The question of engine superiority between Honda and Toyota represents a common consumer dilemma. It reflects the desire to understand which manufacturer produces power plants offering the optimal blend of performance, reliability, fuel efficiency, and longevity. Comparing these two automotive giants often involves analyzing specific engine families, considering factors like horsepower, torque, and technological advancements such as variable valve timing or direct injection.
Determining which automaker builds a “better” engine has significant implications for purchasing decisions. Engine quality directly impacts a vehicle’s resale value, maintenance costs, and overall driving experience. Historically, both Honda and Toyota have earned reputations for dependable and efficient engines, contributing to their global market share. The evolution of their engine technologies reflects broader industry trends, from the pursuit of greater power output to the increasing emphasis on emissions reduction and fuel economy.
Further exploration requires a detailed analysis of individual engine models within each manufacturer’s lineup. Factors such as intended vehicle application (e.g., compact car, truck, performance car) must be considered. Examining specific engineering choices, performance data, and consumer reviews will provide a more nuanced understanding of the relative strengths and weaknesses of each company’s engines.
1. Reliability
Reliability stands as a cornerstone when evaluating engines, directly influencing the long-term cost of ownership and overall user experience. In the context of comparing Honda and Toyota engines, reliability translates to the likelihood of an engine performing consistently and trouble-free throughout its lifespan. This involves minimizing unexpected breakdowns, reducing the frequency and cost of repairs, and ensuring consistent performance over time. An engine prone to issues necessitates frequent repairs, impacting owner satisfaction and potentially diminishing resale value.
Both Honda and Toyota have cultivated reputations for reliable engines. However, specific engine families within each manufacturer’s lineup may exhibit varying degrees of reliability. Real-world data from consumer reports and industry analyses offer valuable insights. For instance, some generations of Honda’s VTEC engines have faced issues with oil consumption, while certain Toyota engines have experienced head gasket problems in specific model years. Understanding these potential issues allows consumers to make informed decisions. Accessing resources like repair statistics and owner forums provides further insight into the practical, long-term reliability of specific engines.
Prioritizing reliability ensures predictable performance and minimizes disruption. While both manufacturers generally offer reliable engines, research into specific models and potential issues remains crucial. This informed approach maximizes the chances of selecting an engine that delivers consistent, trouble-free operation throughout its service life, minimizing unexpected costs and maximizing long-term value.
2. Fuel Efficiency
Fuel efficiency plays a critical role in evaluating engine quality, linking directly to operating costs and environmental impact. In the context of comparing Honda and Toyota engines, fuel economy represents a key differentiator. Superior fuel efficiency translates to fewer trips to the gas station, reducing expenses for vehicle owners. Furthermore, engines that consume less fuel contribute to lower carbon emissions, aligning with broader societal goals of environmental sustainability. This factor gains increasing importance as fuel prices fluctuate and environmental concerns rise.
Analyzing fuel efficiency requires examining various factors, including engine displacement, transmission type, vehicle weight, and incorporated technologies. For instance, Honda’s i-VTEC system and Toyota’s Hybrid Synergy Drive demonstrate distinct approaches to maximizing fuel economy. Direct comparisons between specific engine models, using standardized tests like EPA fuel economy ratings, offer valuable insights. Real-world driving conditions and individual driving habits also influence actual fuel consumption. Therefore, considering a range of data sources, including manufacturer claims and independent testing results, provides a more comprehensive understanding. Examining the impact of specific technologies, such as direct injection or variable valve timing, on fuel economy further clarifies the differences between Honda and Toyotas engineering approaches.
Prioritizing fuel efficiency benefits both individual consumers and the environment. Choosing an engine with superior fuel economy reduces long-term operating costs and minimizes environmental impact. While both Honda and Toyota offer engine options with strong fuel efficiency, understanding the technologies employed and comparing standardized test results empowers consumers to select the most economical option for their specific needs. This informed approach contributes to both personal financial savings and broader efforts towards sustainability.
3. Performance
Performance represents a critical factor in differentiating engines, encompassing various metrics beyond simple horsepower figures. In the context of comparing Honda and Toyota engines, performance involves evaluating power output, torque, responsiveness, and overall driving experience. Understanding these nuances allows for a comprehensive assessment beyond basic specifications.
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Horsepower and Torque
Horsepower measures an engine’s ability to perform work, while torque represents its rotational force. Higher horsepower typically translates to higher top speeds, while greater torque contributes to stronger acceleration and towing capacity. Comparing horsepower and torque curves between Honda and Toyota engines reveals differences in power delivery characteristics. For example, a Honda engine might prioritize high-revving horsepower, while a Toyota engine could focus on low-end torque for off-road capabilities. Analyzing these differences provides insights into how each engine performs in real-world driving scenarios.
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Engine Responsiveness
Responsiveness refers to how quickly an engine reacts to driver input, such as accelerator pedal application. A responsive engine feels more engaging and provides greater control over the vehicle. Factors like throttle mapping, transmission tuning, and turbocharger or supercharger presence influence responsiveness. Comparing Honda and Toyota engines in terms of responsiveness involves evaluating how quickly they accelerate, how smoothly they transition between gears, and how readily they deliver power when needed. This facet of performance significantly impacts the overall driving experience.
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Technological Influence
Technological advancements play a crucial role in shaping engine performance. Variable valve timing systems, like Honda’s VTEC and Toyota’s VVT-i, optimize valve operation to improve power output and fuel efficiency across different RPM ranges. Direct injection technologies, such as Honda’s Earth Dreams Technology and Toyota’s D-4S, enhance combustion efficiency and power delivery. Analyzing how these technologies influence performance characteristics helps differentiate between Honda and Toyota engine designs.
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Application-Specific Tuning
Engine performance varies depending on the intended application. A performance-oriented Honda engine in a sports car will prioritize high horsepower and responsiveness, while a fuel-efficient Toyota engine in a hybrid vehicle will emphasize efficiency and smooth operation. Comparing engines across different vehicle categories requires considering how manufacturers tune their power plants for specific applications. This context-specific analysis provides a more nuanced understanding of performance characteristics.
Evaluating performance requires considering the interplay of these factors. While horsepower and torque provide baseline metrics, responsiveness and technological advancements contribute significantly to the overall driving experience. Understanding how these facets interact allows for a comprehensive comparison of Honda and Toyota engines, enabling informed decisions based on individual driving preferences and vehicle requirements. Ultimately, “best” performance depends on the specific application and desired driving characteristics.
4. Technology
Technological advancements represent a pivotal factor in engine development, significantly influencing performance, efficiency, and emissions. In the context of comparing Honda and Toyota engines, technology serves as a key differentiator. Analyzing each manufacturer’s approach to technological innovation provides crucial insights for determining engine superiority.
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Variable Valve Timing and Lift Electronic Control (VTEC)
Honda’s VTEC system represents a landmark innovation in variable valve timing technology. VTEC alters valve lift and duration based on engine speed and load, optimizing performance and fuel efficiency across different operating ranges. This allows for both high-revving power and low-speed fuel economy. Different iterations of VTEC, such as i-VTEC and i-VTEC with Earth Dreams Technology, incorporate further refinements and demonstrate Honda’s continued focus on enhancing this core technology.
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Variable Valve Timing with intelligence (VVT-i)
Toyota’s VVT-i system provides similar functionality to VTEC, adjusting valve timing to optimize performance and efficiency. Variations like Dual VVT-i control both intake and exhaust valves, further refining engine operation. Toyota’s advancements in this area demonstrate their commitment to improving engine performance while reducing emissions. Comparing VVT-i with VTEC requires analyzing specific engine applications and considering how each system contributes to the overall driving experience.
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Direct Injection
Both Honda and Toyota utilize direct injection technologies, injecting fuel directly into the combustion chamber rather than into the intake manifold. Honda’s Earth Dreams Technology incorporates direct injection to improve fuel atomization and combustion efficiency, while Toyota’s D-4S system serves a similar purpose. Direct injection contributes to both increased power output and reduced fuel consumption. Comparing the specific implementations of direct injection by each manufacturer reveals differences in their engineering approaches and their respective impact on engine performance and efficiency.
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Hybrid Technology
Toyota stands as a pioneer in hybrid vehicle technology with its Hybrid Synergy Drive system. This combines a gasoline engine with an electric motor and battery pack to maximize fuel efficiency and reduce emissions. While Honda also offers hybrid models, Toyota’s extensive experience and market leadership in this domain represent a significant technological advantage. Analyzing the differences in hybrid implementations between the two manufacturers highlights their respective strategies for achieving fuel efficiency and reducing environmental impact.
These technological advancements represent key differentiators between Honda and Toyota engines. While both manufacturers demonstrate a commitment to innovation, their specific approaches and areas of focus vary. Analyzing these technological differences, alongside factors like reliability and fuel efficiency, provides a comprehensive understanding of each manufacturer’s strengths and contributes to a more informed assessment of which produces the “best” engine.
5. Maintenance Costs
Maintenance costs represent a crucial factor in long-term vehicle ownership, significantly impacting the overall cost-benefit analysis of engine selection. The connection between maintenance expenses and the question of whether Honda or Toyota produces superior engines lies in the potential for lower repair frequency, less expensive parts, and simpler maintenance procedures. Engines requiring less frequent servicing, utilizing readily available and affordable parts, and designed for ease of maintenance contribute to reduced ownership costs over time. This directly influences the perceived value proposition of a particular engine choice.
Real-world examples illustrate this connection. A Honda engine known for requiring specialized tools or particularly expensive replacement parts may incur higher maintenance costs compared to a Toyota engine with readily accessible and affordable components. Similarly, an engine prone to specific issues, such as premature timing belt failure or oil consumption problems, necessitates more frequent repairs, driving up maintenance expenses. Conversely, engines designed for durability and ease of maintenance contribute to lower long-term ownership costs. Access to reliable repair data and consumer reports provides valuable insights into the typical maintenance expenses associated with specific Honda and Toyota engines, enabling informed comparisons.
Minimizing maintenance costs contributes significantly to the overall value proposition of an engine. Choosing an engine with a reputation for reliability, readily available parts, and straightforward maintenance procedures can lead to substantial savings over the vehicle’s lifespan. This practical consideration directly addresses the long-term financial implications of engine selection, playing a crucial role in determining which manufacturer offers the more cost-effective solution. Understanding these cost dynamics empowers consumers to make informed decisions aligned with their budgetary constraints and long-term ownership goals.
6. Longevity
Longevity, representing an engine’s ability to operate reliably over an extended period, constitutes a critical factor in evaluating overall engine quality. In the context of comparing Honda and Toyota engines, longevity translates to sustained performance and minimized major repairs over the vehicle’s lifespan. This enduring reliability influences long-term ownership costs and contributes significantly to the perceived value of a vehicle. An engine demonstrating consistent performance and requiring minimal major repairs over many years and miles represents a substantial advantage for vehicle owners.
Several factors contribute to engine longevity. Robust design and engineering, utilization of high-quality materials, and adherence to stringent manufacturing processes play crucial roles. Regular maintenance, including timely oil changes and adherence to recommended service intervals, further extends an engine’s operational life. Real-world examples illustrate this connection. A Honda engine known for consistently exceeding 200,000 miles without major overhauls demonstrates superior longevity compared to a Toyota engine requiring significant repairs at a lower mileage. Analyzing reliability data and consumer reports provides insights into the typical lifespan of different Honda and Toyota engines, enabling informed comparisons and highlighting the long-term value proposition of each.
Prioritizing engine longevity minimizes long-term ownership costs and contributes to a higher resale value. Choosing an engine designed for durability and sustained performance offers significant financial advantages over time. This long-term perspective proves crucial for assessing the overall value of an engine. Understanding the factors contributing to engine longevity and researching the track record of specific Honda and Toyota engine families empowers consumers to make informed decisions aligned with their long-term ownership goals. Ultimately, an engine capable of delivering reliable performance over many years represents a significant asset, minimizing the need for costly repairs and maximizing the return on investment.
7. Innovation
Innovation serves as a crucial differentiator in the ongoing competition between Honda and Toyota to produce superior engines. It represents the continuous pursuit of advancements in engine technology, encompassing design, materials, manufacturing processes, and performance optimization. This drive for innovation directly influences key engine characteristics such as power output, fuel efficiency, emissions, and overall longevity. The connection between innovation and determining which manufacturer builds the “best” engine lies in the practical application of these advancements to deliver tangible benefits to consumers.
Real-world examples illustrate this connection. Honda’s development of VTEC technology marked a significant innovation in variable valve timing, enabling enhanced performance and fuel economy. Similarly, Toyota’s pioneering work in hybrid technology, exemplified by the Hybrid Synergy Drive system, demonstrates a commitment to innovation in fuel efficiency and emissions reduction. These examples highlight how each manufacturer leverages innovation to address specific performance and efficiency targets. Furthermore, innovations in materials science, such as the use of lighter and stronger alloys in engine components, contribute to improved performance and durability. Analyzing the historical trajectory of engine innovation within both Honda and Toyota provides valuable insights into their respective strengths and areas of focus. For example, Hondas focus may lean towards maximizing performance within smaller displacement engines, while Toyota might prioritize efficiency and reliability in larger power plants.
Understanding the role of innovation provides crucial context for evaluating engine quality. While both Honda and Toyota have a proven track record of innovation, their specific approaches and areas of focus differ. Analyzing these differences, alongside factors like reliability, performance, and fuel efficiency, allows for a more nuanced assessment of which manufacturer consistently delivers superior engines. Ultimately, sustained innovation drives continuous improvement in engine technology, benefiting consumers through enhanced performance, increased fuel economy, reduced emissions, and improved longevity. Recognizing this connection empowers consumers to make informed decisions based on the latest advancements and future potential of each manufacturer’s engine technologies.
8. Application (car/truck)
The intended application of an engine, whether for a car or truck, significantly influences its design and performance characteristics, playing a crucial role in determining the suitability of a Honda or Toyota engine for a specific vehicle type. Different applications demand varying priorities in terms of power output, torque, fuel efficiency, and durability. Understanding these application-specific requirements provides crucial context for evaluating which manufacturer offers the “best” engine for a given purpose.
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Cars (Passenger Vehicles)
Car engines typically prioritize fuel efficiency, smooth operation, and a balance of power and responsiveness for everyday driving. Honda’s VTEC technology often focuses on maximizing power output from smaller displacement engines, making them suitable for compact and sporty cars. Toyota, known for its hybrid technology, offers engines optimized for fuel efficiency in its hybrid sedan and hatchback models. Real-world examples include the Honda Civic’s fuel-efficient yet peppy engine and the Toyota Prius’s hybrid powertrain designed for maximum fuel economy. The specific requirements of passenger vehicles influence engine choices, with Honda often favored for performance and Toyota for efficiency in this segment.
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Trucks (Light Trucks and SUVs)
Truck engines require higher torque output for towing and hauling capabilities, prioritizing low-end power and durability over outright speed. Toyota’s larger displacement engines and robust truck platforms, like the Tundra and Tacoma, often cater to these needs. Honda, while offering SUVs like the Pilot and CR-V, generally focuses on smaller, more fuel-efficient engines, making them less suited for heavy-duty trucking applications. The demands of towing and hauling influence engine selection in trucks, with Toyota often preferred for its larger, more powerful engine options in this segment.
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Performance Vehicles
High-performance cars and sports cars demand maximum power output, responsiveness, and a high-revving nature. Honda’s performance-oriented engines, often featuring VTEC technology and tuned for high RPM power delivery, cater to this niche. Toyota, while offering sporty models like the Supra, generally prioritizes reliability and fuel efficiency over extreme performance. This distinction influences engine choices for performance enthusiasts, with Honda often preferred for its focus on high-revving power and responsive handling.
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Hybrid and Electric Vehicles
Hybrid and electric vehicles prioritize maximizing fuel efficiency and minimizing emissions. Toyota’s extensive experience and market leadership in hybrid technology, exemplified by the Prius and RAV4 Hybrid, position them strongly in this segment. Honda also offers hybrid models, but Toyota’s broader range and established reputation often give them an edge. The increasing demand for eco-friendly vehicles influences engine choices, with Toyota’s dominance in hybrid technology making them a preferred choice for environmentally conscious consumers.
The intended application dictates the specific requirements of an engine. Honda’s strengths lie in fuel-efficient and performance-oriented engines for cars and sporty applications, while Toyota excels in providing reliable and powerful engines for trucks and leading the way in hybrid technology. Understanding these application-specific strengths and weaknesses allows for a more nuanced comparison and empowers consumers to select the engine best suited to their individual needs and vehicle type. Ultimately, the “best” engine depends on the specific application and the prioritized characteristics, whether fuel efficiency, power output, or a balance of both.
9. Resale Value
Resale value, a critical component of long-term vehicle ownership costs, connects directly to perceived engine quality and reliability. Engines perceived as durable and dependable contribute significantly to higher resale values. This perception influences consumer behavior, impacting demand and, consequently, the price a used vehicle can command in the market. The connection between resale value and the question of “who makes the best engine, Honda or Toyota?” lies in the reputation each manufacturer has cultivated for engine reliability and longevity. A reputation for building robust, long-lasting engines translates directly into stronger resale values for vehicles equipped with those engines.
Real-world market data illustrates this connection. Used vehicles equipped with engines known for reliability and longevity often command higher prices compared to vehicles with engines perceived as less dependable. For example, a used Honda Civic or Toyota Corolla, both known for their durable engines, typically retains a higher percentage of its original value compared to competitors with less reliable engines. This difference in resale value reflects consumer confidence in the long-term performance of Honda and Toyota engines. Access to vehicle valuation guides and used car market data provides further evidence of this correlation, allowing for comparisons across different makes and models, highlighting the impact of engine reputation on resale value.
Understanding the connection between engine reputation and resale value empowers consumers to make informed purchasing decisions. Choosing a vehicle equipped with an engine known for reliability and longevity represents a sound investment, minimizing depreciation and maximizing potential return when reselling the vehicle. This long-term perspective proves crucial for maximizing the overall value proposition of a vehicle purchase. Recognizing the impact of engine choice on resale value reinforces the importance of considering not only initial purchase price but also the long-term cost of ownership, including the potential return on investment when the vehicle is eventually sold. This comprehensive approach ensures that consumers make financially sound decisions based on the projected long-term value of their chosen vehicle and its engine.
Frequently Asked Questions
This section addresses common inquiries regarding the comparison of Honda and Toyota engines, providing concise and informative responses to clarify key aspects of this ongoing debate.
Question 1: Which manufacturer produces more reliable engines, Honda or Toyota?
Both manufacturers have established reputations for reliability. However, specific engine families within each lineup may exhibit varying degrees of reliability. Researching specific models and potential issues is crucial for informed decision-making.
Question 2: How do Honda’s VTEC and Toyota’s VVT-i systems compare in terms of performance and efficiency?
Both VTEC and VVT-i are variable valve timing systems designed to optimize engine performance and fuel efficiency. VTEC often emphasizes high-revving power, while VVT-i generally focuses on a broader torque curve. Specific implementations and their impact vary depending on the engine model.
Question 3: Which manufacturer offers better fuel economy, Honda or Toyota?
Both manufacturers offer engine options with strong fuel economy. Toyota’s hybrid technology provides a significant advantage in maximizing fuel efficiency, while Honda excels in optimizing fuel economy in smaller displacement engines. Comparing specific models and considering driving habits is essential.
Question 4: Are maintenance costs generally lower for Honda or Toyota engines?
Maintenance costs depend on factors like engine complexity, parts availability, and service intervals. Both manufacturers generally offer reasonable maintenance costs, but specific models may vary. Researching potential maintenance expenses for specific engines provides valuable insight.
Question 5: Which engines typically last longer, Honda or Toyota engines?
Both manufacturers produce engines capable of lasting hundreds of thousands of miles with proper maintenance. Longevity depends on factors like design, materials, manufacturing quality, and maintenance practices. Researching specific models and their track records provides a better understanding of expected lifespan.
Question 6: Does one manufacturer consistently innovate more than the other in engine technology?
Both Honda and Toyota demonstrate a commitment to engine innovation. Honda historically focused on performance enhancements like VTEC, while Toyota pioneered hybrid technology. Analyzing their respective areas of focus and recent advancements provides insights into their innovation strategies.
Ultimately, the “best” engine depends on individual needs and priorities. Thorough research, considering specific models, intended applications, and long-term ownership costs, remains crucial for making informed decisions.
The following section will delve deeper into specific engine comparisons within various vehicle categories, providing a more granular analysis of the strengths and weaknesses of Honda and Toyota engines in different applications.
Tips for Choosing Between Honda and Toyota Engines
Selecting the optimal engine requires careful consideration of various factors beyond brand loyalty. These tips provide guidance for navigating the complexities of choosing between Honda and Toyota engines, empowering informed decisions aligned with individual needs and priorities.
Tip 1: Define Specific Needs and Priorities: Clarity regarding intended vehicle usagedaily commuting, towing, off-roading, or performance drivinginforms engine selection. Prioritizing fuel efficiency, power output, or a balance of both clarifies the decision-making process.
Tip 2: Research Specific Engine Models: Avoid generalizations based solely on brand reputation. Research specific engine families within each manufacturer’s lineup. Understanding the performance characteristics, fuel efficiency ratings, and potential reliability issues of specific engines provides crucial insights.
Tip 3: Consider Long-Term Ownership Costs: Factor in projected maintenance expenses, fuel consumption, and potential repair costs. An engine with a lower initial price might incur higher long-term costs due to increased maintenance or lower fuel efficiency.
Tip 4: Analyze Real-World Data and Reviews: Consult consumer reports, automotive publications, and online forums for insights into the real-world performance and reliability of specific engines. Owner experiences offer valuable perspectives beyond manufacturer claims.
Tip 5: Factor in Resale Value: Engines known for reliability and longevity contribute to higher resale values. Considering the potential resale value of a vehicle influences the long-term cost-benefit analysis of engine selection.
Tip 6: Assess Technological Advancements: Evaluate the impact of technologies like variable valve timing (VTEC, VVT-i) and direct injection on performance and fuel efficiency. Understanding these technologies clarifies the differences between Honda and Toyota’s engineering approaches.
Tip 7: Consider Application-Specific Requirements: Recognize that engine requirements vary significantly depending on vehicle type (car, truck, SUV). Prioritize torque for trucks, fuel efficiency for compact cars, and high-revving performance for sports cars.
Applying these tips empowers informed decision-making, maximizing the likelihood of selecting an engine aligned with individual needs, priorities, and long-term ownership goals. This informed approach ensures a satisfying driving experience and minimizes potential long-term costs.
The following conclusion synthesizes the key points of this comparison, providing a concise summary to guide the final decision-making process.
Conclusion
The question of whether Honda or Toyota manufactures superior engines necessitates a nuanced analysis encompassing various factors beyond simple brand preference. This exploration has highlighted key considerations, including reliability, fuel efficiency, performance characteristics, technological advancements, maintenance costs, longevity, innovation strategies, and application-specific requirements. Both manufacturers possess established reputations for producing dependable engines, yet their strengths lie in different areas. Honda often prioritizes performance and fuel efficiency in smaller displacement engines, excelling in applications like compact cars and sporty vehicles. Toyota frequently emphasizes reliability, durability, and torque in larger engines, catering effectively to truck and SUV applications, while also leading in hybrid technology. Ultimately, neither manufacturer definitively claims overall superiority; the “best” engine depends entirely on the specific needs and priorities of the individual consumer.
Engine selection represents a crucial decision in the vehicle purchasing process, significantly impacting long-term ownership costs and driving experience. Thorough research, encompassing specific engine models, intended vehicle usage, and long-term ownership goals, remains essential for making informed choices. Consumers empowered with comprehensive knowledge of the strengths and weaknesses of both Honda and Toyota engines are better equipped to select the optimal power plant to meet their specific needs and driving preferences. This informed approach ensures a satisfying driving experience and maximizes the value proposition of the chosen vehicle.
