FRP219W
FRP219W
Ferodo Brake Pad Compound Chart
Ferodo Brake Pad Compound Chart
Ferodo Compound Characteristics
FRP219W
FRP219W
Ferodo Brake Pad Compound Chart
Ferodo Brake Pad Compound Chart
Ferodo Compound Characteristics
Ferodo

FRP219W - DS1.11 Brake Pads

FRP219W

£210.81

FRP219W

DS1.11 (W) Several brake pads on the marketboast 'ceramic' technology.  DS1.11 is the real thing.  It is based upon a chemical family known as Siloxanes.  Unlike carbon based materials, siloxane chains do not decompose at high temperatures and so DS1.11 keeps on working up to the highest temperatures a brake pad could ever see.  That means it won't fade and has excellent life, the best in the Ferodo Racing range.  Moreover the performance remains exactly the same throughout the pad's long life.  It is formulated to provide a very flat friction profile at medium / high level of friction.  The pad compression is very low, always, and so pedal travel is short and consistent.

the main characteristics of DS1.11 are;

  • Heavy duty endurance material
  • Applications - touring car, GTm single seat
  • Average friction coefficient 0.46 over working temperature range of 200°-700°C
  • Long life
  • Very kind to discs

Mu Vs Temperature

Mu Vs Temperature

Optimal Operating Temperature

Optimal Operating Temperature

Performance Characteristics

Applications

Crosslé Sports 2000 37S Crossle Front
Lotus Elise 1.8 litre upgrade Front
Noble M12 GTO 2.6 litre 1999-02 Twin turbo Rear
Peugeot 207 RC Rallye Gravel Rally Gp N – 16mm Front
Radical SR3 / PR6 / early RXC **   16mm F/R
Subaru Impreza Sti Gravel / Tarmac Rally Gp N – 17mm Rear
Subaru WRC-S9 Tarmac WRC – 17mm Rear

Road, trackday & race brake pads. See also pad profile 7747.

D2 / K-Sport 4-piston & 6-piston rear pad KSport

Cross References

Alcon - PNF4463X529

Alcon - PNF4463X529.4

Alcon - PNF4463X572

AP Racing - CP3345D44

Ferodo - FRP219

HAWK - HB192

Mintex - MDB1864

Pagid - 2127

PFC - 7745

Raybestos - DR804

SBS - 3059

Wilwood - 8716