The identifier “Ferodo FDB339P” designates a specific model of brake pads manufactured by Ferodo, a well-known producer of braking components. Determining the compatibility of these pads with various motorcycles requires consulting manufacturer specifications and cross-referencing part numbers.
Using correctly specified brake pads ensures optimal braking performance, rider safety, and longevity of braking system components. Incorrect pad selection can lead to reduced braking effectiveness, accelerated rotor wear, and potential system failure. Information concerning compatible motorcycles is typically available through online databases, parts retailers, and the Ferodo manufacturer website. Verification with a qualified motorcycle mechanic is also recommended.
The following sections will address common methods for identifying the motorcycles for which the Ferodo FDB339P brake pads are suitable, alongside detailing the steps involved in proper installation and maintenance practices to guarantee safe and effective braking.
1. Motorcycle Model
The motorcycle model serves as a foundational element in determining the suitability of Ferodo FDB339P brake pads. Accurate identification of the motorcycle model, including its specific sub-model and manufacturing year, is critical for ensuring correct fitment and optimal braking performance. Discrepancies in model identification can lead to the installation of incompatible parts, compromising rider safety and potentially damaging the braking system.
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OEM Specifications Compliance
The motorcycle’s Original Equipment Manufacturer (OEM) specifications dictate the precise brake pad dimensions and friction characteristics required for safe operation. The Ferodo FDB339P must adhere to or exceed these specifications for the designated motorcycle model. For example, if a specific Yamaha R6 model year requires a pad with specific dimensions to fit the caliper, the FDB339P must meet those dimensions, otherwise the pads will not properly seat, causing brake failure.
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Brake Caliper Compatibility
Different motorcycle models, and even different sub-models within the same brand, often utilize various brake caliper designs. The Ferodo FDB339P is designed for compatibility with specific caliper types. For instance, a sportbike equipped with Brembo calipers may require different pads than a cruiser equipped with Nissin calipers, even if both motorcycles are manufactured by the same company. The motorcycle model inherently dictates the caliper type and thus narrows down the brake pad options.
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Model-Specific Variations
Within a single motorcycle model range, variations in engine size, suspension configuration, or intended use can influence brake system components. A higher-performance variant may feature upgraded brakes that require different pad types. For example, a “standard” version of a motorcycle may use a single-piston caliper while a “sport” version employs a dual-piston caliper, necessitating distinct pad designs. Knowing the specific variant of a model impacts the final determination of brake pad compatibility.
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Regional Differences
Motorcycle manufacturers sometimes introduce regional variations in their models. These variations can include differences in braking systems. A motorcycle sold in Europe might have a different caliper design and therefore require different brake pads than the same model sold in North America. The motorcycle model, considered in conjunction with its region of sale, further refines the search for compatible brake pads.
Therefore, the motorcycle model information functions as the initial filter in determining whether Ferodo FDB339P brake pads are an appropriate choice. The accurate model and its specific characteristics will help in cross-referencing with the manufacturer specifications and database of compatible parts.
2. Manufacturing Year
The manufacturing year of a motorcycle exerts a significant influence on brake pad compatibility. Motorcycle designs and specifications often undergo revisions annually, impacting the interchangeability of components like brake pads. Consequently, accurately identifying the manufacturing year is critical when determining whether Ferodo FDB339P brake pads are suitable for a given motorcycle.
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Design Updates and Revisions
Motorcycle manufacturers frequently introduce design modifications and engineering revisions with each model year. These changes can affect the brake caliper design, rotor dimensions, and overall braking system architecture. For example, a motorcycle model may retain the same name across multiple years, but a redesign in a subsequent year could incorporate a completely different brake caliper that requires a different brake pad shape and compound. Failure to consider the manufacturing year can result in selecting a brake pad, such as the Ferodo FDB339P, that is physically incompatible with the motorcycle’s braking system.
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Component Standardization and Compatibility
While some components may remain consistent across multiple model years, others are subject to change. Motorcycle manufacturers may alter suppliers, introduce new materials, or refine manufacturing processes, leading to variations in brake system components. Although the overall design remains similar, subtle differences in caliper mounting points or brake pad retention mechanisms might render the Ferodo FDB339P incompatible with motorcycles from different manufacturing years, even within the same model range. Cross-referencing part numbers based on the manufacturing year ensures compatibility despite potential component variations.
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Regulatory Compliance and Safety Standards
Safety regulations and emission standards evolve over time, prompting manufacturers to modify motorcycle designs to comply with updated requirements. These changes can indirectly affect braking systems and brake pad compatibility. For instance, the introduction of Anti-lock Braking Systems (ABS) on certain models might necessitate the use of specific brake pads designed to work optimally with the ABS system. The manufacturing year becomes a crucial factor in determining whether the Ferodo FDB339P is compatible with motorcycles equipped with or without ABS.
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Parts Availability and Superseded Part Numbers
Over time, motorcycle manufacturers may supersede original part numbers with updated versions. This can be due to improvements in manufacturing processes, material changes, or the consolidation of parts across multiple models. If a motorcycle’s original brake pad has been superseded, the Ferodo FDB339P might be listed as a compatible alternative for certain manufacturing years, even if it was not originally specified for earlier models. The manufacturing year, therefore, helps determine whether the Ferodo FDB339P is a suitable replacement based on current parts availability and superseded part number information.
In summary, the motorcycle’s manufacturing year serves as a critical data point in establishing the suitability of Ferodo FDB339P brake pads. Changes in design, component standardization, regulatory compliance, and parts availability all contribute to the importance of considering the manufacturing year when selecting brake pads. Accurate identification and consideration of these factors ensure compatibility and maintain the motorcycle’s braking performance and safety.
3. Brake Caliper Type
The brake caliper type directly dictates the physical dimensions and shape of compatible brake pads, establishing a fundamental link to determining which motorcycles can utilize the Ferodo FDB339P. Brake calipers vary significantly in design, piston configuration, and mounting points across different motorcycle models and manufacturing years. Each caliper type necessitates a specific brake pad shape to ensure proper contact with the brake rotor. An incorrect brake pad, even if seemingly close in size, can lead to uneven wear, reduced braking efficiency, and potential damage to the braking system. For example, a radial-mount caliper requires a pad with a different shape compared to an axial-mount caliper, regardless of the motorcycle manufacturer.
The Ferodo FDB339P, like all brake pads, is engineered for compatibility with a particular range of brake caliper types. Online databases and manufacturer catalogs commonly specify the caliper models for which a given brake pad is suitable. Consulting these resources and verifying the brake caliper type on a motorcycle is essential before installing the FDB339P. Many motorcycles utilize calipers produced by prominent manufacturers such as Brembo, Nissin, or Tokico. Identifying the manufacturer and specific model number of the caliper present on the motorcycle is a critical step in confirming compatibility with the Ferodo FDB339P. Failure to do so carries a significant risk of improper fitment and compromised braking performance.
In conclusion, understanding the relationship between brake caliper type and brake pad compatibility is paramount for safe motorcycle maintenance. The Ferodo FDB339P is designed for specific caliper configurations, and proper identification of the motorcycle’s caliper is essential to ensure correct fitment and optimal braking performance. Challenges in identifying the precise caliper type may arise due to aftermarket modifications or unclear documentation. However, meticulous examination and cross-referencing with reliable resources are critical for safe and effective brake pad selection.
4. Part Number Cross-Reference
Part number cross-referencing is instrumental in determining the compatibility of the Ferodo FDB339P brake pads with specific motorcycles. The Ferodo part number represents a unique identifier for the brake pad model. Cross-referencing involves comparing this number with original equipment manufacturer (OEM) part numbers, as well as part numbers from other aftermarket brake pad manufacturers. A successful cross-reference indicates that the FDB339P is designed as a direct replacement or a suitable alternative for the identified brake pad. For instance, if a given motorcycle’s OEM brake pad is listed as being equivalent to the FDB339P in a cross-reference database, this establishes compatibility. This process mitigates the risk of installing incompatible parts, thereby safeguarding braking performance and rider safety.
Databases compiled by aftermarket parts suppliers, online retailers, and forums dedicated to specific motorcycle makes and models serve as valuable resources for part number cross-referencing. These databases typically contain extensive lists of compatible parts, including brake pads, categorized by motorcycle model, manufacturing year, and often even specific brake caliper types. Examining these databases provides evidence of the FDB339P’s applicability to a broader range of motorcycles than might be initially apparent. Furthermore, cross-referencing assists in identifying potential alternative brake pad options when the FDB339P is unavailable or unsuitable. By using these resources, individuals can confirm that the Ferodo FDB339P meets or exceeds the performance characteristics of the original or recommended brake pad for their motorcycle, helping inform the choice.
Effective use of part number cross-referencing necessitates verifying the accuracy of the data and comparing information from multiple sources. Discrepancies can occur due to errors in databases or variations in regional motorcycle specifications. Therefore, confirming cross-reference information with a qualified motorcycle mechanic or referring to the manufacturer’s official parts catalog remains a prudent practice. Through this multi-faceted approach, the link between part number cross-referencing and identifying compatible motorcycles for the Ferodo FDB339P becomes clearer, promoting informed decision-making and enhanced safety in motorcycle maintenance and repair.
5. Online Databases
Online databases serve as central repositories of information crucial for determining the motorcycle compatibility of the Ferodo FDB339P brake pads. These databases consolidate technical specifications, part number cross-references, and motorcycle fitment guides from manufacturers, aftermarket suppliers, and user-generated content. The cause-and-effect relationship is direct: the availability of comprehensive data within these databases enables informed decisions regarding the suitability of the FDB339P for a given motorcycle. Without access to such resources, identifying compatible applications would be significantly more challenging, potentially leading to the installation of incorrect or unsafe brake pads. For example, websites specializing in motorcycle parts often feature search tools where users can input their motorcycle’s make, model, and year to retrieve a list of compatible components, including the Ferodo FDB339P. The practical significance lies in the reduced risk of mismatched parts, contributing to optimal braking performance and rider safety.
Practical applications of online databases extend beyond simple parts lookup. Many databases provide detailed product specifications, including dimensions, material composition, and friction coefficients, allowing users to compare the Ferodo FDB339P against other brake pad options. Some databases also incorporate user reviews and ratings, providing insights into real-world performance and durability. These additional features enhance the decision-making process by providing a more holistic view of the product’s characteristics and suitability for various riding conditions. For instance, a user might find that the FDB339P is frequently recommended for sportbikes due to its high friction coefficient at elevated temperatures, while another pad might be preferred for touring bikes due to its longer lifespan. The presence of such detailed information demonstrates the added value of these resources.
In conclusion, online databases are indispensable tools in the process of determining the motorcycles for which the Ferodo FDB339P brake pads are designed. They centralize essential information, including part number cross-references and fitment data, reducing the risk of incompatibility and promoting informed decision-making. While challenges may arise from inaccurate data or incomplete listings, the overall utility of these databases in ensuring safe and effective motorcycle maintenance remains undeniable. These resources form a critical link in the supply chain, connecting manufacturers, retailers, and end-users with the information necessary to select the correct brake pads for their specific motorcycle applications.
6. Technical Specifications
The technical specifications of Ferodo FDB339P brake pads are directly relevant in determining their suitability for specific motorcycles. These specifications encompass parameters such as pad dimensions, friction coefficient, material composition, and operating temperature range. These characteristics collectively influence braking performance, longevity, and compatibility with various braking systems. For instance, a high-performance motorcycle may require brake pads with a high friction coefficient and high-temperature stability to ensure adequate stopping power under demanding conditions. Conversely, a commuter motorcycle might benefit from pads with a lower friction coefficient for better modulation and a longer lifespan. The FDB339P’s technical specifications dictate whether it aligns with the braking requirements of a particular motorcycle model.
Manufacturers provide technical datasheets that outline the performance characteristics of brake pads. These datasheets serve as crucial references for mechanics and motorcycle owners. For example, if the technical specifications of the FDB339P indicate that it is formulated for use with stainless steel brake rotors, it may not be suitable for motorcycles equipped with cast iron rotors, as the friction materials may not be compatible. Further, the dimensions of the pad must precisely match the dimensions required by the brake caliper. If the pad is too thick, it will not fit. If it’s too thin, it may dislodge. These all directly effect safety and the longevity of the braking system. Access to these datasheets facilitates informed decision-making, allowing individuals to compare the FDB339P’s specifications against the OEM requirements or recommendations for their motorcycle.
In summary, understanding and evaluating the technical specifications of the Ferodo FDB339P brake pads is essential for determining their compatibility with specific motorcycle models. These specifications impact braking performance, material compatibility, and overall safety. Consulting manufacturer datasheets and comparing the FDB339P’s characteristics against the braking requirements of the motorcycle is a crucial step in the selection process. Failure to consider these technical aspects can result in compromised braking performance, accelerated wear, and potential safety hazards, linking the specifications directly to the FDB339P’s appropriate use.
Frequently Asked Questions
This section addresses common inquiries regarding the compatibility of Ferodo FDB339P brake pads with various motorcycle models. The information presented aims to provide clarity and facilitate informed decisions regarding brake pad selection.
Question 1: How does one determine if the Ferodo FDB339P is compatible with a specific motorcycle?
Compatibility is established through cross-referencing the motorcycle’s make, model, and year with manufacturer databases, parts catalogs, and online resources that list compatible brake pad applications. Verification with a qualified mechanic is also advised.
Question 2: What are the potential consequences of using incompatible brake pads?
Using incompatible brake pads can result in reduced braking efficiency, uneven wear of the brake rotor, damage to the brake caliper, and compromised rider safety. It is crucial to ensure correct fitment and material compatibility.
Question 3: Where can one locate reliable information on brake pad compatibility?
Reliable sources include the Ferodo manufacturer’s website, online parts retailers specializing in motorcycle components, technical forums dedicated to specific motorcycle models, and qualified motorcycle mechanics.
Question 4: Is the Ferodo FDB339P suitable for both front and rear brake applications?
The suitability for front or rear applications depends on the specific motorcycle model and brake caliper configuration. Compatibility must be verified separately for each axle.
Question 5: Does the Ferodo FDB339P require any specific break-in procedure?
Following the manufacturer’s recommended break-in procedure is crucial for optimal brake pad performance and longevity. This typically involves a series of controlled braking maneuvers to properly bed the pads to the rotor.
Question 6: Are there alternative brake pad compounds available for the same fitment as the Ferodo FDB339P?
Depending on the motorcycle model and desired braking characteristics, alternative brake pad compounds may be available from Ferodo or other manufacturers. These alternatives may offer different friction coefficients, wear characteristics, or temperature ranges.
Accurate identification of compatible applications is paramount for safe and effective braking. Consult reliable sources and qualified professionals to ensure proper brake pad selection.
The subsequent section will address common installation practices to ensure safe and effective braking.
Tips for Determining Ferodo FDB339P Compatibility
This section provides critical advice for ascertaining the suitability of Ferodo FDB339P brake pads for specific motorcycle applications. Adherence to these guidelines promotes safe and effective braking performance.
Tip 1: Consult Official Manufacturer Resources: Ferodo’s official website and technical datasheets provide the most accurate and up-to-date information regarding the FDB339P’s compatible motorcycle models and brake caliper types.
Tip 2: Verify Part Numbers with Precision: Meticulously compare the Ferodo FDB339P part number against the original equipment manufacturer (OEM) part number for the motorcycle’s brake pads. Exact matches indicate compatibility, while mismatches necessitate further investigation.
Tip 3: Consider Manufacturing Year Specifications: Motorcycle designs and specifications can vary across manufacturing years. Ensure that the listed compatibility includes the specific manufacturing year of the motorcycle in question.
Tip 4: Identify the Brake Caliper Type: Brake calipers differ significantly in design, even within the same motorcycle model range. Determine the manufacturer and model number of the brake caliper installed on the motorcycle and verify that the FDB339P is designed for that specific caliper type.
Tip 5: Utilize Online Databases with Caution: Online databases can provide valuable compatibility information, but these sources may contain errors or outdated data. Cross-reference information from multiple databases and verify with official manufacturer resources whenever possible.
Tip 6: Seek Professional Assistance: If uncertainty persists regarding compatibility, consult a qualified motorcycle mechanic. Their expertise can help identify the correct brake pads for the motorcycle and ensure proper installation.
Tip 7: Prioritize Safety Over Cost: Compromising on brake pad compatibility to save money is a false economy. Incorrect brake pads can lead to reduced braking performance, accelerated wear, and potential safety hazards. Always prioritize safety by selecting the correct brake pads for the motorcycle.
Consistent application of these tips enhances the accuracy of brake pad selection, contributing to enhanced safety and prolonged component life.
The concluding segment of this discussion addresses routine maintenance practices for motorcycle braking systems.
ferodo fdb339p what bike is it used for
This exploration has detailed the process of determining motorcycle compatibility for Ferodo FDB339P brake pads. Key considerations include motorcycle model, manufacturing year, brake caliper type, part number cross-referencing, online database utilization, and examination of technical specifications. The interplay of these factors is essential for ensuring safe and effective braking performance.
Prudent brake pad selection is paramount for motorcycle safety. Diligent research and verification, potentially supplemented by professional consultation, are strongly advised prior to installation to mitigate the risks associated with incompatible components. Consistent braking system maintenance remains a critical element of responsible motorcycle ownership.
