Hawk HB929G.618 DTC-60 Rear Performance Brake Pads for 2020 Ford Mustang GT500

Vehicle Fitment

• 2020 Ford Mustang Shelby GT500 (Rear, 5.2L Supercharged V8)

Fitment Notes

• Rear brake pad application - replaces rear pads only
• Designed for use with iron/metal rotors; not compatible with carbon ceramic rotors
• DTC-60 compound best suited for high-performance use on appropriate street/track vehicles

Features

• Hawk DTC-60 high-performance Ferro-Carbon compound for aggressive braking
• High torque and strong initial bite for improved deceleration
• Excellent modulation and brake release characteristics
• Low abrasive rotor wear for extended rotor lifespan
• Designed to resist fade under elevated braking temperatures
• Ideal for spirited driving, performance street use, and light track use
• Precision engineered to fit correct pad shape (FMSI D2363-9594)
• Compatible with ABS for predictable braking response

Specifications

• Part Number: HB929G.618
• Compound: DTC-60 High-Performance Ferro-Carbon
• Position: Rear axle brake pads
• Pad Thickness: 0.618 in (approx. 15.7 mm)
• Designed for use with iron/metal rotors
• Temperature Capability: Broad range for performance use

Included Components

• 1x Set of rear DTC-60 performance brake pads (left & right)

Product Description

The Hawk Performance HB929G.618 rear brake pads use the DTC-60 high-performance Ferro-Carbon compound engineered for vehicles where stronger braking, high torque, and aggressive initial bite are desirable. These pads are formulated to deliver a significant improvement in deceleration and modulation over many standard street pads, making them a suitable choice for performance-oriented street cars like the 2020 Ford Mustang Shelby GT500 with its 5.2L supercharged V8.

Designed specifically for rear axle placement, the HB929G.618 pads provide excellent release and control characteristics, balanced braking performance, and reduced rotor wear compared with some other high-friction compounds. Their performance is well suited for spirited driving and street performance scenarios. Always verify compatibility with your vehicle's brake system, rotor size, and driving requirements before installation.