The Wilwood WIL160-15327-BK drilled performance brake rotor is engineered to enhance your vehicle's braking response and pad performance across all driving conditions. Featuring a specially designed directional cross drill and face slot pattern, this rotor improves heat dissipation and gas dispersal during braking, resulting in more consistent and reliable stopping power. The venting action created by the holes and slots helps reduce pad glazing and prevents buildup of irregular pad compounds on the rotor face, promoting smoother engagement and better pedal feel. These design elements contribute to improved brake modulation and decreased fade, especially during heavy braking situations.
Constructed with high-quality materials, the rotor's lightweight design reduces unsprung weight, which can positively impact handling and suspension performance. The removal of material during manufacturing not only aids in weight reduction but also enhances the rotor*s ability to dissipate heat efficiently, maintaining optimal performance under demanding driving conditions. This rotor is suitable for a wide range of light to heavy braking applications, making it an excellent upgrade for performance enthusiasts and those seeking improved brake reliability.
Designed and manufactured by Wilwood, a trusted name in high-performance braking systems, this rotor offers durability, precision, and consistent performance. It is compatible with various vehicle types and is ideal for those looking to upgrade their stock braking system for better responsiveness, reduced brake fade, and longer service life. Whether used on street vehicles or track applications, the Wilwood drilled performance rotor provides the stopping power and heat management needed for confident, safe braking.
Features:
- Directional cross drill and face slot pattern improve brake response
- Venting and slotting reduce heat, gas buildup, and pad glazing
- Designed to promote smooth engagement and pedal feel
- Lightweight construction lowers unsprung weight
- High-quality materials ensure durability and heat dissipation
