Akebono ACT923A Disc Brake Pad Set - Front

Akebono ProACT Ultra Premium Ceramic Pad ACT923A

The Akebono ProACT Ultra Premium Ceramic Pad ACT923A is a front disc brake pad set for select Toyota and Pontiac applications. It uses ceramic friction material and is built for drivers who want consistent braking performance with reduced noise and vibration control focus.

ProACT Ultra Premium Ceramic Line

Akebono’s ProACT Ultra Premium Ceramic Pad line is part of the brand’s ceramic brake technology portfolio. Akebono has long supplied advanced brake friction materials and OE-focused braking solutions, with engineering centered on noise, vibration, and harshness control.

Key Features

• Front disc brake pad set for select Toyota Corolla, Toyota Matrix, and Pontiac Vibe applications
• Ceramic friction material for smooth, controlled braking response
• OE ceramic material formulation for listed fitments
• Premium stainless hardware referenced in the manufacturer fitment notes for select applications
• Part number ACT923A for catalog and cross-reference lookup

Fitment Details

• Fits 2003-2008 Pontiac Vibe, front
• Fits 2003-2004 Toyota Corolla, front
• Fits 2005-2006 Toyota Corolla, front
• Fits 2007-2008 Toyota Corolla, front
• Fits 2003-2008 Toyota Matrix, front

What This Brake Pad Set Helps Address

• Brake noise during everyday driving
• Uneven or inconsistent pedal feel from worn front pads
• Reduced braking performance caused by aged friction material
• Vibration and harshness concerns at the front axle
• Service replacement needs for Toyota Corolla, Toyota Matrix, and Pontiac Vibe front brakes

Installation Notes and Tips

Verify front axle fitment by year, make, and model before ordering. Inspect rotors, calipers, and related brake components during service, and follow the vehicle manufacturer’s brake bedding procedure after installation. This part cross-references Bosch BC923 and Raybestos Brakes EHT923H for the same application.

Quality Assurance

Akebono is recognized for ceramic brake technology and OE-oriented friction development, with technical centers in Japan, the United States, and France supporting product engineering and validation.