Product#: GF900183

2010-12 Camaro V6 Hawk Performance Ceramic Rear Brake Pads

Time for a brake pad upgrade? Classic Industries offers Hawk pads - either the Performance Ceramic or HPS (High Performance Street). The Performance Ceramic is engineered to reduce brake NVH (Noise, Vibration and Harshness),...


Product#: PGD628M

94-96 Brake Pads Rear

1967-96 Disc Brake Pads PG PLUSÖ Disc Brake Pads provide the most complete line of premium quality brakes in the industry. Engineered to provide the best overall premium performance for everyday driving conditions, PG...

94-96 Brake Pads Rear

MSRP $57.99 set
Classic $51.99 set

Product#: SSD628

1994-96 Full Size Brake Pads Rear

These disc brake pads feature a friction material that is formulated for drivers who demand extra long life and performance. Specifically for drivers who are hard on brakes or brake frequently with heavy loads. The severe...


Product#: CB53370

2010-15 Camaro V6 - Posi Quiet Rear Brake Pads - Ceramic

Posi Quiet brake pads are manufactured using OE processes. Extreme pressure compresses the friction material, bonding it to the backing plate for consistent density throughout the pad, resulting in even performance and wear...


Product#: GF900182

2010-12 Camaro SS Hawk Hps Rear Brake Pads

Time for a brake pad upgrade? Classic Industries offers Hawk pads - either the Performance Ceramic or HPS (High Performance Street). The Performance Ceramic is engineered to reduce brake NVH (Noise, Vibration and Harshness),...


Product#: GF900181

2010-12 Camaro SS Hawk Performance Ceramic Rear Brake Pads

Time for a brake pad upgrade? Classic Industries offers Hawk pads - either the Performance Ceramic or HPS (High Performance Street). The Performance Ceramic is engineered to reduce brake NVH (Noise, Vibration and Harshness),...


Product#: GF900184

2010-12 Camaro V6 Hawk Hps Rear Brake Pads

Time for a brake pad upgrade? Classic Industries offers Hawk pads - either the Performance Ceramic or HPS (High Performance Street). The Performance Ceramic is engineered to reduce brake NVH (Noise, Vibration and Harshness),...


Product#: PGD413M

1988-97 F-Body Semi-Metallic Rear Brake Pad Set

Semi-metallic rear disc brake pads for 1988-97 Camaro models. Semi-metallic brake pads are a cost effective and durable upgrade from organic material pads.


Product#: CB50530

2010-15 Camaro V8 - Posi Quiet Rear Brake Pads - Ceramic

Posi Quiet brake pads are manufactured using OE processes. Extreme pressure compresses the friction material, bonding it to the backing plate for consistent density throughout the pad, resulting in even performance and wear...


Product#: CB40530

2010-15 Camaro V8 - Posi Quiet Rear Brake Pads - Semi-Metallic

Posi Quiet brake pads are manufactured using OE processes. Extreme pressure compresses the friction material, bonding it to the backing plate for consistent density throughout the pad, resulting in even performance and wear...


Product#: 1508850K

1955-90 GM / Mopar/ Ford Wilwood BP-10 Brake Pads For Dynalite Calipers (Type 7112)

Wilwood's exclusive BP-10 is an all new type of high performance street compound. BP-10 exhibits the medium to high temperature friction characteristics of a semi-metallic based race compound with the low temperature...


Product#: 1509488K

1967-87 GM Wilwood BP-10 W6AR / W4AR Brake Pads (Type 6617)

Wilwood's exclusive BP-10 is an all new type of high performance street compound. BP-10 exhibits the medium to high temperature friction characteristics of a semi-metallic based race compound with the low temperature...


Product#: 15010006K

Wilwood BP-10 Dynapro 6 Brake Pads (Type 6712 )

Wilwood's exclusive BP-10 is an all new type of high performance street compound. BP-10 exhibits the medium to high temperature friction characteristics of a semi-metallic based race compound with the low temperature...


Product#: 1508855K

1958-90 Wilwood BP-10 Superlite 6 Brake Pads (Type 7416 )

Wilwood's exclusive BP-10 is an all new type of high performance street compound. BP-10 exhibits the medium to high temperature friction characteristics of a semi-metallic based race compound with the low temperature...