Brake disc TRW DF4850S 300x28mm, 5x108, Vented
- Diameter: 300
- Brake Disc Type: Vented
- Number of Holes: 5
- Bolt Hole Circle Ø [mm]: 108
- Brake Disc Thickness: 28
- Centering Diameter [mm]: 63,5
- Height: 52
- Surface: Painted
- Machining: High-carbon
- Thread Size: 15,75
- Colour: black
- Test Mark: E190R-02C0176/0492
- Drilled: no
- Condition: New
Check the OE number
- OE 1379965 FORD
- OE 1384689 FORD
- OE 1405510 FORD
- OE 1420600 FORD
- OE 1420601 FORD
- OE 1469085 FORD
- OE 1500158 FORD
- OE 6G91-2C375-FA FORD
- OE 7G91-1125-BA FORD
- OE LR000571 LAND ROVER
- OE LR007055 LAND ROVER
- OE 30736311 VOLVO
- OE 30769056 VOLVO
- OE 31202327 VOLVO
- OE 31202331 VOLVO
- OE 31341382 VOLVO / VOLVO ASIA
TRW DF4850S Brake disc – Key Features & Performance
The TRW DF4850S Brake disc delivers high-precision stopping capabilities by combining advanced thermal stability with rigid structural casting quality. Engineers specify these components to ensure consistent lateral run-out and reduced thickness variation under demanding operational loads. By integrating this TRW DF4850S Brake disc into your vehicle, you maintain the braking fidelity required for the complexities of the modern road network.
Advanced heat resistance for demanding road use
Maintaining high temperature resistance during repeated deceleration is a fundamental requirement for heavy vehicle platforms. This DF4850S TRW Brake discs design ensures that fade-resistant materials prevent performance drop-offs. Mechanics often observe that these units handle high heat effectively, thereby extending the window of reliable operation. Advanced thermal stability provides the foundation for safety, while the heat resistant property minimizes the risk of structural degradation during emergency stops.
Efficient cooling efficiency through intelligent design
Modern braking systems rely on being ventilated to avoid localized hot spots that lead to surface cracking. By utilizing fast heat dissipation, these components protect the surrounding hardware from excessive temperature spikes. The optimised airflow geometry ensures improved cooling across the entire friction surface. Finally, integrated cooling channels facilitate a constant stream of air to maintain operational equilibrium, with the TRW DF4850S providing consistent results.
Structural warp resistance for precision braking
Ensuring that the disc maintains shape under heat is vital for preventing pedal pulsation and mechanical judder. These components are inherently deformation-resistant, allowing them to endure high-pressure clamp loads without losing factory-specified dimensions. Each warp-resistant casting is engineered to remain stable under stress, ensuring a uniform surface profile over a long service interval.
Enhanced braking comfort for daily operation
Drivers benefit from smooth braking characteristics that allow for accurate speed management in traffic. The product offers a predictable response, ensuring that pedal travel remains consistent regardless of the current system temperature. With controlled braking, the system delivers good pedal feel for the operator. Easy modulation remains a standard feature, and the TRW DF4850S Brake disc set ensures precise braking during stop-start journeys, followed by progressive braking for highway exits.
Internally ventilated discs for air throughput
The implementation of cooling vanes inside the rotor hub facilitates rapid evacuation of gases generated during heavy friction. These ventilated units are designed to manage heat transfer away from the hub area effectively. By utilising an optimised airflow design, the rotor maintains its structural integrity. Furthermore, these internally ventilated components represent a significant upgrade for vehicles subjected to high-load scenarios.
Consistent braking performance under diverse conditions
Vehicle safety is dictated by the ability to achieve high braking performance when the operator demands an immediate stop. These discs promote high friction performance by maintaining a stable contact patch for the pads. Drivers will notice improved braking efficiency, which translates into maximum stopping power during critical moments. This strong braking force remains consistent throughout the life of the component, provided the pad bedding-in procedure is followed correctly.
High-end premium class production standards
Achieving a premium status requires rigorous testing protocols that exceed basic manufacturing requirements. Choosing top quality parts ensures that the vehicle meets the original engineering intent of the manufacturer. These professional grade components are often preferred over generic alternatives. Relying on top-tier brands provides the peace of mind that OE quality is built into every casting. Finally, the premium quality construction ensures the TRW DF4850S provides long-term reliability for the end user.
Selection of top brands for components
Procuring parts from quality brands is the first step in successful vehicle maintenance. Professional workshops frequently turn to reputable manufacturers to avoid the risks associated with unverified metallurgy. Selecting from the best brake disc brands ensures compatibility with existing calliper assemblies. By choosing well-known brands, technicians guarantee that their repairs hold up under diverse environmental exposures, while trusted brands like this DF4850S TRW Rotors assembly ensure a perfect fit every time.
TRW DF4850S Brake discs: Key Performance and Safety Highlights
The engineering behind the DF4850S TRW Rotors involves a precise balance of material hardness and surface finish. The table below outlines the primary performance benefits attributed to these components. Each metric has been evaluated based on real-world installation requirements for professional technicians.
| Braking Attribute | Performance Benefit |
|---|---|
| Thermal stability | handles high heat |
| Heat dissipation efficiency | optimised airflow |
| Geometric stability | warp-resistant |
| Pedal response smoothness | controlled braking |
| Internally vented design | optimised airflow design |
| Stopping power | maximum stopping power |
| High-end quality segment | professional grade |
| Brand positioning | best brake disc brands |
The technical robustness of the TRW DF4850S ensures that thermal stability remains intact during prolonged use. This reliability is vital for maintaining the specified duty cycle of the braking system. Installing the TRW DF4850S keeps the vehicle's handling characteristics predictable for the operator.
Why the TRW DF4850S Brake disc is an Excellent Choice
The manufacturing process prioritizes OE quality through the use of high-grade grey cast iron, which is instrumental in minimizing rotor wear over extended mileages. By maintaining strict tolerances in surface finish, the disc ensures that pad life is maximized through uniform pressure distribution. This cost-per-mile efficiency makes the product a sensible investment for long-term vehicle maintenance. Technicians favour this component for its dimensional accuracy and lack of preparation required during the mounting process.
The TRW DF4850S offers a balanced mechanical profile that suits various driving styles without compromising safety. Integrating the TRW DF4850S Brake disc set into your maintenance schedule guarantees that the braking hardware meets rigorous standards for stability and feedback. This TRW DF4850S represents the culmination of advanced metallurgy and design, providing a reliable solution for high-performance automotive needs. Contact our technical department today to confirm compatibility with your specific vehicle chassis number.