MOTUL RBF 700 Brake Fluid – 500ml | Ultra-High Boiling Point Racing Brake Fluid

Description:

MOTUL RBF 700 Brake Fluid is a high-performance, racing-grade brake fluid designed for the most extreme driving conditions. With an ultra-high dry boiling point of 343°C (649°F), this fluid ensures exceptional braking performance and safety, even under the most demanding track or racing conditions. It is specifically formulated for high-performance and racing vehicles, offering the ultimate protection against brake fade and thermal degradation.

Key Features:

✔ Exceptional Boiling Point – Dry boiling point of 343°C (649°F) and wet boiling point of 235°C (455°F) to resist brake fade under high temperatures.
✔ Enhanced Stability – Superior performance in extreme temperatures, maintaining consistent braking efficiency.
✔ Moisture Absorption Resistance – Limits moisture absorption, reducing the risk of rust and corrosion in the braking system.
✔ Non-Silicone Formula – Specifically designed for motorsport and high-performance applications.
✔ Perfect for Racing – Ensures optimal braking efficiency during competitive racing and track days.

Compatibility:

MOTUL RBF 700 Brake Fluid is suitable for:

• High-performance and racing vehicles that require a DOT 4 racing brake fluid.

• Track day enthusiasts and professional racing teams.

• Passenger cars, motorcycles, and motorsport vehicles with hydraulic braking systems.

📌 Note: Always check your vehicle's manual to confirm compatibility with DOT 4 fluid. Make sure to replace brake fluid regularly after intense track use.

Recommended Use:

• Replace brake fluid at recommended intervals, particularly after racing or intense track events.

• Use for motorsport vehicles and high-performance road cars.

• Ensure fluid is within the recommended level before performance driving.

Technical Specifications:

• Volume: 500ml

• Type: DOT 4 Racing Brake Fluid

• Dry Boiling Point: 343°C (649°F)

• Wet Boiling Point: 235°C (455°F)

• Viscosity: Formulated for consistent braking performance at high temperatures.