Press
Articles
Gallery
Videos
Dealers
Trackdays
Help
Contact
Show US Pricing Show Canadian Pricing
Register
Login
Brands
Parts & Accessories
Bodywork Brakes and Brake Controls Clutch and Clutch Controls Chassis Cooling System Crash Protection Drivetrain Electronics & ECU Engine Components Exhaust & Accessories Fender Eliminator / License Plate Holder Foot Controls Fuel, Intake & Accessories Hand Controls Motorcycles Mirrors and Mirror Block-Offs Nuts, Bolts, Screws & Mounts Shop Tools & Bike Stands Suspensions Wheels & Wheel Accessories Tires Clearance!

 

Find us on social

 

We accept VISA / MasterCard on OPP Racing
We accept AMEX / PayPal on OPP Racing
OPP Racing ships with Canada Post
OPP Racing ships with USPS
OPP Racing ships with FedEx
OPP Racing ships with UPS
Please note:

Brake Pad Set, CC Carbon Ceramic Compound, Road, Front/Rear - 07015CC

by

Brembo Serie Oro

Brembo Brake Pads (OE), Brembo Serie Oro Brembo Brake Pads (OE)
Fits the following bikes
  • APRILIA MX supermotard 125cc 2004-2006
  • APRILIA MX supermoto 125cc 2007-2010
  • APRILIA PEGASO 125 1992-1999
  • APRILIA PEGASO 600 1990-1991
  • APRILIA RX125 1990
  • APRILIA SX 125cc 2008-2012
  • APRILIA TUAREG RALLY 125 1990-1995
  • CAGIVA WMX 50cc 1989-1993
  • GILERA RC TOP RALLY 50cc 1989-1995
  • GILERA SUPERMOTARD 125cc 2004-2009
  • HERCULES SUPRA GP 1980-1985
Item Number
14522349
Manufacturer #
07015CC
Availability
Usually ships in 2-8 weeks
Quantity
Our Price

$45.80 CAD

This item ships FREE within contiguous USA, on orders over $159 USD!

Your shopping cart

Item(s):
0
Total:
$0 CAD

Questions about this product?
E-mail us: [email protected]

Product Description

About the Product

Selected by motorcycle manufacturers, this is the Carbon Ceramic material developed by Brembo as OEM equipment. The cases where the catalogue code corresponds exactly to the material used on the specific application are highlighted in the catalogues you will find at your local dealer.  Genuine brake pads are available in various compounds, each of which is characterised by a different friction coefficient. The friction coefficient is expressed with a number that has a value from 1 to 99: the higher the value of this number the higher the friction coefficient of that particular compound will be.