Ferodo DS Performance Brake Pads PEUGEOT 306 Hatchback (7A, 7C, N3, N5) 1.9 D 55kw 98-01 Nascar Harnesses

Ferodo DS Performance Brake Pads PEUGEOT 306 Hatchback (7A, 7C, N3, N5) 1.9 D 55kw 98-01 Nascar HarnessesFerodo DS Performance Brake Pads Product Detail Make: PEUGEOT Model: 306 Hatchback (7A, 7C, N3, N5) Chassis Detail: 1. 9 D Fitment Year: 98 01 Engine Capacity (cc): 1900 Power Output (kw): 55 Braking System: LUCAS TRW front_rear Please Select Fitment Notes: DS PERFORMANCE BRAKE PADS: This compound has been designed specifically for road use. It combines many of the characteristics found in a pure racing material (high friction, absence of fade) but

Make: KIA Model: Optima Driveline: 2wd Chassis Detail: Saloon Fitment Year: 03/12- Chassis Fitment: (TF) Engine: 2

Make: ALFA ROMEO Model: 156 Sportwagon (932) Chassis Detail: 1

Make: BMW Model: 5 (E28) Chassis Detail: 528i (E28) Fitment Year: 81-87 Engine Capacity (cc): 2800 Power Output (kw): 135 Braking System: ATE front_rear Please Select Fitment Notes:

9TDI Power (kw): 66-110 Axle Load Fr (kg): -1110 Axle Load Rr (kg): -1010 Lowers Front/Rear (mm): Select Above Fitment Notes: See Fitment Notes Below

allowing different spring rates to tailor the kit to the customers needs

7 Diesel 60 Fitment Year: 83-89 Engine Capacity (cc): 1700 Power Output (kw): 58 Braking System: LUCAS/TRW front_rear Please Select Fitment Notes:

C6) Chassis Detail: RS6 quattro Fitment Year: 08-10 Engine Capacity (cc): 4991 Power Output (kw): 426 Braking System: BREMBO front_rear Please Select Fitment Notes:

1 TD Fitment Year: 96-99 Engine Capacity (cc): 2100 Power Output (kw): 80 Braking System: LUCAS/TRW front_rear Please Select Fitment Notes:

5D Year: 2014- Part: Please Select Product Notes:

Make: SEAT Model: Ibiza (KJ) Driveline: 2wd Chassis Detail: Hatch Fitment Year: 02/17- Chassis Fitment: (KJ) Engine: 1

2 FSI quattro Fitment Year: 05-08 Engine Capacity (cc): 3123 Power Output (kw): 188 Braking System: ATE front_rear Please Select Fitment Notes: PR-1LA

This will record the amount of twist that has occurred under the applied pressure