Hawk HB485Z.656 Performance Ceramic Rear Brake Pads for 2005-2014 Ford Mustang

Vehicle Fitment

• 2005-2014 Ford Mustang V6 (3.7L)
• 2005-2014 Ford Mustang GT (4.6L/5.0L V8)
• 2007-2013 Ford Mustang Shelby GT500/Boss 302 (5.4L/5.0L V8)

Features

• Performance Ceramic (PC) compound: ultra-quiet, low dust, high stopping power
• Linear friction profile enhances ABS performance and pedal feel
• Stable friction across 100-650 °F operating and 100-450 °F optimal range
• Gentle on iron/metal rotors - extends pad & rotor life
• Street-legal with minimal brake NVH (Noise, Vibration, Harshness)
• Provides up to 32% improved stopping power vs. stock pads 
• OEM-caliper bolt-on design with pre-installed hardware
• Durable under daily driving & spirited performance 

Specifications

• Position: Rear axle
• Pad thickness: 0.656" (16.7 mm)
• Material: Performance Ceramic
• Operating temp: 100-650 °F; optimal: 100-450 °F 
• Emissions: EPA street-legal
• Compatible rotors: iron/metal only (not carbon-ceramic)
• Geometry/mounting: OEM-match with shims & hardware

Included Components

• 2x Performance Ceramic rear brake pads (left/right)
• 1x pair pre-installed anti-rattle shims

Product Description

The Hawk HB485Z.656 rear brake pads bring premium ceramic compound performance to Ford Mustang V6, GT, Shelby GT500, and Boss 302 models from 2005 to 2014. Designed for enthusiasts seeking cleaner wheels, quieter stops, and stronger braking, these pads deliver up to 32 % better stopping power than stock options while significantly reducing brake dust and noise.

Featuring a linear friction profile and street-legal Performance Ceramic material, these pads offer consistent, fade-resistant braking across a broad temperature range. They're gentle on rotors, helping preserve costly OEM or aftermarket discs. With OEM-caliper compatibility and pre-installed hardware, installation is fast and hassle-free.

Whether you're daily-driving or enjoying occasional spirited runs, the HB485Z.656 pads provide a refined, reliable upgrade for Mustang owners who demand enhanced performance without compromising comfort or curb appeal.