Description
MOTUL RBF 660 RACING BRAKE & CLUTCH FLUID 500ML– 100% Synthetic Racing Specification Hydraulic Protection for High-Performance Braking Systems
For automotive racing enthusiasts, performance tuning owners, and track-day drivers who refuse to compromise on solid hydraulic brake pedal feedback, absolute thermal defense boundaries, and instant stopping response under maximum pressure load, the MOTUL RBF 660 RACING BRAKE & CLUTCH FLUID 500ML provides professional-grade safety mechanics. Sourced as a definitive factory-line upgrade profile exceeding standard DOT 4 classifications, this fluid features an extreme thermal barrier. It is custom-tailored to handle the intense heat saturation passing through calipers, rotors, and pads during repetitive high-speed decelerations, completely eliminating micro-gas bubble expansion and spongy pedal drops.
Key Features of MOTUL RBF 660 RACING BRAKE & CLUTCH FLUID 500ML:
- Extreme 325°C Dry Boiling Point: Engineered with an ultra-high thermal threshold ceiling ($325^{\circ}\text{C}$ / $617^{\circ}\text{F}$) that far surpasses conventional DOT 4 regulations, completely isolating your braking system from catastrophic high-temperature brake fade.
- Robust 204°C Wet Boiling Point: Formulated to maintain an exceptionally high boiling performance line ($204^{\circ}\text{C}$ / $400^{\circ}\text{F}$) even after absorbing environmental moisture, guaranteeing maximum safety margins throughout its service life.
- Aerodynamic System Efficiency: Features a targeted low-viscosity fluid profile that facilitates ultra-smooth fluid circulation through advanced ABS micro-valves and modern electronic stability control internal loops.
- Advanced Polyglycol Formulation: Sourced with unique non-silicone base chemical binders to provide maximum structural resistance against fluid aeration, compression breakdowns, and high-pressure chemical degradation.
Why Choose MOTUL RBF 660 RACING BRAKE & CLUTCH FLUID 500ML?
The severe city stop-and-go road gridlocks, high ambient atmospheric humidity, and fast high-speed highway tracking intervals found across Bangladesh put relentless thermal strain on performance braking systems. In platforms running modified brake setups or heavy-duty multi-piston calipers, low-grade conventional fluids degrade quickly under high heat, forming internal vapor pockets that result in dangerous braking delays. The MOTUL RBF 660 RACING BRAKE & CLUTCH FLUID 500ML available at Oil House Bangladesh acts as an invisible racing shield for your vehicle, maintaining your braking feedback ultra-firm, crisp, and completely predictable under any driving scenario.
Technical Specifications:
- Product Name: MOTUL RBF 660 RACING BRAKE & CLUTCH FLUID 500ML
- Chemical Composition: 100% Synthetic Polyglycol Base (Non-Silicone)
- Standard Class Profile: FMVSS 116 DOT 4 / SAE J1703
- Dry Boiling Point: 325°C (617°F)
- Wet Boiling Point: 204°C (400°F)
- Viscosity at -40°C: 1698 mm²/s
- Viscosity at 100°C: 2.59 mm²/s
- Package Quantity: 500ml (Premium Metal Can Container)
Maintenance Tip from Oil House Bangladesh:
High-performance 100% synthetic racing brake fluids like Motul RBF 660 feature a specialized high-density molecular matrix that actively optimizes dry boiling thresholds, meaning they absorb atmospheric moisture at a faster rate than conventional long-life economy fluids. Given the extreme atmospheric humidity indexes and high stop-and-go ambient driving strains present across Bangladesh, periodic fluid monitoring is critical to prevent moisture saturation from lowering your boiling point defense line. To lock down an ultra-crisp, rock-solid brake pedal line transition during high-speed highway overtaking maneuvers and fully shield expensive internal aluminum pistons or intricate hybrid dual-clutch actuator valvetrains from internal corrosion stress, we highly recommend executing a complete fluid bleed and flush of your MOTUL RBF 660 RACING BRAKE & CLUTCH FLUID 500ML every 12 to 18 months or after intensive high-speed track events. Always verify that all brake line bleeder screws are perfectly torqued to specification during every maintenance interval.

