Ferodo Brake Pads
Ferodo Brake Pads
I dont think anyone post Ferodo break pads, but here it is 
DS2500
The main characteristics of Ferodo DS2500 Pad are:
-> Race developed
-> Performs equally well on heavy and light cars
-> 20% less pad wear than competitive products
-> Minimal bedding-in. Supplied ready to use
-> Disc friendly
-> Consistent friction level with changing temperatures and speeds to give optimal pedal modulation
-> High friction level at low temperature (good cold braking)
-> High friction level at very high temperatures
-> 35% less compressibility than competitive products (racing pedal feel)
-> Less noise for increased driving comfort
DS3000
The main characteristics of the DS3000 compound are:
-> reduced bedding in time (approximately 50% quicker than other materials)
-> extremely high friction level (0,62 coefficient of friction) at any temperature or speed
-> higher initial bite
-> predictability, in all conditions, when braking into the corner because of the flat friction curve
-> less off brake between the brake pedal and throttle
-> When using this material with light inertia racing cars, as a general rule, it is necessary to apply less brake pedal pressure than you would normally expect. This will avoid over-braking and the generation of excessive heat in the braking system and discs.
PM me if interested

DS2500
The main characteristics of Ferodo DS2500 Pad are:
-> Race developed
-> Performs equally well on heavy and light cars
-> 20% less pad wear than competitive products
-> Minimal bedding-in. Supplied ready to use
-> Disc friendly
-> Consistent friction level with changing temperatures and speeds to give optimal pedal modulation
-> High friction level at low temperature (good cold braking)
-> High friction level at very high temperatures
-> 35% less compressibility than competitive products (racing pedal feel)
-> Less noise for increased driving comfort
DS3000
The main characteristics of the DS3000 compound are:
-> reduced bedding in time (approximately 50% quicker than other materials)
-> extremely high friction level (0,62 coefficient of friction) at any temperature or speed
-> higher initial bite
-> predictability, in all conditions, when braking into the corner because of the flat friction curve
-> less off brake between the brake pedal and throttle
-> When using this material with light inertia racing cars, as a general rule, it is necessary to apply less brake pedal pressure than you would normally expect. This will avoid over-braking and the generation of excessive heat in the braking system and discs.
PM me if interested
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Mattimus
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Oct 4, 2015 01:33 PM




