On the journey toward perfect braking, carbon ceramic brake discs represent the highest point of evolution - a unique technology that blends extreme engineering with iconic design. Developed for high‑end vehicles, these components deliver outstanding performance, raising standards of safety, comfort, and aesthetics far beyond the limits of traditional brake discs.
The Benefits of an Exclusive Technology
The Benefits of an Exclusive Technology
Lightweight Performance and Driving Dynamics
The most immediate advantage of carbon‑ceramic brake discs is their reduced weight. A carbon‑ceramic disc weighs up to 50% less than a cast‑iron disc, allowing the vehicle to shed up to 25 kg overall. This significant reduction in unsprung mass translates into superior driving dynamics: sharper acceleration, improved handling, and a noticeable reduction in fuel consumption.
Extreme Resistance to Fading
Another key benefit of carbon‑ceramic discs is their exceptional heat management. In traditional cast‑iron braking systems, repeated heavy braking leads to heat build‑up that drastically reduces braking performance - a phenomenon known as fading. Carbon‑ceramic discs, by contrast, maintain a stable coefficient of friction even at extremely high temperatures (above 800°C), ensuring consistent and reliable braking.
Exceptional Longevity
When used primarily on the road, carbon‑ceramic discs can last for the entire lifetime of the vehicle. The material is highly resistant to wear, and it is not uncommon for a set of discs to exceed 200,000 km.
Enhanced Safety
In emergency situations, carbon‑ceramic technology can make the difference between an impact and a safe stop. At high speeds, braking distances can be reduced by several meters, thanks to a technology originally developed for motorsport competition.