|Product > Brembo Brake Pad 07YA23 Yamaha|
|Brembo Brake Pad 07YA23|
Brembo Caliper 4 pot หูชิด
YAMAHA FZ 1, FZ 6 S2 , FAZER , N , FZ 8 , FAZER ALL
YAMAHAXTZ SUPER TENERE 1200 ALL
YAMAHA FJR , XJR 1300
Road-07YA23SA Sinter 1,700.-/pack
Racing - 07YA23SC Sinter 2,050.-/pack
Racing - 07YA23RC Carbon-Ceramic 2,500.-/pack
For this model are required 2 sets of pads.
This is a sintered compound, specific for front application, characterised by excellent efficiency in all conditions of use. It therefore represents an ideal alternative to original brake pads, both when cold and when hot. This compound is characterised by low wear which guarantees long life and suitable mileage.
Sintered compound for sport street and moderate track use. The good friction coefficient when hot and above all the stability at high temperatures allow consistent braking performance from the start to the last Sintered compound for sport street and moderate track use. The good friction coefficient when hot and above all the stability at high temperatures allow consistent braking performance from the start to the last lap. The good friction coefficient of this material when cold allows efficient street use.
A compound conceived solely for track use, a true racing pad suited for any type of competition.
The most significant characteristics of this compound are its high friction and consistent efficiency, especially at high disc temperatures. These characteristics ensure superlative, consistent braking for the entire duration of the race and make the braking system much less prone to fade. At low temperatures the efficiency of this compound is limited and consequently it is suited for road use.
Selected by motorcycle manufacturers, this is the sintered 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.
It represents the evolution of the organic compound with the use of a higher quantity of carbon. High mileage and good performance when hot and cold, dry and wet, characterise this friction material.
WIDTH mm 69,2
HEIGHT mm 51,3
THICKNESS mm 8,8