EBC S9KF1009 Yellowstuff Brake Pads & USR Slotted Rotors for 05-11 Lotus Elilus

Vehicle Fitment

• 2005-2011 Lotus Elise (Front)
• 2006-2010 Lotus Exige (Front)

Features

• Includes EBC Yellowstuff high-friction brake pads for enhanced stopping power
• USR sport slotted rotors designed for improved cooling and reduced brake fade
• Patented EBC Brake-in™ coating for faster pad seating and reduced initial wear
• Fully shimmed, chamfered, and slotted pads for noise reduction and smooth braking
• Thermic anti-rust coating on rotors for increased corrosion resistance
• Designed for street and track use with superior stopping performance
• Direct fitment for specified vehicles with stock calipers
• 12-month/10,000-mile warranty for peace of mind

Specifications

• Rotor Style: Vented, 4 Bolt Holes
• Rotor Diameter: 288mm
• Rotor Height: 45mm
• Rotor Thickness: 26mm
• Center Hole Diameter: 60mm
• Pad Material: Yellowstuff high-friction compound
• Pad Friction Rating: GG (high heat tolerance)
• Position: Front

Included Components

• 2x USR sport slotted front brake rotors
• 2x Yellowstuff high-friction front brake pads
• 1x Brake hardware kit (if applicable)

Product Description

The EBC S9KF1009 brake kit is engineered to deliver exceptional braking performance for the 2005-2011 Lotus Elise and 2006-2010 Lotus Exige. This kit includes EBC's Yellowstuff high-friction brake pads and USR sport slotted rotors, designed to provide enhanced stopping power and improved cooling for both street and track applications.

The Yellowstuff pads feature a GG friction rating, ensuring high heat tolerance and consistent performance under load. The USR rotors are slotted to reduce brake fade and enhance cooling, while the thermic anti-rust coating ensures increased corrosion resistance for longevity.

Installation is straightforward, with pre-scorched pads facilitating a quicker bed-in process. This kit offers a comprehensive solution for upgrading your vehicle's braking system, providing improved safety and performance for both daily driving and extreme conditions.