Phantom Ceramic Brake Pads

Compared to regular pads, ceramic brake pads engage brake discs with more consistent pressure, resulting in improved durability and smoother feedback. Because these advanced compounds function effectively at higher temperatures, they are popular in the automotive world for reducing fade under everyday conditions. Their stable friction properties limit disc wear while promoting even contact, which helps maintain a reliable pedal feel. Another benefit is that service intervals can be extended due to reduced dust buildup. Overall, ceramic blends typically deliver a balanced combination of longevity and consistent braking performance.

Yes, ceramic brakes are known for minimal dust generation, especially compared to regular brakes. Because these advanced systems maintain cooler temperatures under normal brake usage, they will help keep your wheels cleaner for longer. Anyone upgrading from standard disc brakes may notice fewer particles clinging to rims, even without specialised cleaning kits. This improved cleanliness also translates to less wear on critical parts, helping sustain a consistent pedal feel. RDA’s unique GEN3 material is not only low dust but also  copper free, meaning they are better for the environment with no nasty copper traces entering our waterways. Ultimately, ceramics’ stable friction profile reduces residue and extends longevity, making them a popular choice for everyday driving conditions.

RDA Brakes use a patented GEN3 material that is a low metallic, copper-free compound. Unlike older metallic compounds, these formulations remain stable under a wide temperature range, which helps minimise wear on surrounding components. By blending ceramic materials with proprietary resins, manufacturers create durable brake pads that resist fading under everyday conditions. Some drivers enhance this setup further by opting for upgraded brake kits, ensuring a balanced friction profile and confident stopping power. Overall, these pads offer quieter operation and reduced dust compared to traditional alternatives.

Thanks to low heat retention, ceramic brake pads can endure repeated stops without significant fade, a key benefit for various brake scenarios. They help maintain stopping power even when a vehicle is pushed hard, since cooler surfaces preserve friction between pads and rotors. This stability leads to smoother pedal feedback and reduced wear on crucial components. Another advantage is consistent brake response across diverse conditions, from daily commutes to spirited driving. Ultimately, they deliver reliable operation and longevity, making them an appealing choice for drivers seeking dependable performance.