PBS - PBS117 - PBS High Carbon Brake Discs; Front

Upgrade your braking system with the PBS High Carbon Slotted Brake Discs, engineered for drivers who demand stronger stopping performance, improved heat control, and consistent reliability under heavy load. Designed as a direct OEM upgrade, these discs combine advanced high-carbon metallurgy with a performance-focused slotted surface design to deliver a noticeable improvement in both road and track conditions. Manufactured with a high carbon content, these discs offer enhanced structural strength and thermal stability, allowing them to withstand repeated high-temperature cycles without distortion or performance drop-off. This makes them especially effective for spirited driving, track days, towing, and performance road use where braking temperatures rise quickly and consistency is critical. The slotted rotor face plays a key role in performance. By continuously refreshing the pad surface, the slots help maintain a strong and consistent initial bite, while also assisting in removing gas, dust, and debris from the braking surface. This ensures more predictable braking feel, especially under hard or repeated braking, while also contributing to improved wet and dry performance. In addition to performance gains, the slotted design also helps promote better heat dissipation and airflow, reducing the risk of brake fade during extended use. Combined with PBS performance brake pads, these discs deliver a well-balanced setup that offers confidence, control, and durability in demanding driving conditions. Whether you’re upgrading a fast road car or preparing for regular track use, the PBS High Carbon Slotted Brake Discs provide the ideal blend of strength, cooling efficiency, and consistent braking performance.

The PBS High Carbon Slotted Brake Discs combine a high-strength carbon construction with a performance slotted design for improved bite, better cooling, and consistent braking. Ideal for fast road, towing, and track use where reliability and fade resistance matter most.