Hawk HB709F.630 DTC-60 High-Performance Brake Pads 0.630" Thickness

Vehicle Fitment

• Performance and motorsport brake pad application using DTC-60 pad shape
• Compatible with select high-performance and racing brake calipers
• Verify pad shape and caliper fitment before ordering

Features

• Hawk Performance DTC-60 friction compound for high torque and consistent braking
• Excellent modulation and predictable brake release under high heat
• Superior performance for track, off-road, and competition use
• Reduced rotor wear compared to aggressive racing compounds
• Enhanced braking control in demanding driving conditions
• Can be used with or without ABS systems
• Designed for iron/metal rotors - not intended for carbon-ceramic rotors
• Precision engineered for consistent friction delivery and brake pedal feel

Specifications

• Part Number: HB709F.630
• Brand: Hawk Performance
• Compound: DTC-60 high-performance friction material
• Pad Thickness: 0.630"
• Operating Temperature: Designed for competitive and high-load braking
• Optimal Temperature Range: For sustained performance use
• Rotor Compatibility: Iron/metal rotors only
• Application Type: Motorsport and high-performance braking systems

Included Components

• Set of Hawk Performance HB709F.630 brake pads
• Installation and bedding instructions

Product Description

The Hawk HB709F.630 brake pads are high-performance friction components engineered for motorsport and competitive use. Featuring Hawk's DTC-60 compound, these pads deliver high torque and dependable braking control under extreme conditions, making them suitable for track cars, off-road competition, and other performance applications requiring reliable stopping power.

With a 0.630" pad thickness and friction material designed to handle intense heat and load, the HB709F.630 pads provide consistent braking performance where standard street pads fall short. These pads are intended for use with iron or metal rotors and are not designed for carbon-ceramic rotor systems. Always verify brake caliper compatibility before installation to ensure correct fitment.