Hawk HB501B.625 DTC-60XL Brake Pads .625" for 07-15 Audi Q7 / 03-10 Porsche

Vehicle Fitment

• 2007-2015 Audi Q7 (All trims, 3.0L/3.6L petrol & 3.0L diesel, Front)
• 2003-2010 Porsche Cayenne (Base, S, GTS, Turbo, Front)
• 2004-2009 VW Touareg (V6, 4.2 V8, Front)

Features

• DTC-60XL high-torque compound for motorsport-level braking
• Strong initial bite with smooth release for controlled deceleration
• Extra-thick .625" friction material for increased pad life
• Consistent performance under repeated heavy braking
• Wide operating temperature range for track and street use
• Reduced rotor wear compared to harder race pads
• Optimized for performance and aftermarket calipers
• Designed for iron/steel rotors (not carbon-ceramic)

Specifications

• Brand: Hawk Performance
• Part Number: HB501B.625
• Compound: DTC-60XL high-torque motorsport friction
• Pad Thickness: 0.625" nominal
• Application: Front brake, high-performance/motorsport
• Operating Temperature: Broad range for heavy use
• Rotor Compatibility: Iron/steel rotors only
• FMSI Pad Shape Codes: D0977 / D1014

Included Components

• 1x Set of Hawk HB501B.625 DTC-60XL brake pads
• Installation and bedding-in instructions

Product Description

The **Hawk HB501B.625** brake pads are engineered with the **DTC-60XL high-torque compound** to provide exceptional braking performance for high-load SUV and performance applications. With a **.625" thick pad**, these brakes offer strong initial bite, consistent modulation, and improved thermal capacity for track, street, and competitive use.

These pads are designed for **front brake applications** on 2007-2015 Audi Q7, 2003-2010 Porsche Cayenne, and 2004-2009 VW Touareg models. They are optimized for **iron or steel rotors**, delivering excellent performance while minimizing rotor wear. Installation requires matching pad thickness and shape to your caliper (FMSI D0977/D1014) to ensure perfect fitment.

Ideal for drivers seeking **motorsport-level braking performance** on high-load SUVs, the HB501B.625 pads provide reliability, consistent stopping power, and long service life in aggressive driving conditions.