Skip to product information
1 of 1

FCP4663Z - (Z/ZB) Dsuno Brake Pads

FCP4663Z - (Z/ZB) Dsuno Brake Pads

SKU:FCP4663Z

Regular price €263.17 €323.70
Sale Sold out
  • 73.6mm
  • 88.0mm
  • 17.0mm
  • 62.5mm

Compound Information

DSUNO (Z/ZB)

The ultimate feel good pad benefiting from Siloxane technology provides a high friction output, whilst improving pad and disc life and offers excellent modulation which means the risk of wheel lock is significantly reduced. 

Main Applications:

  • Rally
  • Rear GT
  • Formula
  • Track car with OE brakes

Main Features:

  • Heavy duty with semi-endurance material
  • Very controllable torque output
  • Very kind to discs
  • Long life
  • Short bedding timeAverage friction coefficient 0.48 over working temperature range of 200°C to 750°C

DSUNO Friction Coefficient (MU) Versus Temperature (°C)


Optimal operating temperature

Relative performance characteristics under heavy-duty race conditions

Suggested applications

View Docs

Out of stock, expected in 3-5 days from order

View full details

Brake Pad Dimensions:

Manufacturer Ferodo
Part Number FCP4663Z
Pad Width 73.6mm
Pad Height 88.0mm
Radial Depth 62.5mm
Thickness 17.0mm
Compound (Z/ZB) Dsuno
Barcode 4044197812752

Brake Pad Compound Information:


DSUNO (Z/ZB)

The ultimate feel good pad benefiting from Siloxane technology provides a high friction output, whilst improving pad and disc life and offers excellent modulation which means the risk of wheel lock is significantly reduced. 

Main Applications:

  • Rally
  • Rear GT
  • Formula
  • Track car with OE brakes

Main Features:

  • Heavy duty with semi-endurance material
  • Very controllable torque output
  • Very kind to discs
  • Long life
  • Short bedding timeAverage friction coefficient 0.48 over working temperature range of 200°C to 750°C

DSUNO Friction Coefficient (MU) Versus Temperature (°C)


Optimal operating temperature

Relative performance characteristics under heavy-duty race conditions

Suggested applications

Cross References:


Ferodo Racing FCP4663
Mintex MDB3269