Akebono ACT1354C Disc Brake Pad Set - Rear

Akebono ProACT Ultra Premium Ceramic Brake Pads

The Akebono ProACT Ultra Premium Ceramic Pad, part number ACT1354C, is a rear disc brake pad set engineered for specific Toyota, Lexus, and Scion applications. It uses ceramic friction materials and stainless hardware for consistent braking feel and reduced noise, vibration, and harshness.

Key Features

• ProACT Ultra Premium Ceramic Pad formulation for smooth, quiet braking
• Rear disc brake pad set for targeted OE-style replacement
• Stainless hardware and ceramic materials noted in the application details
• Developed by Akebono, a long-time OE brake technology supplier
• Part number ACT1354C for easy catalog matching

Product Details

Akebono ProACT Ultra Premium Ceramic Pad ACT1354C is built for rear brake service on 2011-2017 Lexus CT200h, 2016 Scion iM, and 2017-2018 Toyota Corolla iM. This line focuses on controlled friction behavior and NVH management, making it a practical choice for drivers seeking a refined brake pedal response and quiet operation. This part cross-references Bosch BC1354 for the same application.

Common Brake Issues It Can Address

• Brake noise during everyday stopping
• Uneven or inconsistent rear brake feel
• Worn rear pads requiring replacement
• Reduced braking smoothness in stop-and-go driving
• Service needs on rear disc brake systems for Lexus CT200h, Scion iM, and Toyota Corolla iM

Installation Notes and Tips

Confirm rear axle fitment before ordering and match the vehicle year, make, and model exactly to the listed applications. Inspect rotors, caliper condition, and brake fluid level during service, and follow the vehicle manufacturer’s brake service procedure for bedding-in after installation. Verify part number ACT1354C against the catalog before installation on a Lexus CT200h, Scion iM, or Toyota Corolla iM.

Quality Assurance

Akebono Brake Corporation is recognized for ceramic brake technology and supplies advanced brake friction products for OE and aftermarket use. Its engineering and R&D network supports brake material development with a focus on noise, vibration, and harshness control.