. Available in Black Zinc Plating, these rotors offer a sleek, durable finish that complements the aesthetic of your Subaru WRX. With SP Performance's commitment to quality, you can trust that these rotors will enhance your vehicle's braking capabilities without the need for major brake system modifications. Discover the difference with SP Performance Cross Drilled Black Zinc Rear Rotors for your Subaru WRX (non eyesight).

• Enhanced braking efficiency and reduced heat
• Improved traction and reduced risk of hydroplaning