Same as the RC8 but with a grooved backplate for an optimized cooling.
High performance and versatile compound, mainly used in rally and sprint races. The essential Ferodo!
Same as the RC8 but with a grooved backplate for an optimized cooling.
Medium level of friction, ideal for trackdays with light cars.
High level of friction, many possible applications on circuit or in rally.
The highest friction level in the CL Brakes range, for extreme performance.
Compound specifically developed for carbon-ceramic discs. Perfect for trackdays!
The highest friction coefficient in the Pagid endurance range for the most demanding applications.
Compound specifically developed for carbon-ceramic discs. Perfect for trackdays!
The highest friction coefficient in the Pagid endurance range for the most demanding applications.
The "Yellow Pagid pads". Wide range of applications from intensive track days to high-level endurance racing.
Compound specifically developed for carbon-ceramic discs. Perfect for trackdays!
The highest friction coefficient in the Pagid endurance range for the most demanding applications.
The "Yellow Pagid pads". Wide range of applications from intensive track days to high-level endurance racing.
Compound specifically developed for carbon-ceramic discs. Perfect for trackdays!
The highest friction coefficient in the Pagid endurance range for the most demanding applications.
Endurance material for severe applications. High coefficient of friction / long life / very constant
Very popular material in the field of high performance / trackday pads. Very progressive from low temperatures.
The new benchmark for GTs used extensively in sprint and semi-endurance races.
The "Yellow Pagid pads". Wide range of applications from intensive track days to high-level endurance racing.
High coefficient of friction, for sprint applications requiring high braking torque.
The "Yellow Pagid pads". Wide range of applications from intensive track days to high-level endurance racing.
The highest friction coefficient in the Pagid endurance range for the most demanding applications.
Endurance pads based on RSL1 with longer pad and disc life and only slightly lower friction coefficient.
The highest friction coefficient in the Pagid endurance range for the most demanding applications.
The most versatile compound sprint! High coefficient of friction, high resistance to fading.
The new benchmark for GTs used extensively in sprint and semi-endurance races.
The new benchmark for GTs used extensively in sprint and semi-endurance races.
S4928R29001 4928R29001
S4928R29001 4928R29001
S4928R29001 4928R29001
The "Yellow Pagid pads". Wide range of applications from intensive track days to high-level endurance racing.
High coefficient of friction, for sprint applications requiring high braking torque.
The "Yellow Pagid pads". Wide range of applications from intensive track days to high-level endurance racing.
The highest friction coefficient in the Pagid endurance range for the most demanding applications.
Endurance pads based on RSL1 with longer pad and disc life and only slightly lower friction coefficient.
The most versatile compound sprint! High coefficient of friction, high resistance to fading.
Degressive sprint pad developed for use on the rear axle, reduces the risk of wheel blocking.
The new benchmark for GTs used extensively in sprint and semi-endurance races.
The new benchmark for GTs used extensively in sprint and semi-endurance races.
S4928R29001 4928R29001
S4928R29001 4928R29001
S4928R29001 4928R29001
The "Yellow Pagid pads". Wide range of applications from intensive track days to high-level endurance racing.
Endurance material for severe applications. High coefficient of friction / long life / very constant
Very popular material in the field of high performance / trackday pads. Very progressive from low temperatures.
The new benchmark for GTs used extensively in sprint and semi-endurance races.
The "Yellow Pagid pads". Wide range of applications from intensive track days to high-level endurance racing.
The highest friction coefficient in the Pagid endurance range for the most demanding applications.
