Ferodo Platinum Pads - Model No FDB334P - Suits Harley Davidson

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Description
Ferodo Platinuim. This 'Non Asbestos' organic compound provides the ‘soft' controlled braking force which is suitable for street and off-road application.

• Highest coefficient of friction (braking force) available in an organic road friction material.
• Thermal underlay applied between backplate and friction material = less heat transfer
• Zinc alloy coated backplate – reduced corrosion and eliminates piston sticking
• Providing the 'soft' feel required by conservative riders
• Bedding-in of material required
• Performs equally well in wet and dry conditions
• Suitable for MX and Off-Road if a non sintered pad is required
• Excellent for front and rear
• Suitable for use with cast iron or stainless steel discs

Fitment - Please note all bike models may not be listed below. To find the correct brake pad for your bike please look up your bike on the Ferodo Parts Finder below then type the pad code into our search bar. If you cannot find the brake pad on our site please Contact Us as we will be able to supply it to you.

Ferodo Parts Finder: www.ferodoracing.com/ecat

HARLEY DAVIDSON
M XLCR 1000 Cafe Racer 1000 1977 1978 R
M XLCH 1000 Sportster 1000 1978 1979 R
M XLH 1000 Sportster 1000 1978 1981 R
M XLS 1000 Roadster 1000 1979 1981 R
M FLHT Electra Glide (all models) 1340 1983 F
M FLT Tour Glide (all models) 1340 1980 1983 F

ST = Sintergrip
SG = Sintergrip Off Road
P = Platinum
EF = Eco Friction
AG = Argento
CP1 = Race
STAC = Array Cooling (Track Day)
XRAC = Array Cooling (Race)
 

Please note: You will need to order 1 set per calliper for Twin Disk front end. If you have twin rotors you will need to order 2 X sets of pads.

Please note: Product photos may not represent the exact shape of the pad listed - please check the technical drawing in the pics for exact pad shape.

Bedding-in: this is a particularly important procedure for all compounds. The pads are bedded in by applying the brakes lightly several times and ending with a firm bite, leaving a pause between one squeeze and the next. This will produce the correct heating and cooling cycle needed to prepare the system. The duration of the bedding-in period depends on the type of compound: generally longer for organic compounds than for sintered. 

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