Wilwood Drilled Steel Rotor - 8 Bolt - .350" Diameter - 12" Diameter x 7" - .328" Hole - 5.5 lbs.
Wilwood Drilled Steel Rotor - 8 Bolt - .350" Diameter - 12" Diameter x 7" - .328" Hole - 5.5 lbs.
SKU:160-0525
In stock
Couldn't load pickup availability
The Wilwood Drilled Steel Rotor is a high-performance brake component designed for motorsport and demanding driving conditions. Constructed from durable steel, this rotor features drilled ventilation to improve heat dissipation and reduce brake fade during intense use. Its lightweight design, weighing approximately 5.5 pounds, ensures minimal impact on unsprung mass while maintaining strength and reliability. The drilled pattern enhances cooling efficiency and debris clearance, making it suitable for high-heat scenarios such as drag racing, track days, and open-wheel racing. This rotor provides consistent braking performance and durability under extreme conditions, making it an ideal upgrade for performance-oriented vehicles.
This universal fitment rotor has a 12-inch diameter with a 7-inch width, a .350-inch diameter center bore, and a .328-inch bolt hole size, compatible with vehicles requiring these specifications. It is designed as a direct replacement for stock rotors on various high-performance applications, including race and street use. Installation involves standard bolt-on procedures, and the rotor is suitable for vehicles with 8-bolt mounting patterns. Whether used for racing or spirited driving, this rotor ensures reliable, high-temperature braking performance and improved heat management during demanding driving sessions.
Share
Overview
Overview
Wilwood Drilled Steel Rotor
Universal Fitment
Part #: 160-0525
Overview
The Wilwood Drilled Steel Rotor is a high-performance brake component designed for motorsport applications and demanding driving conditions. Crafted from durable steel, this rotor offers a lightweight yet robust solution for vehicles that require reliable braking performance under sustained or intermittent high-heat scenarios. Whether you're involved in drag racing, high-speed track days, or open-wheel racing, this rotor helps improve heat dissipation and braking response, supporting your vehicle’s stopping power and overall safety. Its drilled design enhances airflow and heat management, making it suitable for applications where consistent braking performance is critical.Key Features
This steel rotor combines functional design with practical benefits to meet the needs of motorsport enthusiasts and performance drivers. Key features include:- Constructed from high-quality steel for durability and lightweight performance
- Precisely drilled for improved heat dissipation and airflow
- 8-bolt mounting pattern for secure attachment and compatibility
- .350" thickness for optimal strength and heat resistance
- 12" diameter with a 7" width to fit a variety of high-performance brake setups
- Designed to withstand high temperatures and repeated braking cycles
- Lightweight design at approximately 5.5 lbs., reducing unsprung mass for better handling
Construction & Design
The rotor’s steel construction ensures resilience and longevity in demanding racing environments. The drilled pattern not only enhances cooling but also reduces weight without compromising structural integrity, supporting consistent braking performance during extended use.Performance & Response
This rotor is engineered to support high heat loads and rapid cooling, helping maintain brake pedal feel and response during intense driving. Its design minimizes brake fade and ensures reliable stopping power, especially in high-stress motorsport scenarios.Installation & Fitment
The rotor features an 8-bolt mounting pattern, compatible with various high-performance brake calipers. Proper fitment should be verified against your vehicle’s specifications and the part number provided.What’s Included
The package includes one drilled steel rotor designed for high-performance applications, ready for installation on compatible vehicles. Hardware or additional components are not included and should be sourced separately if required.