Wilwood Rotor-C/SiC 14.00 x 1.25 - 12 on 8.75in

Wilwood's C/SiC rotors are made form a proprietary blend ceramic matrix composite material commonly known as Carbon-Ceramic. C/SiC rotors offer higher thermal conductivity and heat capacity in excess of conventional iron or titanium rotors of similar or even greater weight. Developed to withstand extreme temperatures with the highest possible degree of resistance against distortion, warping, cracking, and wear. The formulation for this composite is a derivative of technology and materials that were significant in the development of the extreme duty military spec rotors that are manufactured by Wilwood.

Note for Pistons, Rings, Rotors, Rods and engine internals

Unless otherwise specified, some brands supply brake rotors, pistons, strut mounts, rods and rings separately. In some cases, titles may indicate plural, or 'set' - eg the term “ring set” often refers to the rings for a single piston only. If you’re unsure about what’s included with this product, please contact our team for clarification.

Images are supplied by the manufacturer and may be generic. While all efforts are made to provide accurate pictures, there may be differences in the actual product, such as colour, quantity, version, or included components. Please carefully review the description and specifications for details on inclusions or any variations. Some items may be sold individually or in sets, and images may occasionally depict additional products or quantities not included in your purchase. For assistance or clarification, please contact customer support.

Reference Information

Brake Rotor, C/SiC, Solid Surface, Carbon Ceramic, Natural, 14.000 in. O.D., 12 x 8.75 in. Rotor Bolt Circle

Wilwood C/SiC rotors are made using a proprietary blend of ceramic matrix composite material commonly known as carbon-ceramic. They are designed to provide higher thermal conductivity and heat capacity in excess of conventional iron or titanium rotors. Wilwood C/SiC rotors have been developed to withstand extreme temperatures with the highest possible degree of resistance against distortion, warping, cracking, and wear.