Ferodo DS Performance Brake Pads BMW 5 (F10) ActiveHybrid 250kw 10-16 Fitment::rear

Ferodo DS Performance Brake Pads BMW 5 (F10) ActiveHybrid 250kw 10-16 Fitment::rearFerodo DS Performance Brake Pads Product Detail Make: BMW Model: 5 (F10) Chassis Detail: ActiveHybrid Fitment Year: 10 16 Engine Capacity (cc): 2979 Power Output (kw): 250 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 has improved cold

4TFSi (Auto)

Make: VAUXHALL/OPEL Model: Adam Driveline: Chassis Detail: Hatch Fitment Year: 01/13- Chassis Fitment: (S-D) Engine: 1

F82) Chassis Detail: 420 i xDrive Fitment Year: 13- Engine Capacity (cc): 1997 Power Output (kw): 135 Braking System: BREMBO front_rear Please Select Fitment Notes: For vehicles with sports package

Make: BMW Model: 3 Coupe (E46) Chassis Detail: 318 Ci Fitment Year: 99-01 Engine Capacity (cc): 1895 Power Output (kw): 87 Braking System: ATE front_rear Please Select Fitment Notes:

Make: SEAT Model: Toledo (5P) Engine: 2

i40CW Driveline: 2wd Chassis Detail: Estate Fitment Year: 06/11- Chassis Fitment: (VF) Engine: 1

F33 (3C) Driveline: 2wd Chassis Detail: Cabriolet Fitment Year: 02/14- Chassis Fitment: Engine: 435i Power (kw): 225 Axle Load Fr (kg): -1015 Axle Load Rr (kg): -1230 Lowers Front/Rear (mm): Select Above Fitment Notes: See Fitment Notes Below

the size of the hole required

6L Power (kw): 77-122 Axle Load Fr (kg): -1060 Axle Load Rr (kg): -1000 Lowers Front/Rear (mm): Select Above Fitment Notes: See Fitment Notes Below

2i Power (kw): 59 Axle Load Fr (kg): -750 Axle Load Rr (kg): -750 Lowers Front/Rear (mm): Select Above Fitment Notes: See Fitment Notes Below

Make: MITSUBISHI Model: Lancer/Virage Chassis Detail: CS6A/CS7A Fitment Year: 01-06 Coliover Series: Please Select Coilover Variant: Please Select Min/Max Lowering: Please Select Fitment Notes:

The aluminium twin tangential velocity stack reduces turbulence and increases airflow