Brembo 09.7379.11 UV Coated Front Brake Rotor for 94-05 Mazda MX-5 Miata

Vehicle Fitment

• 1994-1997 Mazda MX-5 Miata (NA, all engines)
• 1999-2005 Mazda MX-5 Miata (NB, all engines)

Features

• Premium UV-coated front brake rotor for enhanced corrosion resistance
• OE-equivalent direct replacement quality from Brembo
• Vented rotor design for effective heat dissipation
• Precision balanced to help reduce vibration and noise
• Solid one-piece construction for durability
• Designed to work with original front calipers and mounting hardware
• UV coating provides cleaner look and improved environmental protection
• Includes fixing hardware for straightforward installation

Specifications

• Part Number: 09.7379.11
• Position: Front axle (left/right)
• Rotor Type: Vented, plain surface
• Rotor Finish: UV coated for corrosion resistance
• Diameter: 255 mm
• Nominal Thickness: 20 mm
• Minimum Thickness: 18 mm
• Height: 45 mm
• Centering Diameter: 55 mm
• Lug Bolt Holes: 4
• Recommended Torque: 98 Nm
• Material: High-carbon grey cast iron

Included Components

• 1x Front brake rotor (vented), Part 09.7379.11
• Fixing screws/hardware (included per packaging)

Product Description

The Brembo 09.7379.11 UV Coated Front Brake Rotor is a premium replacement rotor engineered for select Mazda MX-5 Miata models from 1994 through 2005. Featuring a corrosion-resistant UV protective finish, this vented rotor helps extend rotor life while maintaining a clean appearance. Its precision balanced design and high-carbon grey cast iron construction deliver dependable braking performance and improved heat dissipation under normal daily driving conditions.

Designed as a direct OE-equivalent replacement for the front axle, the 09.7379.11 rotor fits both NA and NB-series Miata models with 4-lug hubs. The included fixing hardware simplifies installation, and replacing brake pads concurrently is recommended to optimize braking performance and longevity. The UV coating not only enhances corrosion resistance but also offers environmental advantages through an eco-friendly application process.