Brake pads are the friction material that presses against the disc every time you apply the pedal, converting kinetic energy into heat through controlled contact. Each set is engineered to match the specific disc diameter, calliper geometry, and thermal tolerance of a given chassis — which is why the OE number matters as much for pads as it does for callipers. Running the wrong friction compound can produce a hard pedal, excessive disc wear, or the characteristic metallic squeal that signals the wear indicator has been reached. More seriously, using pads with the wrong backing plate thickness can cause the piston to over-extend and rupture its dust boot, introducing moisture into the hydraulic circuit. Most pads on family saloons and hatchbacks last between 30,000 and 60,000 miles depending on driving style and axle position — fronts wear faster because they absorb the larger share of braking force. Bosch and Brembo are the two names you will encounter most often across original-equipment fitments, supplying pads to manufacturers from VAG to Mercedes-Benz. EBC Brakes and Textar round out a competitive aftermarket field. Because brake fade compounds progressively on a single side, pads are invariably replaced as a complete axle set.
Each listing shows the OE references TecDoc maps to your specific vehicle chassis. You can cross-reference the part number printed on the friction material backing plate of your existing pads — it is usually stamped or printed on the metal back plate. Confirm the match using your vehicle's VIN or the make-model-year selector on the page. Getting the OE number right ensures the pad thickness, backing plate dimensions, and friction compound all match your calliper and disc exactly.
OEM pads are manufactured to the vehicle maker's exact friction specification, typically by Bosch, Brembo, TRW or Textar, and carry the identical OE reference number. Quality aftermarket pads from established suppliers like EBC Brakes or Valeo use equivalent compounds and meet OE tolerances, though the friction blend may be tuned for road comfort or track use. Budget pads can work adequately on low-mileage urban cars but may exhibit higher dust output, noisier operation, or faster disc wear under sustained motorway use.
Front and rear pads wear at different rates — fronts typically wear two to three times faster because they take the majority of braking load. You do not need to replace both axles simultaneously, but you should always replace both pads on a single axle together. Fitting one new pad alongside a worn one on the same wheel creates uneven clamping force, which can pull the car under braking and produce diagonal scoring on the disc surface that accelerates wear on both components.
The most obvious sign is a persistent metallic scraping or squealing under light braking, caused by the wear indicator contacting the disc. On modern cars a dashboard warning light often precedes audible symptoms. Vibration through the pedal during a stop, a car that pulls subtly to one side, or a noticeably longer stopping distance in the dry are all reliable indicators. Visually inspecting pad thickness through the wheel spokes — anything under 3 mm remaining on the friction material — confirms that replacement is overdue.
Showing 100 of 63,151 Brake pad set OE numbers. Enter the OE on the main OE search to jump to any reference.
