19/07/2021
Where are Ferodo Racing Brake Pads Crafted?
For enthusiasts seeking the pinnacle of braking performance, understanding the origin and manufacturing prowess behind their components is paramount. When it comes to Ferodo Racing brake pads, particularly a highly regarded compound like the DS2500, the question of their place of manufacture often arises. The answer is a testament to European engineering and quality control. Ferodo Racing brake pads, including the sought-after part number FCP4611H with the DS2500 compound designed for front applications with Brembo calipers, are proudly manufactured in Italy.
This Italian heritage is not merely a point of origin; it signifies a commitment to precision engineering and a long-standing tradition in automotive component production. Federal Mogul, the parent company, ensures that its dedicated manufacturing facility in Italy adheres to the most stringent international quality standards, specifically holding ISO16949 & 14001 certifications. This means that every single brake pad undergoes a rigorous process, with a total of 26 separate quality controls implemented during its manufacture. This meticulous approach guarantees a repeatable and consistent product, ensuring that each batch, and indeed each individual pad, meets the high expectations of the racing and performance driving community.
Understanding the Ferodo DS2500 Compound
The DS2500 compound is a standout choice for those who demand versatility and uncompromising performance. Positioned as one of the foremost high-performance track day pads available, the DS2500 is engineered as a dual-purpose pad, excelling in both high-performance road driving and demanding track day scenarios. Its key advantage lies in offering powerful and predictable braking capabilities at an economically sensible price point, making it an accessible upgrade for a wide range of vehicles.
The core features of the DS2500 compound are:
- Track Day & Light Race Use: Designed to perform across all vehicle types when pushed to their limits on the track.
- Road Refinement with Race Capability: It offers a refinement akin to road pads but possesses the inherent ability of race materials to withstand extreme heat, ensuring longevity and consistent friction (µ) levels.
- Wide Working Temperature Range: Boasting an average friction coefficient of 0.41 across a substantial working temperature range of 0° to 500°C, the DS2500 provides reliable stopping power under diverse conditions.
Vehicle Applications for DS2500 (Part Number FCP4611H)
The FCP4611H, featuring the DS2500 compound, is specifically designed for the front axle and is compatible with Brembo calipers. Its application extends to a variety of BMW models, demonstrating its precision fitment:
Suitable for:
- F20 1 Series Hatch
- F22 2 Series Coupe
- F23 2 Series Convertible
- F30 3 Series Sedan
- F31 3 Series Touring
- F34 3 Series Gran Turismo
- F32 4 Series Coupe
- F33 4 Series Convertible
- F36 4 Series Gran Coupe
This includes performance variants like the M135i, M140i, M235i, M240i, 335i, 340i, 435i, and 440i, provided they are equipped with the blue M-Sport brake package (S2NH) or a yellow/orange/red M Performance Brake Retrofit Kit. It is important to note that these specific models are suitable only when fitted with these upgraded brake packages; they are not suitable for models with the standard braking system.
Also Suitable for:
- F87 M2 & M2 Competition Coupe
- F80 M3 Sedan
- F82 M4 Coupe
- F83 M4 Convertible
These models are suitable with their standard braking system, including Competition, CS, and GTS variants. However, they are explicitly not suitable for models fitted with the silver/red M-Sport brake package (S2NH) or the M Carbon Ceramic brake package (S2NK).
OE BMW Cross-References:
34106799805, 34106859067, 34106878878, 34112284969, 34116850850, 34116857968, 34116859066, 34116859282
The Importance of Pad Bedding
Properly bedding in your new Ferodo Racing brake pads is a crucial step to unlock their full potential and ensure optimal performance and longevity. The fundamental aim of bedding is to gradually bring the pads and discs up to their full operating temperatures. Rushing this process can lead to glazing, which significantly compromises braking effectiveness.
The recommended procedure involves a series of braking applications, starting with lighter pressures and shorter durations, and progressively increasing the intensity. This allows the friction material to transfer evenly onto the disc surface, creating a uniform mating surface.
Pad Bedding Procedure: A Step-by-Step Guide
- Initial Applications: Perform at least 15 brake applications. Begin with reduced braking pressures (approximately 50% of what you would normally use for a given deceleration) and gradually increase the braking force with each subsequent application.
- Varying Conditions: To expedite the process and ensure even temperature distribution, these applications can be made along straights as well as during corner entries.
- Achieving Temperature: Ideally, the pads should reach temperatures exceeding 500°C during this bedding process. For specific compounds like DS1.11, DS3.12, and DSUNO, temperatures between 500°C and 700°C are targeted. As a visual cue, green thermal paint applied to the discs should completely change colour, and a portion of the orange paint should also transform.
- Cooling Between Applications: It is important to allow the brake system to cool down between bedding cycles. If time is a constraint and immediate use is necessary, this can be done, but expect a potential reduction in pad life (around 10%).
- Cooling Ducts: In some instances, it may be necessary to temporarily close cooling ducts to help the pads reach the required high temperatures during the bedding phase.
- Post-Bedding Inspection: Upon completion of the trial applications, allow the brakes to cool. Inspect the surface of the pads from the wheels that have experienced the most braking. You should observe full pad contact with the disc, but crucially, no signs of glazing (a shiny, smooth surface).
- Immediate Use: If time is limited and an inspection isn't feasible, as long as the gradual temperature build-up procedure has been followed correctly and a sufficient cooling period (ideally below 100°C, which may take over five minutes) has elapsed, the pads will be ready for use.
Thermally Treated Compounds
It's worth noting that Ferodo Racing pads with part numbers ending in suffixes like WB, ZB, or GB have undergone an intensive thermal treatment during production, effectively pre-bedding them to their full operating temperatures. For these specific compounds, the general bedding procedure still applies, but reaching the 500°C target temperature is less critical, and the number of applications may be reduced. For these thermally treated materials, the bedding process primarily focuses on the mechanical mating of the pad and disc surfaces.
Precision Engineering and Advanced Features
Ferodo Racing's commitment to excellence is evident in every aspect of their product design and manufacturing:
Precision Engineering
The back-plates of all Ferodo Racing pads are constructed from high tensile steel. This robust material choice is crucial as it minimises distortion, even when subjected to the immense clamping forces commonly encountered in motorsport and aggressive driving. The manufacturing process maintains extremely high tolerances for pad and back-plate dimensions, including flatness, parallelism, and overall thickness. This precision ensures a rapid and uniform transmission of pressure from the braking system directly to the pads, optimising braking response.
Thermal Under-layer Technology
A significant differentiator for most Ferodo Racing brake pads is the inclusion of a thermal under-layer positioned between the backing-plate and the friction material. This innovative feature plays a vital role in managing heat. It effectively reduces the operating temperature of the brake caliper by up to 80°C. This substantial heat reduction significantly mitigates the risk of brake fluid boiling, a common cause of a spongy brake pedal feel and a dangerous loss of braking performance.
Disc Friendly Design
In contrast to many competing products that prioritise pad longevity at the expense of disc wear, Ferodo pads are engineered with a philosophy of optimising both pad and disc life. They are developed to be 'kind' on brake discs, ensuring that your braking system components work harmoniously for longer, providing better value and consistent performance.
High Controllability and Consistent Feel
All Ferodo Racing brake pads are meticulously engineered to deliver a relatively constant coefficient of friction (µ) across a broad spectrum of temperatures, pressures, and vehicle speeds. This consistent friction characteristic translates directly into a predictable and reassuring brake feel for the driver. The result is a braking torque that responds linearly to pedal pressure, allowing for precise modulation and ultimate control, whether on the road or pushing the limits on track.
A Wide Range of Choices
Ferodo Racing boasts one of the most comprehensive ranges of pad shapes and fitments in the performance and racing brake pad market. This extensive selection, combined with a wide array of compound choices, ensures that there is almost always an ideal solution tailored to your specific vehicle and driving requirements.
Frequently Asked Questions
Q1: Are Ferodo Racing brake pads suitable for daily driving?
A1: The DS2500 compound, in particular, is designed as a high-performance road/track pad. It offers road-style refinement while providing race material capabilities, making it suitable for spirited daily driving as well as track use.
Q2: How long does the bedding process typically take?
A2: The bedding process involves a series of applications. While a minimum of 15 applications is recommended, the total time can vary depending on the opportunity to perform these applications safely. It's more about the gradual temperature increase and cooling cycles than a strict time limit.
Q3: What is the significance of the ISO certifications for Ferodo pads?
A3: ISO16949 and ISO14001 certifications indicate that the manufacturing processes meet rigorous international standards for quality management and environmental management, ensuring a high-quality and reliably produced product.
Q4: Can I use Ferodo DS2500 pads with my standard BMW brake discs?
A4: Yes, Ferodo pads are designed to be disc-friendly and work effectively with standard brake discs. However, for optimal performance and compatibility, especially with specific BMW models mentioned, ensure you are using the correct part number (FCP4611H) and that your vehicle's brake system is as specified.
In conclusion, Ferodo Racing brake pads, manufactured with Italian precision and backed by extensive quality control, offer a compelling blend of performance, durability, and controllability. The DS2500 compound, in particular, stands out as a versatile option for drivers seeking to elevate their braking experience on both the road and the track.
If you want to read more articles similar to Ferodo Racing Brake Pads: Italian Craftsmanship, you can visit the Brakes category.