Hawk HB431E.606 Blue 9012 Front Brake Pads for 01-05 Mazda Miata MX-5

Vehicle Fitment

• 2001-2005 Mazda Miata MX-5 (Base, LS, SE - Front)
• 2004-2005 Mazda Miata MX-5 Mazdaspeed (Turbo - Front)

Features

• Blue 9012 medium-to-high torque racing compound for road/track use
• Engineered for endurance and consistent braking performance
• Intermediate initial bite with increased mid-mu characteristics
• Excellent brake modulation and release control
• Designed for road racing, circle track, and rally performance
• Optimized for use with OEM-style calipers
• Iron/metal rotor compatibility for long life and reliability
• Not compatible with carbon ceramic rotors

Specifications

• Part Number: HB431E.606
• Compound: Blue 9012 Medium-High Torque Motorsport
• Pad Position: Front
• Pad Thickness: 0.606" nominal (~15 mm)
• FMSI Shape Code: D0890
• Operating Temp Range: approx. 250-1000 °F (120-535 °C)
• Optimal Temp Range: approx. 350-800 °F (175-430 °C)
• Recommended Use: Road racing, rally, circle track performance

Included Components

• 2x Front brake pads (left and right pair)

Product Description

Hawk HB431E.606 Blue 9012 front brake pads are designed for high-performance and motorsport applications on Mazda Miata MX-5 models built from 2001 through 2005, including Base, LS, SE, and Mazdaspeed variants. Featuring Hawk's Blue 9012 compound - a medium-to-high torque friction material - these pads deliver consistent braking performance, excellent modulation, and strong brake feel suited for road racing, circle track, and rally events. The compound is formulated for endurance as well as aggressive use without sacrificing pad or rotor life.

These pads are a direct front replacement for the listed Miata applications and install easily with OEM calipers. Blue 9012 pads are optimized for use with iron or metal rotors and are **not compatible with carbon ceramic brake systems**. Whether used on the street or at competitive events, HB431E.606 provides a strong performance upgrade with controlled initial bite and reliable stop-to-stop consistency.