The alphanumeric string “SU003-06093” represents a specific part number. In the automotive context, this generally refers to a component identified by a manufacturer for inventory management and replacement purposes. Determining compatibility involves identifying the vehicles for which this part is designed as a direct replacement or suitable alternative. For example, this particular part number might correspond to a specific model and year range of Toyota or Subaru vehicles, indicating those cars are the intended fit.
Correctly identifying compatible vehicles is crucial for ensuring proper functionality and preventing potential damage. Using the incorrect part can lead to performance issues, safety hazards, or even render a vehicle inoperable. Historically, parts were often less standardized, leading to fitment challenges. Modern part numbering systems, like the one exemplified here, are intended to streamline the identification process and reduce the risk of error. This benefits both vehicle owners seeking repairs and automotive technicians performing maintenance.
The following sections will provide a more detailed examination of the specific cars confirmed to use the component designated by this part number, along with guidance on how to verify compatibility beyond simply relying on the part number alone. This includes exploring alternative identification methods and potential sources of compatible vehicle information.
1. Toyota GT86
The Toyota GT86 is a core element in the context of component SU003-06093. As a vehicle model, it represents one of the primary intended applications for this specific part. The design and engineering specifications of the GT86 dictated, in part, the requirements for components like SU003-06093. For example, if SU003-06093 represents a sensor related to the GT86’s engine management system, its functionality and calibration are directly tied to the specific engine and control systems used in that car. Therefore, understanding the GT86’s technical characteristics is essential to understanding why a component like SU003-06093 is a suitable, or even necessary, fit.
Furthermore, the GT86’s production volume and lifespan influence the demand for SU003-06093. A higher production volume naturally translates to a larger potential market for replacement parts. The duration of the GT86’s model run also impacts this, as parts are needed for maintenance and repairs throughout the vehicle’s operational life. Consider, for instance, scheduled maintenance requiring the replacement of a filter represented by the part number. The number of GT86 vehicles on the road directly affects the ongoing demand for that specific filter and the significance of identifying it correctly.
In summary, the Toyota GT86 plays a central role in defining the relevance and application of SU003-06093. Its design parameters, production numbers, and lifespan are all contributing factors. Challenges may arise when identifying minor variations within the GT86 model range that necessitate slightly different parts, underscoring the need for precise verification beyond just the vehicle name. The connection highlights the broader theme of automotive part specificity and the importance of accurate cross-referencing for maintenance and repair purposes.
2. Subaru BRZ
The Subaru BRZ shares a fundamentally identical platform with the Toyota GT86, leading to significant parts interchangeability. Consequently, if SU003-06093 is identified as compatible with the Toyota GT86, it is highly probable that it is also applicable to the Subaru BRZ. This shared engineering design is a primary cause for the overlap in component usage. For example, should SU003-06093 represent a specific engine sensor, its compatibility stems directly from the identical engine architecture found in both the BRZ and GT86. The importance of recognizing this shared platform lies in expanding the potential applications for the part and simplifying the search for replacement components.
However, a direct assumption of universal fitment across all BRZ and GT86 models, solely based on the shared platform, is not advisable. Subtle variations can exist between model years or specific trim levels. For instance, minor changes to the braking system or suspension in later BRZ models could potentially necessitate a revised version of a related component, even if the core design remains the same. A real-world example would be a slightly different brake pad compound or sensor calibration. Therefore, while the BRZ’s close relationship with the GT86 provides a strong indication of compatibility, verification against specific model year and trim information is essential. Consulting parts catalogs or databases that allow cross-referencing by vehicle identification number (VIN) is a recommended practice to confirm accurate fitment.
In conclusion, the Subaru BRZ’s close engineering relationship with the Toyota GT86 significantly influences the applicability of SU003-06093. While the shared platform suggests a high probability of compatibility, variations between model years and trim levels require careful consideration. Utilizing precise vehicle information and verifying compatibility through official parts databases minimizes the risk of selecting an incorrect component and ensures proper function. This underscores the broader need for detailed parts cross-referencing in automotive maintenance and repair, even when dealing with vehicles sharing common platforms.
3. Scion FR-S
The Scion FR-S, marketed as a distinct brand variant of the Toyota GT86 and Subaru BRZ, further expands the applicability of component SU003-06093. Its presence in the automotive landscape is crucial for understanding the breadth of vehicles for which this part might be a suitable replacement or original equipment.
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Shared Platform and Component Commonality
The FR-S shares the same underlying platform and core mechanical components with the GT86 and BRZ. This foundational similarity suggests that SU003-06093, if compatible with either of the other two models, is highly likely to be compatible with the FR-S as well. This is particularly true for engine-related parts, suspension components, and certain electronic sensors. However, verification is still required due to potential model-year specific changes.
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Model Year Considerations
The Scion FR-S was produced for a limited number of model years before the Scion brand was discontinued, and the vehicle was rebranded as the Toyota GT86. This limited production run means that compatibility should be carefully checked against specific model years of the FR-S. A part may fit one model year but not another due to subtle changes introduced during production runs.
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Distinction in Trim Levels and Features
While the core mechanics remain consistent, slight variations in trim levels or optional features might impact component compatibility. These variations can affect the specific electrical connectors or mounting points for certain components. Therefore, it’s essential to verify that SU003-06093 aligns with the specific features and options present on the FR-S in question.
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Legacy and Replacement Parts Market
With the discontinuation of the Scion brand, the FR-S now relies on the aftermarket and Toyota’s parts network for replacement components. Identifying SU003-06093 as a suitable part can be critical for FR-S owners seeking repairs or maintenance. Cross-referencing with Toyota parts catalogs or aftermarket databases is essential to ensuring proper fitment and function.
In summary, the Scion FR-S is intrinsically linked to the compatibility of SU003-06093 due to its shared engineering with the GT86 and BRZ. However, nuances related to model years, trim levels, and its unique position within the automotive market necessitate careful verification. Utilizing accurate parts databases and consulting with automotive professionals is paramount for ensuring the correct application of SU003-06093 on the Scion FR-S.
4. Model year range
The model year range is a critical determinant of vehicle part compatibility. Identifying the specific model year range for which SU003-06093 is designed is paramount to prevent fitment errors and ensure correct component functionality. Automotive manufacturers often introduce subtle or significant design changes between model years, even within the same vehicle generation. These changes can necessitate modifications to various components, rendering parts designed for one model year incompatible with another. For instance, SU003-06093 might fit a 2013-2016 Scion FR-S but not a 2017 Toyota GT86 due to a sensor calibration change or a minor modification to the mounting bracket during the rebranding process. Such variations highlight the critical role of precisely defining the model year range to avoid misapplication.
Failure to consider the model year range can lead to various problems, ranging from minor installation difficulties to complete component incompatibility. Attempting to install a part designed for a different model year can result in damaged connectors, improper sensor readings, or even physical interference that prevents installation altogether. These issues can further lead to diagnostic errors, performance degradation, or potentially hazardous operating conditions. Consider the replacement of a suspension component: a strut designed for a later model year might have a slightly different mounting configuration that prevents secure attachment on an earlier model, compromising vehicle stability. Therefore, identifying the correct model year range is not merely a matter of convenience but a crucial step in ensuring vehicle safety and operational integrity.
In summary, the model year range forms an indispensable part of the vehicle compatibility equation. While the presence of SU003-06093 on a parts list might suggest suitability for a specific vehicle, it is essential to verify that the designated model year falls within the specified range for the component. This verification process minimizes the risk of installation errors, performance issues, and safety hazards, ultimately ensuring the correct and effective application of automotive components. The challenge lies in accessing and accurately interpreting model year specific part information, emphasizing the need for reliable parts databases and expert guidance.
5. Component type
The component type, as it relates to SU003-06093, is a critical factor in determining vehicle compatibility. The alphanumeric string alone provides limited information; establishing whether it designates a sensor, a filter, a brake component, or another part is essential. This determination dictates the range of potentially compatible vehicles. For example, if SU003-06093 identifies an oxygen sensor, its compatibility will be limited to vehicles using a specific engine management system requiring that exact sensor type. Conversely, if it denotes a cabin air filter, the fitment might be broader, encompassing vehicles with similar HVAC system designs. Therefore, the component type exerts a direct influence on the list of vehicles for which SU003-06093 is applicable.
Practical application of this understanding is demonstrated in parts lookup systems. Automotive parts retailers and repair shops rely on databases that categorize parts by type and then cross-reference them with specific vehicle makes, models, and years. These systems use component type as a primary filter, narrowing the search and improving the accuracy of fitment recommendations. An example would be a mechanic searching for a replacement mass airflow sensor for a Subaru BRZ. The system would first filter for “mass airflow sensor” and then further refine the results based on the vehicle’s year and engine specifications. Understanding the component type is thus fundamental for efficient and accurate parts identification.
In conclusion, identifying the component type associated with SU003-06093 is an indispensable step in determining vehicle compatibility. It establishes the foundational criteria for narrowing down the range of potential vehicles and ensures the accurate application of the part. The absence of this information renders the part number virtually meaningless in the context of vehicle fitment. The challenge lies in consistently obtaining accurate component type information from reliable sources, as misidentification can lead to costly errors and potential vehicle damage.Ensuring the correct component type is identified for SU003-06093, you can use online part retailer sites or automotive parts specialists.
6. Engine compatibility
Engine compatibility constitutes a critical dimension of vehicle part suitability, particularly when assessing component SU003-06093. The engine’s specific design and operational parameters dictate the required characteristics of many ancillary parts. Consequently, a component deemed suitable based on vehicle make and model may still be incompatible if the engine variant is not accounted for. For example, SU003-06093 could represent an ignition coil designed for a specific displacement or engine code within the Toyota GT86 range. A mismatch in engine code could result in improper ignition timing, leading to performance issues or engine damage. The engine’s specifications, therefore, act as a filter, narrowing the scope of compatible vehicles even within a seemingly homogenous group.
The practical implications of neglecting engine compatibility are significant. Improperly matched sensors can provide inaccurate data to the engine control unit (ECU), causing incorrect fuel-air mixtures, inefficient combustion, and increased emissions. In more severe cases, an incompatible component can cause mechanical damage. Consider, for instance, an oil filter designed for a different oil pressure range. Using this filter on an incompatible engine could result in insufficient lubrication, leading to premature engine wear or catastrophic failure. Modern engine designs further complicate matters with variations in turbocharging, direct injection, and variable valve timing, each requiring specifically designed components.
In summary, engine compatibility is not merely a supplementary consideration, but a fundamental requirement for proper vehicle part fitment. The alphanumeric string SU003-06093, while useful, only initiates the search. The engine’s specific configuration and code must be cross-referenced to ensure that the component’s design and functionality align with the engine’s operational requirements. The challenge lies in accessing and accurately interpreting engine-specific part information, highlighting the value of detailed parts catalogs, VIN decoding, and expert technical assistance. Failure to address engine compatibility risks compromising vehicle performance, reliability, and longevity.
7. Chassis code
The chassis code is a fundamental identifier within the automotive industry. Its relevance in determining “what cars fit this su003-06093” is paramount, as it provides the most specific link between a component and a vehicle’s design lineage. Unlike general references to a vehicle model, the chassis code pinpoints a precise set of engineering specifications relevant to the component’s fit and function.
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Precise Vehicle Identification
The chassis code offers granularity beyond make, model, and year. It accounts for variations in platform design that may necessitate different components. For instance, minor chassis modifications implemented mid-year during production may alter the fitment requirements of seemingly identical parts. Therefore, relying solely on model and year can lead to errors. The chassis code mitigates this risk by providing a more specific point of reference.
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Component Compatibility Mapping
Automotive manufacturers and parts suppliers utilize chassis codes to map component compatibility. Parts catalogs and databases often organize information based on chassis codes, enabling precise cross-referencing. This allows technicians and consumers to ascertain whether SU003-06093 is designed for a specific vehicle variant within a model range. Without the chassis code, determining component applicability becomes significantly more challenging and prone to error.
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Engine and Drivetrain Linkage
The chassis code frequently correlates with specific engine and drivetrain configurations. A chassis code may denote that a vehicle is equipped with a particular engine, transmission, or differential. This information is crucial when SU003-06093 is an engine-related component, as engine compatibility is often tied to chassis designations. In such cases, verifying the chassis code ensures that the component is designed to function with the vehicle’s specific powertrain.
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Regional Variations
Chassis codes can reflect regional variations in vehicle design and specifications. Vehicles intended for different markets may undergo modifications to comply with local regulations or cater to regional preferences. These modifications can affect component compatibility. The chassis code captures these regional differences, allowing for accurate identification of the appropriate component, such as SU003-06093, for a specific geographic market.
In conclusion, the chassis code is an indispensable element in the process of identifying “what cars fit this su003-06093.” Its specificity transcends general vehicle classifications, enabling precise component compatibility mapping. Its integration into parts databases and cross-referencing systems ensures accuracy and minimizes the risk of fitment errors, thus emphasizing its significance in automotive maintenance and repair.
Frequently Asked Questions
The following addresses common inquiries regarding vehicle compatibility concerning component SU003-06093. These answers provide clarification and guidance for ensuring accurate part selection.
Question 1: Is SU003-06093 universally compatible with all Toyota GT86, Subaru BRZ, and Scion FR-S models?
No. While these models share a platform, SU003-06093 compatibility is contingent on factors such as model year, engine type, and specific trim levels. A blanket assumption of universal compatibility is incorrect.
Question 2: Where can the correct model year range for SU003-06093 be reliably determined?
Consult official Toyota, Subaru, or Scion parts catalogs. Reputable aftermarket parts suppliers also maintain compatibility databases. Verification using the vehicle identification number (VIN) is recommended.
Question 3: What happens if SU003-06093 is installed on an incompatible vehicle?
Installation on an incompatible vehicle can lead to performance issues, system malfunctions, or potential damage to the vehicle. Improper fitment may also void warranties.
Question 4: How significant is the engine code when determining compatibility with SU003-06093?
Engine code is highly significant. Many components are engine-specific, and a mismatch can result in incorrect operation or physical incompatibility. The engine code must be considered.
Question 5: If SU003-06093 is unavailable, are there acceptable substitute parts?
Substitutes should only be considered if explicitly listed as compatible by a reputable parts supplier or manufacturer. Verify the substitute’s specifications to ensure equivalent functionality.
Question 6: How does the discontinuation of the Scion brand impact the availability of SU003-06093 for FR-S models?
The discontinuation of Scion means FR-S owners rely on Toyota’s parts network and the aftermarket. Cross-referencing with Toyota parts catalogs is essential for FR-S compatibility.
Accurate identification and proper installation of SU003-06093 are critical for maintaining vehicle performance and reliability. Always prioritize verification and seek expert advice when uncertainty exists.
The subsequent section provides resources for further research and verification of component compatibility.
Tips for Determining Vehicle Compatibility with Component SU003-06093
Accurately establishing which vehicles are compatible with component SU003-06093 requires a systematic approach. The following tips provide guidance for ensuring correct part identification and fitment.
Tip 1: Consult Official Parts Catalogs: Refer to Toyota, Subaru, and Scion parts catalogs to verify SU003-06093 applications. These catalogs provide accurate data based on manufacturer specifications. Examples include online parts portals or printed manuals.
Tip 2: Utilize Vehicle Identification Number (VIN) Decoding: Employ VIN decoding services to obtain precise vehicle specifications. The VIN reveals the vehicle’s model year, engine type, and trim level, enabling accurate part matching. Online VIN decoders are readily available.
Tip 3: Verify Engine Code Compatibility: Confirm the engine code of the target vehicle. Certain components are engine-specific, and the engine code ensures compatibility. The engine code is typically found on the engine block or within vehicle documentation.
Tip 4: Cross-Reference Aftermarket Databases: Explore reputable aftermarket parts databases. These databases often contain detailed compatibility information, including model year ranges and specific fitment notes. Examples include websites of well-known auto parts retailers.
Tip 5: Account for Regional Variations: Be aware of regional differences in vehicle specifications. Vehicles intended for different markets may have subtle variations affecting component compatibility. Consider regional codes when researching compatibility.
Tip 6: Confirm component type : Knowing is this parts is for eletrical, mechanical or aesthetic so you can confirm is the parts you are finding in correct location. For example if you know this is eletrical parts and you are checking suspension parts it is wrong.
Tip 7: Check For Chassis Code: Consult Chassis code for correct and specific information about the part you want to find. The chassis code frequently correlates with specific engine and drivetrain configurations.
Adhering to these tips enhances the likelihood of selecting the correct component, minimizing the risk of fitment errors and operational issues. Proper part identification is crucial for maintaining vehicle performance and reliability.
The subsequent section transitions to the conclusion of this discussion on component SU003-06093 and vehicle compatibility.
Conclusion
The preceding analysis clarifies the complexities surrounding the determination of vehicle compatibility with component SU003-06093. While the Toyota GT86, Subaru BRZ, and Scion FR-S are primary candidates, a multitude of factors, including model year, engine code, trim level, and chassis code, dictate precise fitment. Relying solely on vehicle make and model is insufficient, necessitating a systematic verification process utilizing official parts catalogs, VIN decoding services, and reputable aftermarket databases. The component type must also be identified to ensure the correct category of part is being considered.
Ultimately, accurate identification and installation of SU003-06093 are paramount for preserving vehicle performance, reliability, and safety. The diligence exercised in verifying compatibility directly impacts the operational integrity of the affected vehicle systems. Continued vigilance in parts selection and a commitment to utilizing reliable information sources are essential for both automotive professionals and vehicle owners alike. This focus on accuracy contributes to the longevity and proper functioning of these vehicles.
