EBC S4KF1000 Redstuff Front Brake Kit for 1994-2005 Mazda Miata MX-5

Vehicle Fitment

• 1994-2005 Mazda Miata (MX-5)

Features

• High-performance EBC Redstuff brake pads for superior stopping power
• USR slotted rotors designed to reduce brake fade and improve cooling
• Low dust formulation for cleaner wheels and reduced maintenance
• Enhanced pedal feel and braking response for spirited driving
• Direct fitment with no modifications required
• Includes all necessary components for a complete front brake upgrade
• Engineered for both daily driving and occasional track use
• Backed by EBC's 10,000-mile or 12-month warranty

Specifications

• Brake Pad Material: EBC Redstuff (Aramid fiber and ceramic composite)
• Rotor Type: USR slotted vented rotors
• Rotor Diameter: 254mm
• Rotor Thickness: 20mm
• Height: 45mm
• Center Hole Diameter: 55mm
• Mounting Bolt Hole Circle Diameter: 55mm
• Stud/Lug Hole Quantity: 4
• FMSI Pad Number: D635

Included Components

• 2x EBC Redstuff front brake pads (left and right)
• 2x EBC USR slotted vented front rotors
• 1x Installation hardware kit
• 1x User installation guide

Product Description

The EBC S4KF1000 Redstuff Front Brake Kit is specifically designed for the 1994-2005 Mazda Miata (MX-5), offering a complete upgrade to your vehicle's braking system. This kit includes high-performance EBC Redstuff brake pads and USR slotted vented rotors, engineered to provide superior stopping power, reduced brake fade, and improved cooling.

Ideal for both daily driving and occasional track use, the Redstuff pads feature an aramid fiber and ceramic composite material, delivering enhanced braking performance with minimal dust. The USR slotted rotors are designed to reduce brake fade and improve cooling, ensuring consistent braking performance under various driving conditions.

Installation is straightforward, with all necessary components included and no modifications required. Backed by EBC's 10,000-mile or 12-month warranty, this kit is a reliable choice for Miata enthusiasts seeking improved braking performance.