Akebono ASP1012A Disc Brake Pad Set - Rear

Akebono ASP1012A Rear Ceramic Brake Pads

The Akebono ASP1012A Performance Ultra Premium Ceramic Pad is a rear disc brake pad set for select Ford F-150 and Lincoln Mark LT applications. It brings Akebono’s ceramic brake technology to drivers who want consistent braking performance with low-noise operation and controlled friction characteristics.

Performance Ultra Premium Ceramic Line

Akebono’s Performance Ultra Premium Ceramic Pad line focuses on advanced friction material development with attention to noise, vibration, and harshness control. Akebono also has deep OE experience and technical centers in Japan, the United States, and France, supporting brake material engineering for modern passenger and light truck platforms.

Key Features

• Rear disc brake pad set for confirmed applications
• Performance Ultra Premium Ceramic formulation
• Engineered for noise, vibration, and harshness control
• Fits 2004-2011 Ford F-150, rear
• Fits 2006-2008 Lincoln Mark LT, rear
• Akebono ASP1012A part number for accurate ordering and replacement matching

Vehicle Fitment

• Fits 2004-2011 Ford F-150, rear.
• Fits 2006-2008 Lincoln Mark LT, rear.

What It Helps Address

• Brake noise during everyday driving
• Uneven or worn rear pad replacement needs
• Reduced braking consistency from aged friction material
• Service replacement for rear disc brake pad wear

Installation Notes and Tips

Verify rear axle brake pad application before ordering and match the vehicle year, make, model, and position to the confirmed fitment. Inspect rotors, caliper hardware, and brake fluid condition during service, and follow the vehicle manufacturer’s brake bedding procedure after installation. This part cross-references Bosch BC1012 and Wagner MX1012 for the same application.

Quality Assurance

Akebono Brake Corporation is a long-established brake technology supplier with OE experience across a wide range of vehicles. The ASP1012A is built to Akebono’s ceramic brake standards for controlled friction development and NVH-focused performance.