Brake disc BOSCH 0 986 479 251 350x34mm, 5x130, Vented
- Diameter: 350
- Brake Disc Type: Vented
- Number of Holes: 5
- Bolt Hole Circle Ø [mm]: 130
- Brake Disc Thickness: 34
- Minimum thickness [mm]: 32
- Centering Diameter [mm]: 85
- Height: 68,5
- Surface: Coated
- Machining: Alloyed/High-carbon
- Paired product: 0 986 479 249
- fulfils ECE norm: ECE-R90
- Bore Diameter up to [mm]: 15,4
- Drilled: no
- Condition: New
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BOSCH 0 986 479 251 Brake disc – Key Features & Performance
The BOSCH 0 986 479 251 Brake disc provides consistent thermal stability combined with high-carbon structural casting quality for demanding UK road applications. By integrating advanced metallurgical standards, these components ensure a reduction in lateral run-out and maintain geometric precision during extended operational cycles. Engineering teams rely on these assemblies to mitigate thickness variation, ensuring that the BOSCH 0 986 479 251 Brake disc supports reliable decelerating force for various vehicle architectures.
Advanced Coated Discs for Improved Surface Longevity
Engineers specify these painted components to withstand the rigorous demands of seasonal environmental shifts. This specific BOSCH 0 986 479 251 Brake disc set arrives with a high-grade coated finish that acts as a primary barrier against oxidation. Implementation of a protective layer ensures the mounting surface remains clean for precise hub mating during the initial bedding-in phase. By applying a sophisticated anti-rust coating, the service technician avoids issues with seized fasteners or interface degradation common in older, untreated components.
Global recognition of Top brands in Aftermarket Supply
Selecting quality brands for essential drivetrain maintenance remains a priority for professional workshops seeking consistency. BOSCH remains one of the most reputable manufacturers, delivering components that meet stringent internal benchmarks for consistency. When technicians choose the best brake disc brands for complex repairs, they reduce the risk of premature system failure. These trusted brands implement rigorous quality control measures that distinguish their output from generic parts. Installing well-known brands facilitates a straightforward fitting process that satisfies both the mechanic and the vehicle owner.
Engineered for the Premium class of automotive standards
Modern vehicle fleets demand top-tier brands that perform under variable load conditions without compromising safety margins. This 0 986 479 251 BOSCH Brake discs assembly exemplifies the premium quality required for contemporary braking systems. Engineers seeking a premium solution for their clients often select this component for its dimensional accuracy and material homogeneity. By opting for a professional grade replacement, the technician ensures full compatibility with electronic stability control systems. Compliance with OE quality standards guarantees that the stopping characteristic matches the original factory specification.
Exceptional Heat resistance for sustained motorway use
Managing thermal stability is vital for components exposed to repetitive high-energy stops. The BOSCH 0 986 479 251 unit exhibits high temperature resistance, preventing the common issue of material softening under extreme load. Technicians appreciate how this hardware handles high heat, maintaining structural integrity when descent-heavy driving occurs. Incorporating fade-resistant materials into the production process allows the unit to remain heat resistant even after prolonged highway usage. This BOSCH 0986479251 Brake discs variant maintains performance consistency where lower-specification parts would fail.
Design features ensuring Low vibration during deceleration
Achieving no steering wheel wobble is a hallmark of precision-balanced hardware designed for modern steering racks. These components undergo dynamic balancing to ensure smooth rotation, preventing the oscillating forces that cause pedal feedback. Eliminating unwanted movement provides no vibration for the driver, enhancing the tactile experience of the braking system. Utilizing anti-judder manufacturing techniques ensures that every surface remains parallel to the hub face throughout the entire component lifecycle.
Superior Corrosion resistance for regional climate resilience
Vehicle owners in the UK require robust rust protection to combat the high salt content on road surfaces. These units are corrosion-resistant to ensure the outer edges and mounting flanges remain intact over many years of service. Utilizing zinc-coated finishing processes, the manufacturer extends the aesthetic and functional lifespan of the friction surfaces. The application of a high-specification anti-corrosion coating prevents the flaking that can lead to abrasive damage within the pad housing.
Advanced Ventilated discs for efficient thermal evacuation
Managing the internal temperature of the friction assembly requires an optimised airflow design that forces heat away from the centre. The BOSCH 0 986 479 251 Disc brakes system utilises internally ventilated channels to improve the dissipation rate of heat. Strategically placed cooling vanes assist in pulling fresh air through the centre of the disc, preventing overheating of the surrounding suspension components. By remaining ventilated, these rotors avoid the thermal fatigue often associated with dense, solid-cast alternatives.
High Durability for extended service intervals
Fleet operators prioritize long-lasting components to reduce the frequency of vehicle downtime. These discs provide a long service life, resisting the gradual reduction in mass that occurs through normal pad abrasion. Providing an extended lifespan through heavy-duty metallurgical composition allows for more predictable maintenance schedules. This wear-resistant casting ensures that high durability is maintained even in high-mileage urban taxi or logistics fleets.
Reliable Warp resistance under high thermal stress
Maintaining geometric integrity is critical to preventing pedal pulsation and uneven friction distribution. The manufacturer produces these warp-resistant discs to remain stable when subjected to rapid thermal expansion and contraction cycles. Each unit maintains shape under heat, ensuring the friction surface remains perfectly flat relative to the caliper pistons. These deformation-resistant components remain stable under stress, providing the driver with predictable stopping force regardless of how hard the brakes have been worked.
Consistent Braking performance for safer road travel
Delivering maximum stopping power is the fundamental requirement for all safety-critical friction components. These units offer high braking performance that meets the precise requirements of modern ABS systems. Generating a strong braking force requires consistent friction contact across the entire disc diameter, which this design achieves through superior metallurgical purity. By ensuring high friction performance, these components reduce stopping distances significantly compared to standard aftermarket alternatives. The resulting improved braking efficiency allows for a safer driving experience in both wet and dry conditions.
BOSCH 0986479251 Brake discs: Key Performance and Safety Highlights
0 986 479 251 BOSCH Rotors deliver measurable improvements in structural reliability for all vehicle categories. The following technical breakdown demonstrates how specific design attributes align with operational requirements. Consult this data for precise selection during the next maintenance interval.
| Braking Attribute | Performance Benefit |
|---|---|
| Coated discs | protective layer |
| Top brands | best brake disc brands |
| Premium class | premium quality |
| Heat resistance | handles high heat |
| Low vibration | no vibration |
| Corrosion resistance | zinc-coated |
| Ventilated discs | cooling vanes |
| Durability | extended lifespan |
| Warp resistance | stable under stress |
| Braking performance | improved braking efficiency |
The BOSCH 0 986 479 251 set represents a significant advancement in rotor engineering, prioritizing structural integrity alongside effective thermal dissipation. Technicians confirm that this component minimises the risk of premature fade and provides superior resilience against atmospheric moisture. Utilising a protective anti-rust coating ensures the assembly retains its mechanical tolerances throughout the vehicle's operational lifespan.
Why the BOSCH 0 986 479 251 Brake disc is an Excellent Choice
Opting for OE quality hardware translates into significant cost-per-mile savings by reducing the necessity for interim rotor skimming or early replacement. The high-carbon alloy composition resists surface scouring, ensuring the friction material interfaces correctly with high-performance pad compounds. Mechanics often note that the dimensional consistency of these discs reduces the time required for bedding-in procedures after installation. Prioritising this level of precision prevents the hidden costs associated with premature wear or system incompatibility.
The BOSCH 0 986 479 251 provides a technically sound solution for vehicles requiring consistent decelerating authority. By integrating the BOSCH 0 986 479 251 Brake disc set into your maintenance cycle, you ensure compliance with modern safety standards while maintaining the original equipment feel. This component represents the optimal balance of metallurgical science and manufacturing precision required for high-load environments. Please contact your regional distributor to verify your vehicle chassis compatibility before finalizing the procurement process.