Wilwood 160-7099-BK SRP Drilled/Slotted 11.00" RH Brake Rotor Universal

Vehicle Fitment

• Universal performance brake rotor - designed for custom, motorsport, and upgraded brake systems

Features

• SRP drilled and slotted design for improved ventilation and heat dissipation
• Directional cross-drill and face slot pattern to reduce pad glaze and disperse gases
• Black electro-coat finish for enhanced corrosion resistance
• Iron rotor construction for strength and durability in performance use
• 30 straight vanes for efficient internal airflow cooling
• Balanced to help reduce vibration in use
• Right-hand (RH) specific configuration for paired systems
• Reduces unsprung and rotational weight vs many heavier OEM rotors

Specifications

• Part Number: 160-7099-BK
• Rotor Diameter: 11.00 in (279 mm)
• Thickness: 0.81 in (20.6 mm)
• Bolt Pattern: 6 x 6.25 in
• Material: Iron
• Finish: Black electro-coat
• Vane Count: 30 straight vanes
• Configuration: Right-hand (RH) rotor

Included Components

• 1x SRP Drilled/Slotted Brake Rotor (11.00", RH)

Product Description

The Wilwood 160-7099-BK SRP Drilled/Slotted Brake Rotor is a high-performance universal rotor designed for custom brake systems used in motorsport, street performance, or upgraded stopping systems. This rotor's drilled and slotted pattern enhances airflow and heat dissipation, helping to manage high temperatures and maintain consistent pad contact during repeated braking events. The directional cross-drill and face slots also help reduce pad glaze and disperse gases generated at the pad-to-rotor interface.

Constructed from durable iron and finished in a black electro-coat for corrosion resistance, this 11.00" rotor features 30 straight cooling vanes for internal airflow management. The right-hand (RH) configuration is intended for use in paired systems alongside a matching left-hand rotor. With its performance-oriented design, this universal rotor is ideal for builders and enthusiasts upgrading brake performance where a custom hub, hat, and caliper setup is used.