Hawk HB183G.585 DTC-60 Rear Brake Pads for Ford Mustang SVT Cobra Mach 1

Vehicle Fitment

• 1994-1999 Ford Mustang SVT Cobra (SN95, 5.0L V8 / 4.6L DOHC V8, RWD) - Rear
• 1995 Ford Mustang SVT Cobra R (SN95, 5.0L V8, RWD) - Rear
• 2000 Ford Mustang SVT Cobra R (New Edge, 4.6L DOHC V8, RWD) - Rear
• 2001 Ford Mustang SVT Cobra (New Edge, 4.6L DOHC V8, RWD) - Rear
• 2001 Ford Mustang GT Bullitt (New Edge, 4.6L SOHC V8, RWD) - Rear
• 2003 Ford Mustang SVT Cobra (New Edge, 4.6L DOHC Supercharged V8, RWD) - Rear
• 2003 Ford Mustang SVT Cobra 10th Anniversary (New Edge, 4.6L DOHC Supercharged V8, RWD) - Rear
• 2004 Ford Mustang SVT Cobra (New Edge, 4.6L DOHC Supercharged V8, RWD) - Rear
• 2003-2004 Ford Mustang Mach 1 (New Edge, 4.6L DOHC V8, RWD) - Rear

Fitment Notes

• Position: Rear axle only for all applications listed above.
• Caliper type: OEM stock rear disc brake calipers on all listed applications.
• Not compatible with carbon ceramic rotors. For use with iron/metal rotors only.
• DTC-60 is a pure motorsport compound and is not recommended for street use under any circumstances.
• For split friction setups: run DTC-60 at the rear with DTC-70 at the front to reduce rear initial bite while maintaining maximum front braking torque on these heavier Mustang platforms.
• This pad does not fit the standard Mustang GT, V6, or base trims - it is specific to the SVT Cobra, GT Bullitt, Mach 1, and Cobra R variants equipped with the larger rear disc brake caliper and rotor.
• The 1994 SVT Cobra uses a 5.0L V8; all other SVT Cobra applications listed use the 4.6L DOHC V8. Verify your specific engine before ordering if uncertain.

Features

• DTC-60 Ferro-Carbon compound - Hawk's high-torque motorsport formulation with less initial bite than the DTC-70, designed specifically for cars with high deceleration rates, with or without aerodynamic downforce.
• Superior release and torque control - The DTC-60 is engineered for precise, controllable rear axle braking on powerful RWD platforms, providing clean release at corner exit to prevent rear instability.
• Very low abrasive rotor wear - Despite its aggressive race compound classification, the DTC-60 is noted for very low abrasive rotor wear relative to its torque output, extending rotor service life during race and track sessions.
• Ideal rear compound in a DTC-70/DTC-60 split friction setup - On larger, heavier cars like the Mustang SVT Cobra and Mach 1, DTC-60 at the rear and DTC-70 at the front provides optimal front-to-rear brake bias for high-speed circuit racing.
• Wide operating temperature range - 400-1,600°F total operating range with an optimal zone of 700-1,100°F, delivering consistent brake torque across extended track sessions without fade.
• Excellent modulation and release characteristics - Provides predictable, repeatable braking response through the entire pedal travel range, allowing drivers to accurately modulate rear brake force deep into corners.
• Race-proven across multiple disciplines - Validated in NASCAR, NASCAR Modified, ARCA, Super Late Model, pavement circle track, Pro 2/Pro 4 Off Road Trucks, Sports Car/GT/GS, Open Wheel/Formula, and Monster Truck applications.
• Integrally molded construction - No loose shims to migrate or rattle at temperature, providing a stable direct pad-to-piston interface throughout the operating range.
• 100% asbestos, lead, chromium, cadmium, and antimony free - Manufactured in an ISO-certified facility.

Specifications

• Part Number: HB183G.585
• Compound: DTC-60
• Friction Material: Ferro-Carbon
• Pad Thickness: 0.585 in.
• Total Operating Temperature Range: 400-1,600°F
• Optimal Temperature Range: 700-1,100°F
• Torque Level: High
• Position: Rear
• Caliper Type: OEM Stock (SVT Cobra / Mach 1 / Bullitt rear caliper)
• Shims: None (integrally molded)
• Electronic Wear Sensor: Not included
• Rotor Compatibility: Iron/metal rotors only - not compatible with carbon ceramic rotors
• Recommended Use: Motorsport / Race / Track Day only - not for street driving
• Sold as: Set

Included Components

• 2x Hawk DTC-60 Rear Brake Pads (HB183G.585)

Product Description

The Hawk HB183G.585 DTC-60 rear brake pads are engineered for the rear axle of the Ford Mustang SVT Cobra (1994-1999, 2001, 2003-2004), the Cobra R (1995 and 2000), the 2001 GT Bullitt, and the 2003-2004 Mach 1 - all of which share the same high-performance rear disc brake caliper and pad dimensions. These pads are purpose-built for the demands of track and race use on these larger, higher-horsepower RWD Mustang platforms, where OEM rear pads and even performance street compounds are quickly overwhelmed by sustained high-temperature braking. Operating from 400-1,600°F with an optimal zone of 700-1,100°F, the DTC-60 compound maintains consistent, high-torque rear braking force across back-to-back track sessions without the fade that limits street-oriented compounds.

The DTC-60 is most often deployed as the rear component of a split-friction brake setup on these Mustang platforms, paired with DTC-70 pads at the front. This combination is the standard race setup for heavier RWD cars: the DTC-70 maximizes front braking torque and bite, while the DTC-60's lower initial bite at the rear prevents rear axle lockup and maintains vehicle stability under trail-braking and threshold braking. The DTC-60 is also notably gentler on rotors than other race compounds of comparable torque output, meaning less frequent disc replacement during high-mileage racing seasons. For teams or drivers running the 2003-2004 Supercharged SVT Cobra - the most powerful of the listed platforms - the DTC-60's superior release characteristics are particularly valuable in preventing rear wheel hop or snap oversteer under maximum deceleration.

The HB183G.585 is a rear-axle-specific pad for the SVT Cobra, Mach 1, Bullitt, and Cobra R caliper and is not compatible with standard Mustang GT or V6 rear calipers. The DTC-60 compound is not suitable for street use - it requires sustained operating temperatures that cannot be reliably achieved in normal driving, and its aggressive friction levels can cause rotor damage and unpredictable cold-brake behavior when used on the road. It is compatible with iron and metal rotors only and must not be used on carbon ceramic brake discs.