Ferodo FRF340 Racing Brake & Clutch Fluid Glycol Ether 500ml

Ferodo FRF340 Racing Brake & Clutch Fluid Glycol Ether 500ml

£43.99
Sale price  £43.99 Regular price  £48.10
Skip to product information
Ferodo FRF340 Racing Brake & Clutch Fluid Glycol Ether 500ml

Ferodo FRF340 Racing Brake & Clutch Fluid Glycol Ether 500ml

£43.99
Sale price  £43.99 Regular price  £48.10

Ferodo FRF340 Racing Brake & Clutch Fluid is engineered for drivers who demand exceptional thermal stability, fade resistance, and consistent braking performance in extreme motorsport environments. Developed from Ferodo’s top‑tier racing programme, FRF340 is formulated to withstand the intense heat cycles generated during competitive track use, ensuring your braking system remains sharp, predictable, and confidence‑inspiring.

With a dry boiling point of 339°C, FRF340 offers outstanding high‑temperature resilience, delivering reliable braking performance under repeated heavy load. Its wet boiling point of 199°C ensures long‑term stability, making it suitable for endurance racing, sprint events, and high‑performance road applications.

FRF340 is also optimised for high‑load clutch hydraulic systems, providing consistent engagement and resistance to heat‑induced degradation. Whether you’re chasing lap times or building a fast‑road car with serious stopping power, FRF340 delivers the reliability and control your setup demands.

Key Features
Extremely high dry boiling point for maximum fade resistance

Strong wet boiling point for long‑term reliability

Motorsport‑grade formulation for extreme braking and clutch temperatures

Consistent pedal feel under repeated high‑temperature cycles

Suitable for high‑performance brake and clutch hydraulic systems

Compatible with all DOT 4 systems (not suitable for mineral oil systems)

We recommend 1.5 Litres for a full bleed (will vary on vehicle and caliper size)

NOT FOR ROAD USE

 

Technical Specifications:

Property Typical Result Specification
Dry boiling point 339 °C 335 °C min
Wet boiling point 199 °C 195 °C min
Kinematic viscosity @ –40 °C 2125 cSt

You may also like