Hawk HB704F.692 HPS Performance Brake Pads for 2009-2013 Toyota Matrix, 2011-16

Vehicle Fitment

• 2009-2013 Toyota Matrix (2.4L I4)
• 2009-2010 Toyota Matrix XRS (2.4L I4)
• 2011-2016 Scion tC (2.5L I4)
• 2016-2017 Toyota Mirai (Fuel Cell)
• 2009-2010 Toyota Corolla XRS (2.4L I4)
• 2006-2012 Toyota RAV4 (2.4L I4)
• 2014-2016 Toyota RAV4 (2.5L I4)
• 2016-2018 Toyota RAV4 Hybrid (2.5L I4)

Features

• Ferro-Carbon HPS compound for enhanced braking performance
• 20-40% more stopping power than OEM pads
• Low dust output for cleaner wheels
• Quiet operation with reduced noise levels
• Gentle on rotors for extended pad life
• Stable friction output across a wide temperature range
• Designed for high-performance street driving
• Not compatible with carbon ceramic rotors

Specifications

• Pad Thickness: 17.58 mm
• Pad Height: 57 mm
• Pad Width: 147 mm
• Friction Material: Ferro-Carbon HPS
• Dust Rating: Low
• Noise Rating: Quiet
• Operating Temperature Range: 37°C-370°C
• Optimal Temperature Range: 37°C-260°C
• FMSI Number: D1211-8331

Included Components

• 1x Set of front brake pads (2 pads)

Product Description

The Hawk HB704F.692 High Performance Street (HPS) Brake Pads are engineered to provide enhanced stopping power and reduced brake dust for high-performance street vehicles. Utilizing Hawk's Ferro-Carbon HPS compound, these pads deliver improved braking performance while maintaining a low dust output, keeping your wheels cleaner for longer.

Designed for a wide range of Toyota and Scion models, including the Matrix, tC, Corolla XRS, and RAV4, the HB704F.692 pads offer quiet operation and are gentle on rotors, ensuring extended pad life. With an optimal operating temperature range of 37°C-260°C, they are well-suited for high-performance street driving applications.

Please note that these pads are not compatible with carbon ceramic rotors and are intended for use with iron/metal rotors. Manufactured in ISO-certified facilities, the HB704F.692 pads meet stringent quality standards to provide reliable and consistent braking performance.