Top Pick Carbon Ceramic Disk Upgrade For 992 Gt3 And Rs, Rear With Tracking [XwF0t2ER]

Top Pick Carbon Ceramic Disk Upgrade For 992 Gt3 And Rs, Rear With Tracking [XwF0t2ER]

Experience the ultimate in braking performance and aesthetics with our Carbon Ceramic Disk Upgrade for the 992 GT3 and RS, Rear. This premium upgrade offers a host of benefits that will transform your driving experience. Designed to enhance both the performance and appearance of your vehicle, this disk is a must-have for any enthusiast looking to push the limits of their 992 GT3 and RS.

Key Features and Benefits

Our Carbon Ceramic Disk Upgrade boasts an impressive 70% weight savings compared to traditional iron brakes, reducing unsprung weight by up to 40lbs. This not only improves handling and drivability but also enhances NVH (noise, vibration, and harshness) for a smoother, more comfortable ride. With superior performance in both wet and dry conditions, you can count on consistent braking power every time. Additionally, these disks reduce brake wear, increasing their lifespan and minimizing brake dust, ensuring your vehicle stays clean and looking its best.

Superior Value and Durability

When compared to OEM CCB rotor replacements, our Carbon Ceramic Disk Upgrade offers approximately 50% cost savings without compromising on quality. The disks are also highly durable, capable of being refurbished up to three times, providing an average expected track life of 4000 to 5000 miles between refurbishments. This means your disks will exceed the life of your vehicle, making them a cost-effective and long-lasting investment. The disks are compatible with both existing CCB and cast iron fitments without the need for replacing calipers, offering unparalleled convenience. With better braking performance, improved brake modulation, and the option to run a more aggressive pad for track applications, this upgrade is perfect for both road and track use. Our disks operate at temperatures approximately 200 degrees lower than traditional CCBs, ensuring reliability and performance even under extreme conditions.