WELCOME TO ROSS SPORT --- WE OPEN AS USUAL! - Please Note: Our site shows LIVE STOCK LEVELS with up-to-date information. - Our phone lines & Contact E-Mails are available for your needs and requests! FINANCE AVAILABLE We have the popular KLARNA FINANCE & "Pay In 3" Options are available for qualifying UK Customers only - All available options are shown at the checkout OVERSEAS CUSTOMERS Please Note: VAT will be removed at the checkout - OVERSEAS CUSTOMERS : Please be aware shipping charges may not be accurate on larger parts our customer services will contact you if additional shipping charges are required

Ferodo: FRP3081- Select Compound

Ferodo: FRP3081- Select Compound

Stock CodeFER/FRP3081R
RRP £362.08
Price Ex. VAT £271.56
Price Inc. VAT £325.87


Typically Shipped In 2 - 3 Days




Ferodo: FRP5002- Select available compounds from dropdown menu above:
(Not all compounds available in all pad shapes)
DS1.11 (W/WB)
• Heavy duty endurance material
• Applications – touring car, GT single seat
• Average friction coefficient 0.68 over working temperature range of 200-700°∁
• Long life
• Very kind to disc

DSUNO (Z/ZB)
• Heavy duty semi-endurance material
• Applications- touring cars, GT, single seat, rally
• Average friction coefficient 0.48 over working temperature range of 200-700°∁
• Very controllable torque output
• Very kind to discs
• Long life

DS2500 (H)
• Track day & light racing use for all vehicle types
• Road style refinement but with race material
• Average friction coefficient 0.42 over working temperature range 20-500°C

DS3000 (R)
• Heavy duty all-round material choice
• Multiple applications- touring car, rally, single seat
• Average friction coefficient 0.48 over working temperature range of 200-650℃

FER4003 (C)
• Light/ medium duty material specifically for formula cars
• Applications – Formula cars, occasional rally
• Average friction coefficient 0.46 over working temperature range of 200-450°∁
• Very short bedding time
• Low drag & excellent release
• Offer control to avoid wheel lock when downforce reduces

We have placed cookies on your device to help make this website better.