EBC S2KF1067 Greenstuff 2000 Brake Pad & USR Rotor Kit for 2001-2005 Lexus IS300

Vehicle Fitment

• 2001-2005 Lexus IS300 (3.0L I6, RWD)
• 2001-2005 Lexus GS300 (3.0L I6, RWD)
• 2001-2005 Lexus GS430 (4.3L V8, RWD)
• 2002-2010 Lexus SC430 (4.3L V8, RWD)

Features

• Enhanced braking performance over OEM pads
• Greenstuff 2000 series brake pads for improved stopping power
• USR slotted rotors for better heat dissipation
• Geomet anti-rust coating for extended rotor life
• Brake-In™ surface coating for immediate pad bedding
• Fully shimmed and chamfered pads for reduced noise and vibration
• Direct fit OEM replacement for easy installation
• Ideal for spirited driving and daily use

Specifications

• Position: Front
• Pad Material: Greenstuff 2000 compound
• Rotor Type: Slotted USR series
• Rotor Coating: Geomet anti-rust
• Rotor Dimensions: 296mm diameter, 32mm thickness, 62mm center hole diameter
• Includes: 2x Greenstuff 2000 brake pads, 2x USR slotted rotors, hardware

Included Components

• 2x Greenstuff 2000 brake pads (front)
• 2x USR slotted rotors (front)
• Installation hardware

Product Description

The EBC S2KF1067 Stage-2 Sport Brake Kit is designed to enhance the braking performance of 2001-2005 Lexus IS300, GS300, GS430, and 2002-2010 SC430 models. This kit includes Greenstuff 2000 series brake pads and USR slotted rotors, offering improved stopping power and reduced brake fade compared to OEM components.

The Greenstuff 2000 pads are engineered for spirited driving and daily use, providing a balance between performance and comfort. Paired with the USR slotted rotors, which feature a Geomet anti-rust coating, this kit ensures better heat dissipation and longevity. The Brake-In™ surface coating allows for immediate pad bedding, reducing the time needed for optimal performance.

Installation is straightforward with direct fitment and all necessary hardware included. Whether you're upgrading for enhanced performance or replacing worn components, the EBC S2KF1067 kit delivers reliable and consistent braking performance.