Must-have Cte Carbon Ceramic Brake Discs Porsche 911 996 Turbo 97-05 Collection [d79vbpsG]

CTE Carbon Ceramic Brake Discs: The Ultimate Upgrade for Porsche 911 996 Turbo

Experience unparalleled braking performance with CTE's Carbon Ceramic Brake Discs for your Porsche 911 996 Turbo. Engineered for excellence, these discs offer a dramatic increase in stopping power across all temperatures, ensuring safety and control on the road. Crafted from premium T700s-grade Continuous Carbon Fibre, these discs outperform regular iron brakes with their superior strength and durability.

Key Features and Specifications

Our CTE Carbon Ceramic Brake Discs are the epitome of engineering excellence. They are diamond-cut to exacting tolerances, ensuring a precise fit and optimal performance. Each disc features a patented fastener mechanism with larger M8 bolts forged from stainless steel, guaranteeing a secure and long-lasting fit. Dynamic test simulations on our in-house Horiba Brake Dynamometer ensure that these discs deliver peak performance under all conditions. With an ECE R90 E11 Certified Brake Pad option, these discs provide reliable stopping power, whether for professional circuit racing, professional rally racing, or high-end street performance.

Practical Benefits and Target Audience

Whether you're a racing enthusiast or a daily driver, CTE Carbon Ceramic Brake Discs offer numerous benefits. For race applications, these discs withstand extreme temperatures, prevent warping, and provide a significant reduction in rotating mass, enhancing overall performance. For street use, they offer a more direct braking feel, improved wet and dry performance, minimal brake dust, and reduced noise, vibration, and harshness. Ideal for Porsche 911 996 Turbo owners seeking the perfect blend of safety, performance, and aesthetics, these discs are designed to last over three times longer than iron discs and pads, providing a superior driving experience. Upgrade to CTE Carbon Ceramic Brake Discs and experience the difference in your vehicle today.