Brake disc BOSCH 0 986 479 235 258x7,9mm, 5x112, solid
- Diameter: 258
- Brake Disc Type: solid
- Number of Holes: 5
- Bolt Hole Circle Ø [mm]: 112
- Brake Disc Thickness: 7,9
- Minimum thickness [mm]: 7
- Centering Diameter [mm]: 67
- Height: 57,2
- Surface: Coated
- Supplementary Article / Supplementary Info Info 2: with bolts/screws
- fulfils ECE norm: ECE-R90
- Bore Diameter up to [mm]: 15,2
- Drilled: no
- Condition: New
- OE BD1101 BOSCH
- OE 169 423 00 12 MERCEDES-BENZ
- OE 169 423 03 12 MERCEDES-BENZ
- OE 169 423 09 12 MERCEDES-BENZ
- OE A 169 423 00 12 MERCEDES-BENZ
- OE A 169 423 03 12 MERCEDES-BENZ
- OE A 169 423 09 12 MERCEDES-BENZ
BOSCH 0 986 479 235 Brake disc – Key Features & Performance
The BOSCH 0 986 479 235 Brake disc integrates advanced metallurgical casting with precise thermal management to ensure consistent contact area stability. Engineering specifications for this component prioritise uniform thickness distribution to mitigate judder during high-load deceleration cycles on UK road surfaces. By focusing on structural integrity and effective heat dissipation, this assembly provides a reliable foundation for modern vehicle braking systems.
Advanced heat resistance for sustained performance
The engineering of this 0 986 479 235 BOSCH Brake discs relies on high temperature resistance to prevent material degradation. These heat resistant units utilize fade-resistant materials to maintain pedal consistency. Rigorous testing validates their thermal stability under repetitive stop-start cycles. Furthermore, the construction handles high heat efficiently without compromising internal geometry.
Robust corrosion resistance for durability
Precision-engineered BOSCH 0 986 479 235 components utilise a specialized zinc-coated surface to prevent premature oxidation. This anti-corrosion coating ensures the hub face remains clean during extended storage periods. The inherent rust protection provides a long-lasting aesthetic and functional finish. These corrosion-resistant parts effectively withstand the harsh environmental conditions prevalent on salted winter roads.
Selecting top brands for maintenance
Utilising reputable manufacturers ensures that every replacement adheres to vehicle-specific tolerances. Experienced technicians frequently identify these as the best brake disc brands due to their consistent build quality. Reliability is inherent in quality brands that adhere to global manufacturing standards. Mechanics prioritise trusted brands to reduce the risk of secondary component failure. Installing well-known brands facilitates a straightforward workshop fitment process.
Uncompromised braking performance during deceleration
This BOSCH 0 986 479 235 Brake disc set delivers high friction performance through precise surface finishing. Drivers will experience strong braking force even under immediate load. The design ensures high braking performance across various road conditions. Operators benefit from improved braking efficiency during standard driving routines. Ultimately, the system provides maximum stopping power for heavy or high-performance saloons.
Engineered for a premium class standard
The 0 986 479 235 BOSCH Rotors represent a commitment to premium quality in the automotive sector. This professional grade product meets the rigorous requirements set by vehicle manufacturers. Every unit undergoes OE quality inspections to verify structural accuracy. High-end metallurgy ensures that the product remains a leader among top-tier brands. This insistence on top quality defines the expected longevity for the complete assembly.
Protective layers in coated discs
Modern BOSCH 0986479235 Brake discs feature a painted finish to simplify the initial bedding-in procedure. The integrated anti-rust coating eliminates the requirement for heavy solvent cleaning before assembly. Once the pads contact the coated surface, the layer abrades to ensure full friction engagement. This protective layer guards the non-swept areas from atmospheric degradation throughout the vehicle lifecycle.
Flow dynamics in ventilated discs
The optimised airflow design within the BOSCH 0 986 479 235 Disc brakes promotes consistent temperature regulation. Internal cooling vanes facilitate the rapid removal of captured air from the centre of the unit. These internally ventilated castings ensure that heat accumulation is strictly managed. A properly ventilated rotor prevents the common issues associated with overheating during long mountain descents.
Reliable cooling efficiency during operation
Engineers prioritise fast heat dissipation to prevent the rotor from exceeding its operating window. The inclusion of optimised airflow paths ensures air moves fluidly through the casting. Internal cooling channels are positioned to maximise the surface area in contact with ambient air. This improved cooling prevents premature glazing of the friction material. Being correctly ventilated, the assembly maintains peak functionality in high-temperature environments.
Maintained geometry for warp resistance
Precision casting ensures the disc remains stable under stress during sudden thermal expansion. The iron structure maintains shape under heat to prevent lateral run-out issues. This warp-resistant metal matrix is designed for high-stress endurance. Every unit is deformation-resistant, ensuring that pedal pulsation remains absent during the entire lifespan of the component.
BOSCH 0986479235 Brake discs: Key Performance and Safety Highlights
The following table outlines the mechanical advantages provided by 0 986 479 235 BOSCH Rotors. These specifications ensure that your vehicle maintains compliance with safety regulations while providing a consistent driving experience. Each attribute is selected for its impact on overall system longevity and reliability.
| Braking Attribute | Performance Benefit |
|---|---|
| Thermal stability | fade-resistant materials |
| Anti-corrosion protection | rust protection |
| Brand positioning | quality brands |
| Stopping power | high braking performance |
| High-end quality segment | OE quality |
| Protective anti-corrosive coating | protective layer |
| Internally vented design | ventilated |
| Heat dissipation efficiency | cooling channels |
| Geometric stability | warp-resistant |
Consistent thermal stability remains critical for preventing disc scoring and uneven pad wear. Regular maintenance using high-grade components like the BOSCH 0 986 479 235 ensures the integrity of the braking system. This approach provides excellent long-term value for the owner by extending the service interval.
Why the BOSCH 0 986 479 235 Brake disc is an Excellent Choice
Achieving a balance between friction coefficient and surface durability is essential for cost-per-mile efficiency. By selecting a component engineered to OE standards, vehicle owners significantly reduce the likelihood of premature rotor wear. Consistent material density prevents localised hot spots that often lead to premature replacement. Professional workshops recommend this specific part to ensure total system harmony.
This BOSCH 0 986 479 235 offers a robust solution for those requiring a reliable, long-term replacement for their vehicle. When paired with a matching BOSCH 0 986 479 235 Brake disc set, the stopping system operates within its designed mechanical parameters. We advise all technicians to follow the manufacturer-specified installation sequence to maintain full warranty coverage. Please contact our technical desk for specific fitment verification regarding your vehicle chassis number.
0 986 479 235 BOSCH brake discs are a hallmark of reliability and efficiency in any conditions.
As innovations are widely used during the production process, a rapid stop of the vehicle is ensured at emergency braking.
The discs are lightweight which means the car has to carry less unsprung mass, improving its dynamic performance.
They are resistant to overheating and cool rapidly.
An optimal friction coefficient prevent 0 986 479 235 BOSCH brake discs from grooves formation and do not result in brake pads premature wear-out.