Hawk HB159W.492 DTC-30 Rear Brake Pads for94-05 Mazda Miata/Escort/Tracer

Vehicle Fitment

• 1994-1997, 1999-2005 Mazda Miata (1.8L I4, RWD)
• 1995-1998 Mazda Protege (1.8L I4, FWD)
• 1997-2002 Ford Escort (2.0L I4, FWD)
• 1997-2003 Ford Escort ZX2 (2.0L I4, FWD)
• 1997-1998 Mercury Tracer (2.0L I4, FWD)
• 2002-2004 Chevrolet Venture (3.4L V6, FWD)

Features

• Dynamic Torque Control (DTC-30) compound for smooth yet aggressive braking
• Wide operating range: 100-1200 °F (optimal 100-800 °F)
• Good cold-temperature effectiveness for track and street prep
• Low dust and minimal rotor wear
• Fade-resistant under repeated heavy braking
• Consistent pedal feel and modulation
• Specially formulated for iron/metal rotors
• Sold as rear-axle set, perfect for balanced braking setups

Specifications

• Pad Thickness: 0.492 in
• Position: Rear axle
• Compound: DTC-30 race compound
• Backing Plate Style: HB159
• Compatible Rotors: Cast iron
• Drivetrain Compatibility: FWD and RWD (Miata only)
• Recommended Use: Circle track, dirt, autocross, time attack
• Not DOT-street legal - track use only

Included Components

• 1x Pair of Rear Brake Pads (HB159W.492, DTC-30)
• 1x Hardware Kit (shims, springs, clips; included for Miata, Escort, Tracer)
• 1x Manufacturer Info Sheet

Product Description

The Hawk HB159W.492 rear brake pads with DTC-30 compound deliver powerful, controllable stopping performance for both Mazda, Ford, Mercury, and Chevy platforms equipped with HB159 pad shape. The 0.492-inch pad thickness ensures precise fitment, and the DTC-30 formulation provides aggressive bite with excellent modulation and fade resistance - ideal for track environments.

These pads are a favorite among Miata, Escort ZX2, Tracer, Protege, and Venture owners upgrading for performance driving. Note that these pads are not street-legal (DTC race compound) and are formulated exclusively for iron rotors. Included hardware-in-the-box ensures proper fitment and noise suppression where applicable. Prepare for improved brake pedal feel and consistent performance under demanding conditions.