Defined by smooth arc-shaped grooves, this rotor design breaks down high-temperature glaze and gas buildup, maintaining stable friction.
It swiftly expels dust, water, and heat, enhancing brake grip on dry and wet surfaces, minimizing thermal fade, and ensuring smooth response. With strong performance in both cooling and cleanliness, it's suitable for aggressive street driving and moderate performance upgrades, improving braking efficiency while reducing noise.

The hole and line disc is a high performance brake disc with hole and line composite design, the round holes drain dust, heat and rainwater to reduce resistance and improve efficiency; the straight line groove breaks the glaze layer, stabilizes friction, and drains and prevents skidding on the wet road.
Its composite design inhibit heat decay, improve response,suitable for intense driving and track, need to choose high-quality products to prevent cracking, with the appropriate brake pads.

The straight-slot brake rotor features linear grooves on the surface, which effectively break through the glaze and gas layer formed on brake pads, stabilizing the coefficient of friction.
This design allows for quick evacuation of dust, water, and heat, improving braking response on both dry and wet surfaces while reducing thermal fade. With balanced performance in heat dissipation and cleanliness, it is ideal for street driving and mild upgrades—offering smooth braking, reduced noise, and excellent value.

The drilled rotor is designed to scrape off debris and iron deposits from the pad surface, preventing harmful residue buildup. On wet roads, the holes help eliminate water film, ensuring prompt initial braking. Simultaneously, the increased airflow enhances heat dissipation and reduces thermal fade, delivering multidimensional improvements in braking stability and reliability.

The linear grooves on the surface of the brake disc stabilize thecoefficient of friction by breaking the enamel layer of the brakepads and the gas barrier through the regular grooves.Its design can quickly export dust, water and heat, improve braking response on wet and dry roads, inhibit thermal decay and take into account heat dissipation and cleanliness.
It is suitable for street driving and light upgrading, ensures smooth braking and reduces noise, and is a practical and cost-effective choice.

The fishhook rotor adopts a unique hook-shaped groove as its core design, breaking through high-temperature pad glaze via its curved slots to ensure consistent friction. It enables quick removal of dust, water, and heat, strengthening brake bite on various road conditions and preventing fade or debris jamming.
Designed for spirited street driving and track scenarios, it delivers reliable friction output while optimizing heat dissipation and cleanliness.

Featuring a distinctive 3D dragon-scale groove pattern, this rotor uses irregular slotting to break through pad glaze and gas barriers, allowing rapid discharge of dust, water, and heat.
The biomimetic design increases frictional contact area, improving bite on both dry and wet surfaces. It suppresses thermal fade and reduces noise, balancing heat dissipation, cleanliness, and consistent performance—perfect for aggressive street driving and light performance upgrades, optimizing both braking efficiency and handling feel.