Achieving 200,000 miles on a vehicle’s odometer once seemed like an impressive milestone, but today’s improved engineering and manufacturing standards have made this benchmark increasingly attainable.
Modern vehicles are designed with longevity in mind, combining advanced materials, refined production techniques, and sophisticated technology to extend their operational lifespan.
While regular maintenance remains essential, certain models consistently demonstrate exceptional durability, requiring minimal repairs even after covering extensive distances.
The following collection highlights twelve vehicles renowned for their reliability and endurance.
These models stand out not merely for reaching high mileage but for doing so without demanding frequent trips to the repair shop or substantial financial investment in replacement parts.
They represent diverse segments of the automotive market from practical sedans and versatile SUVs to hardworking trucks offering dependable transportation options regardless of driving needs or preferences.
Each vehicle on this list has earned its reputation through consistent performance across multiple generations and extensive real-world testing by countless owners.
1. Toyota Camry
The Toyota Camry has cemented its reputation as one of the most reliable vehicles ever manufactured, with countless examples surpassing 200,000 miles while requiring minimal repairs.
This mid-size sedan’s legendary durability stems from Toyota’s unwavering commitment to engineering excellence and quality control throughout production.
The Camry’s 2.5-liter four-cylinder and optional V6 engines are particularly noted for their longevity, often reaching extraordinary mileage without major mechanical issues.
Regular maintenance is remarkably straightforward with the Camry, typically limited to routine oil changes, brake service, and occasional replacement of worn items like belts and hoses.
The vehicle’s electrical systems demonstrate exceptional resilience, with few owners reporting significant problems with sensors, computers, or entertainment components even at high mileage.
Transmission failures a common expensive repair in many vehicles are notably rare in properly maintained Camrys.
Beyond mechanical reliability, the Camry’s body and interior components age gracefully.
Paint maintains its integrity while dashboards and upholstery resist cracking and excessive wear, contributing to the vehicle’s ability to maintain both function and value as mileage accumulates.
This comprehensive durability explains why Camrys consistently command strong resale prices even with substantial mileage.
Perhaps most telling is the vehicle’s widespread adoption by high-mileage professionals taxi services, delivery companies, and traveling salespeople regularly choose the Camry precisely because it continues performing dependably long after comparable vehicles would require substantial repairs or replacement.
Consumer reports and owner surveys consistently rank the Camry among the most reliable vehicles across all segments, validating what many owners have experienced firsthand that this Toyota model truly deserves its reputation for exceptional longevity.
2. Honda Accord
The Honda Accord stands as a paragon of engineering reliability, routinely surpassing the 200,000-mile threshold while maintaining impressive mechanical integrity.
This midsize sedan’s endurance can be attributed to Honda’s meticulous design philosophy and exceptional build quality, which have remained consistent hallmarks throughout the model’s four-decade history.
The Accord’s four-cylinder and V6 engine options both demonstrate remarkable longevity, with many owners reporting minimal performance degradation even after years of continuous operation.
Honda’s implementation of precise manufacturing tolerances and high-quality materials throughout the vehicle contributes significantly to its durability.
The Accord’s powertrain components particularly its manual and automatic transmissions exhibit exceptional resilience when maintained according to schedule.
Even the vehicle’s auxiliary systems, including power steering, air conditioning, and electrical components, demonstrate remarkable dependability compared to competitors in the same segment.
What truly distinguishes the Accord is its ability to maintain a consistent driving experience throughout its lifespan.
Handling characteristics, ride comfort, and cabin noise suppression typically show minimal deterioration even as mileage accumulates.
This preservation of driving quality helps explain why many Accord owners develop a strong loyalty to the model, often purchasing another when their current vehicle finally reaches the end of its extraordinary service life.
Maintenance costs remain predictably modest throughout ownership, with scheduled service intervals generally limited to basic procedures that don’t demand specialized knowledge or equipment.
This accessibility to maintenance contributes significantly to the Accord’s reputation as a financially sensible long-term investment.
The vehicle’s parts availability and interchangeability across model years further enhance its appeal for those seeking to maximize longevity through occasional repairs.
Industry recognition of the Accord’s reliability appears consistently in professional evaluations and consumer surveys, where it routinely earns top ratings for projected reliability and owner satisfaction.
This corroborating evidence supports what many high-mileage Accord owners already know this Honda consistently delivers exceptional durability that few competitors can match.
3. Toyota Corolla
The Toyota Corolla epitomizes automotive longevity, consistently remaining operational well beyond the 200,000-mile mark with minimal repair requirements.
As the world’s best-selling car model, the Corolla’s global reputation for reliability is supported by millions of examples that continue to function dependably despite advancing age and accumulating mileage.
Toyota’s conservative engineering approach with the Corolla prioritizes proven technology over experimental features, resulting in a vehicle with extraordinary mechanical resilience.
The Corolla’s powertrain deserves particular recognition for its durability. Its four-cylinder engines whether the older 1.8-liter variants or newer versions with variable valve timing routinely operate for hundreds of thousands of miles without internal failures.
Similarly, both manual and automatic transmissions demonstrate exceptional longevity when provided with basic maintenance. This powertrain reliability contributes significantly to the Corolla’s remarkably low lifetime ownership costs.
Electrical system integrity represents another area where the Corolla excels compared to competitors. Starters, alternators, and electronic control modules typically function reliably throughout the vehicle’s extended lifespan.
Climate control components often vulnerability points in competing models demonstrate similar durability in the Corolla, frequently operating without failure despite decades of use.
The Corolla’s body structure and suspension components exhibit impressive resistance to age-related deterioration.
Rust protection has improved with each generation, while suspension bushings and components often last significantly longer than comparable parts in other vehicles.
This structural integrity ensures the car maintains acceptable handling characteristics and ride comfort even after extensive use.
Perhaps most remarkable is the Corolla’s ability to deliver this exceptional reliability while remaining affordable both to purchase and maintain.
Parts availability remains excellent even for older models, while repair procedures typically don’t require specialized tools or expertise.
This accessibility to maintenance ensures that achieving high mileage remains economically feasible.
The model’s unmatched combination of initial affordability, minimal operating costs, and extraordinary longevity explains its continued popularity among value-conscious consumers seeking transportation that will remain dependable for many years.
4. Lexus ES
The Lexus ES series represents the pinnacle of luxury vehicle longevity, consistently achieving mileage milestones beyond 200,000 while maintaining its refined driving experience and comfort features.
This remarkable durability stems from Toyota’s luxury division implementing its parent company’s legendary reliability engineering while enhancing build quality and materials to meet premium market expectations.
The result is a vehicle that combines opulence with extraordinary mechanical resilience, defying the stereotype that luxury vehicles inevitably become maintenance-intensive as they age.
The ES powertrain lineup ranging from efficient V6 engines in earlier generations to the sophisticated hybrid systems in more recent models demonstrates exceptional longevity.
These powerplants routinely operate for hundreds of thousands of miles without requiring internal repairs, maintaining smooth power delivery and refinement throughout their extended service lives.
The model’s transmission systems show similar durability, with both conventional automatics and hybrid transaxles exhibiting remarkable resistance to failure even under demanding conditions.
Lexus’s uncompromising approach to electrical system engineering ensures that the ES’s numerous luxury features and sophisticated electronics continue functioning properly throughout the vehicle’s lifespan.
Climate control systems, power accessories, and infotainment components maintain their functionality long after comparable systems in competitive luxury models have required replacement.
This electronics reliability significantly reduces ownership costs while preserving the premium experience that justified the vehicle’s initial purchase price.
Interior quality represents another area where the ES excels in long-term durability. Leather and wood surfaces resist wear and deterioration, while seat structures maintain their support and comfort characteristics despite years of continuous use.
This cabin longevity ensures the vehicle remains pleasant to occupy regardless of accumulated mileage a critical factor for owners who spend extensive time behind the wheel.
The ES’s exceptional build quality translates directly into remarkably low repair frequencies compared to other luxury vehicles.
Dealer service departments report that high-mileage ES models typically require only routine maintenance rather than component replacement or system repairs.
This operational reliability explains the model’s consistently strong residual values and loyal ownership base.
The Lexus ES effectively demonstrates that luxury and longevity can coexist when engineering priorities emphasize quality and durability alongside comfort and technology.
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5. Honda Civic
The Honda Civic has earned its reputation as one of the most durable compact cars available, with countless examples continuing to operate reliably after exceeding 200,000 miles.
This exceptional longevity stems from Honda’s engineering philosophy that emphasizes mechanical simplicity combined with precise manufacturing tolerances.
Throughout its multiple generations, the Civic has consistently demonstrated remarkable resistance to mechanical failures that typically affect other vehicles in its class long before reaching such high mileage.
The Civic’s four-cylinder engine variants from the efficient base models to the more powerful versions in sport-oriented trims exhibit extraordinary durability when maintained according to schedule.
Timing chains (or belts in older models) often last significantly longer than competitor recommendations, while internal components maintain proper clearances and operation despite years of continuous use.
Both manual and continuously variable transmissions demonstrate similar resilience, with many owners reporting original transmission functions well beyond 200,000 miles.
Fuel and emission systems in the Civic represent another area of exceptional reliability.
Fuel injectors, oxygen sensors, and catalytic converter components that frequently require replacement in other vehicles typically maintain proper operation throughout the Civic’s extended service life.
This system integrity contributes significantly to the vehicle’s consistent performance and fuel efficiency regardless of accumulated mileage.
The Civic’s electrical architecture deserves particular recognition for its durability. Alternators, starters, and electronic control modules demonstrate remarkable resistance to failure, while dashboard electronics and entertainment systems maintain functionality despite extensive use.
This electrical reliability ensures that the vehicle’s numerous features remain operational without requiring expensive component replacements.
Beyond mechanical considerations, the Civic’s body structure exhibits impressive resistance to corrosion and structural fatigue.
Interior materials particularly in more recent generations demonstrate exceptional wear resistance, allowing the cabin to maintain its appearance and functionality throughout extended ownership.
This comprehensive durability explains why the Civic consistently ranks among the most sought-after used vehicles and maintains strong resale values even with substantial mileage.
For drivers seeking a compact car capable of providing dependable transportation with minimal repair requirements for hundreds of thousands of miles, the Honda Civic represents an ideal choice.
6. Toyota Avalon
The Toyota Avalon stands as a testament to automotive engineering excellence, consistently achieving exceptional longevity with minimal repair requirements even after surpassing the 200,000-mile milestone.
As Toyota’s full-size flagship sedan, the Avalon benefits from the company’s most refined production techniques and highest-quality components, resulting in a vehicle that combines luxury-adjacent comfort with extraordinary mechanical resilience.
This durability becomes increasingly apparent as the vehicle ages, with many examples continuing to deliver reliable transportation well into their second and even third decade of service.
The Avalon’s V6 powertrain deserves particular recognition for its exceptional longevity.
This engine routinely operates for hundreds of thousands of miles without requiring internal repairs, maintaining smooth power delivery and refinement throughout its extended service life.
Similarly, the model’s automatic transmission demonstrates remarkable resistance to the wear and hydraulic failures that commonly affect comparable systems in competing vehicles, often functioning properly for the vehicle’s entire operational lifespan with only routine fluid maintenance.
Suspension components represent another area where the Avalon demonstrates superior durability compared to segment competitors.
Bushings, ball joints, and control arms typically maintain proper function far longer than manufacturer expectations, preserving the vehicle’s composed ride quality and predictable handling characteristics despite accumulated mileage.
This suspension integrity contributes significantly to the Avalon’s ability to maintain its original driving experience regardless of age.
The Avalon’s electrical architecture exhibits similar resilience, with climate control systems, power accessories, and entertainment components maintaining reliable operation throughout extended ownership.
Alternators, starters, and electronic control modules demonstrate exceptional longevity, minimizing the unexpected electrical failures that frequently affect aging vehicles.
This system’s reliability ensures that the Avalon’s numerous convenience features remain functional without requiring expensive component replacements.
Perhaps most telling is the Avalon’s widespread adoption by fleet operators who prioritize longevity in their vehicle selection process.
Livery services, executive transportation providers, and high-mileage business users frequently choose the Avalon precisely because it continues delivering comfortable, reliable transportation long after comparable vehicles would require substantial repairs or replacement.
This professional validation supports what many private owners have experienced that the Toyota Avalon truly deserves its reputation as one of the most durable full-size sedans available.
7. Toyota Highlander
The Toyota Highlander has established itself as an exceptionally durable midsize SUV, routinely surpassing 200,000 miles while maintaining remarkable mechanical integrity.
This three-row family vehicle demonstrates Toyota’s engineering philosophy of prioritizing long-term reliability over flashy but potentially problematic features.
The result is a vehicle that consistently delivers dependable transportation through multiple family life stages while requiring minimal unscheduled repairs despite continuous use in demanding conditions.
The Highlander’s powertrain options both the robust V6 engine and the sophisticated hybrid system exhibit extraordinary longevity.
These powerplants routinely function properly for hundreds of thousands of miles without requiring internal repairs, maintaining smooth operation and efficiency throughout their extended service lives.
Transmission systems demonstrate similar durability, with both conventional automatics and the hybrid’s electronic continuously variable transmission (eCVT) exhibiting remarkable resistance to the failures that commonly affect comparable systems in competing vehicles.
All-wheel drive components in applicable Highlander models deserve particular recognition for their exceptional reliability.
Transfer cases, differentials, and associated electronics typically maintain proper function despite exposure to varying terrain and weather conditions that accelerate wear in less robustly engineered systems.
This drivetrain integrity ensures the vehicle maintains its capability regardless of accumulated mileage.
The Highlander’s body structure and suspension components exhibit impressive resistance to age-related deterioration.
Suspension bushings, control arms, and stabilizer links are often vulnerability points in SUVs subjected to family use and typically last significantly longer than comparable parts in competitor vehicles.
This structural durability preserves the vehicle’s handling characteristics and ride comfort despite years of continuous operation.
Perhaps most significant for family buyers is the Highlander’s exceptional interior durability. Seating surfaces, cargo area materials, and frequently used controls demonstrate remarkable resistance to wear despite the intense use pattern typical of family vehicles.
This cabin resilience ensures the vehicle remains comfortable and functional throughout extended ownership. The Highlander’s comprehensive durability explains its strong resale values and loyal ownership base.
For families seeking a three-row SUV capable of providing dependable transportation with minimal repair requirements through years of service, the Toyota Highlander represents an ideal choice.
8. Honda Pilot
The Honda Pilot consistently demonstrates exceptional durability, with numerous examples continuing to operate reliably after exceeding 200,000 miles of family use.
This midsize three-row SUV combines Honda’s engineering precision with practical design elements specifically developed to withstand the demanding conditions of family transportation.
The result is a vehicle that maintains its mechanical integrity and functionality despite years of continuous operation hauling people, cargo, and occasionally towing recreational equipment.
The Pilot’s V6 engine deserves particular recognition for its remarkable longevity. This powerplant routinely functions properly for hundreds of thousands of miles without requiring internal repairs, maintaining consistent performance characteristics throughout its extended service life.
The model’s automatic transmission has shown significant reliability improvements in recent generations, with proper maintenance enabling extraordinary mileage accumulation without major rebuilds.
This powertrain durability ensures the vehicle maintains its capability regardless of age. All-wheel drive components in equipped Pilots exhibit similar resilience.
The intelligent variable torque management system (i-VTM4) maintains proper operation despite exposure to varied terrain and weather conditions that typically accelerate wear in less robustly engineered systems.
This drivetrain integrity preserves the vehicle’s all-weather capability throughout its operational lifespan, reducing long-term ownership costs while maintaining functionality.
Suspension and steering components represent another area where the Pilot demonstrates superior durability compared to segment competitors.
Control arms, ball joints, and steering components typically maintain proper function far longer than expected, preserving the vehicle’s handling characteristics and ride quality despite accumulated mileage.
This chassis integrity contributes significantly to the Pilot’s ability to maintain its original driving experience regardless of age.
The Pilot’s interior deserves special mention for its exceptional resistance to the wear and damage typically associated with family use.
Seating surfaces, cargo area materials, and frequently handled controls demonstrate remarkable durability despite exposure to children, pets, and recreational equipment.
This cabin resilience ensures the vehicle remains comfortable and functional throughout extended ownership, preserving both utility and resale value.
The Honda Pilot’s comprehensive durability explains its popularity among families seeking a versatile vehicle capable of providing dependable transportation through multiple stages of family life while minimizing unexpected repair expenses.
9. Toyota Tundra
The Toyota Tundra has established itself as one of the most mechanically resilient full-size pickup trucks available, with countless examples continuing to perform reliably after surpassing 200,000 miles.
This exceptional longevity results from Toyota’s conservative engineering approach that prioritizes durability over class-leading capability specifications.
While competitors focus on maximum towing and payload ratings that can stress components to their limits, the Tundra maintains substantial reserve capacity in critical systems, enabling extraordinary service life even under demanding working conditions.
The Tundra’s V8 powertrain particularly the legendary 5.7-liter iForce engine used from 2007 through 2021 demonstrates remarkable durability.
This powerplant routinely operates for hundreds of thousands of miles without requiring internal repairs, maintaining consistent performance throughout its extended service life.
Similarly, the truck’s automatic transmission exhibits exceptional resistance to the failures commonly associated with towing and hauling operations, often functioning properly for the vehicle’s entire operational lifespan with only routine maintenance.
Frame integrity represents another area where the Tundra demonstrates superior longevity compared to segment competitors.
The fully boxed steel structure maintains its rigidity despite exposure to overloading, off-road use, and corrosive environments that typically accelerate deterioration in less robustly engineered trucks.
This structural durability preserves the vehicle’s handling characteristics and load-carrying capability regardless of accumulated mileage.
The Tundra’s four-wheel drive components deserve particular recognition for their exceptional reliability in working applications.
Transfer cases, differentials, and associated electronics maintain proper function despite exposure to difficult terrain and challenging conditions that accelerate wear in less robustly engineered systems.
This drivetrain integrity ensures the truck maintains its capability in all environments throughout extended ownership.
Perhaps most telling is the Tundra’s widespread adoption by commercial operators who prioritize longevity in their vehicle selection process.
Construction companies, municipal fleets, and service providers frequently choose the Tundra precisely because it continues delivering reliable performance long after comparable trucks would require substantial repairs or replacement.
This professional validation supports what many private owners have experienced that the Toyota Tundra truly deserves its reputation as one of the most durable full-size pickups available, capable of providing dependable service with minimal unscheduled maintenance despite accumulating extraordinary mileage.
10. Lexus RX
The Lexus RX series has established itself as the benchmark for luxury SUV longevity, consistently achieving mileage milestones beyond 200,000 while maintaining both mechanical integrity and premium features.
This remarkable durability stems from Toyota’s luxury division implementing exacting quality control standards throughout the production process.
The result is a vehicle that defies the stereotype that luxury SUVs inevitably become maintenance-intensive as they age, instead delivering year after year of reliable operation while preserving its upscale driving experience.
The RX powertrain lineup from conventional V6 engines to the sophisticated hybrid systems offered since 2006 demonstrates exceptional longevity.
These powerplants routinely function properly for hundreds of thousands of miles without requiring internal repairs, maintaining smooth, refined operation throughout their extended service lives.
Transmission systems show similar durability, with both conventional automatics and the hybrid’s sophisticated transaxle exhibiting remarkable resistance to the failures commonly affecting luxury vehicles with accumulated mileage.
All-wheel drive components in equipped models deserve particular recognition for their reliability.
Unlike some competitors that prioritize sporty handling characteristics at the expense of component longevity, the RX’s AWD system maintains proper operation despite minimal maintenance requirements.
This drivetrain integrity ensures the vehicle preserves its all-weather capability throughout extended ownership periods.
The RX’s electrical architecture represents another area of exceptional reliability. Despite incorporating numerous luxury features and sophisticated electronics including complex safety systems and premium audio components the model demonstrates remarkable resistance to the electrical failures that frequently plague aging luxury vehicles.
Climate control systems, power accessories, and infotainment components typically maintain functionality throughout the vehicle’s extended lifespan.
Perhaps most significant for luxury buyers is the RX’s ability to preserve its premium cabin experience despite accumulated mileage.
Interior materials particularly leather surfaces, wood trim, and frequently used controls demonstrate extraordinary resistance to wear and deterioration.
This interior resilience ensures the vehicle maintains both its comfort and visual appeal regardless of age, preserving the luxury experience that justified its initial purchase price.
The Lexus RX’s comprehensive durability explains its consistently strong resale values and loyal ownership base it effectively demonstrates that luxury and longevity can coexist when engineering priorities emphasize quality alongside premium features.
11. Honda CR-V
The Honda CR-V has cemented its reputation as one of the most mechanically resilient compact SUVs available, with numerous examples continuing to perform reliably after exceeding 200,000 miles of service.
This exceptional longevity stems from Honda’s engineering philosophy that emphasizes mechanical simplicity combined with precise manufacturing tolerances.
Throughout its multiple generations, the CR-V has consistently demonstrated remarkable resistance to the component failures that typically affect competing vehicles in its segment long before reaching such high mileage.
The CR-V’s four-cylinder engine options both the naturally aspirated and turbocharged variants exhibit extraordinary durability when maintained according to schedule.
Timing chains maintain proper operation without requiring replacement, while internal components preserve proper clearances and function despite years of continuous use.
Transmission systems demonstrate similar resilience, with both conventional automatics and continuously variable transmissions in more recent models maintaining proper operation throughout extended ownership periods.
All-wheel drive components in equipped models deserve particular recognition for their reliability.
Unlike some competitors that employ complex electronic systems that can become problematic with age, the CR-V’s straightforward mechanical approach to all-wheel drive ensures long-term functionality with minimal maintenance requirements.
This drivetrain integrity preserves the vehicle’s all-weather capability throughout its operational lifespan.
The CR-V’s suspension and steering components represent another area of exceptional durability compared to segment competitors.
Control arms, bushings, and steering linkages typically maintain proper function far longer than expected, preserving the vehicle’s handling characteristics and ride quality despite accumulated mileage.
This chassis resilience contributes significantly to the model’s ability to maintain its original driving experience regardless of age.
Perhaps most significant for practical-minded buyers is the CR-V’s remarkable cargo area durability.
Load floor materials, liftgate components, and associated hardware demonstrate extraordinary resistance to the wear typically associated with frequent loading and unloading of cargo.
This functional resilience ensures the vehicle maintains its utility throughout extended ownership.
The Honda CR-V’s comprehensive durability explains its popularity among buyers seeking a versatile vehicle capable of providing dependable transportation for many years while minimizing unexpected repair expenses making it a rational choice for those planning to maximize their automotive investment through high-mileage operation.
12. Mazda Miata
The Mazda Miata (MX-5) represents an extraordinary example of sports car longevity, with countless examples continuing to deliver reliable performance after exceeding 200,000 miles.
This remarkable durability contradicts the conventional wisdom that sports cars inevitably become maintenance-intensive as they age.
The Miata’s exceptional longevity stems from Mazda’s engineering philosophy that emphasizes mechanical simplicity, lightweight design, and precision manufacturing.
The result is a vehicle that delivers authentic sports car experiences year after year while requiring minimal unscheduled repairs despite enthusiastic driving.
The Miata’s four-cylinder engine whether the earlier naturally aspirated variants or more recent direct-injection versions exhibits extraordinary durability when maintained according to schedule.
These powerplants routinely function properly for hundreds of thousands of miles without requiring internal repairs, maintaining consistent performance characteristics throughout their extended service lives.
Manual transmissions demonstrate similar resilience, with proper fluid maintenance enabling extraordinary mileage accumulation without rebuilds.
This powertrain durability ensures the vehicle maintains its engaging driving dynamics regardless of age.
Suspension components represent another area where the Miata demonstrates superior longevity compared to other sports cars.
Despite the increased stress associated with performance driving, control arms, bushings, and shock absorbers typically maintain proper function far longer than expected.
This chassis integrity preserves the vehicle’s precise handling characteristics despite accumulated mileage, allowing owners to enjoy the Miata’s renowned driving experience throughout extended ownership.
The Miata’s convertible top mechanism deserves particular recognition for its reliability an area where many convertibles develop expensive problems with age.
Both the standard soft top and the retractable hardtop in applicable models maintain proper operation despite years of use, avoiding the electrical and mechanical failures that frequently affect more complex roof systems in competing vehicles.
This top reliability significantly reduces long-term ownership costs while preserving the open-air driving experience central to the Miata’s appeal.
Perhaps most telling is the Miata’s extraordinary parts interchangeability across model years and its comprehensive aftermarket support.
This ecosystem enables owners to maintain their vehicles indefinitely, replacing only what’s necessary when needed without requiring expensive dealer-specific components.
This accessibility to maintenance contributes significantly to the model’s ability to achieve extraordinary mileage with minimal financial investment.
The Mazda Miata demonstrates that sports cars can indeed deliver both driving excitement and exceptional longevity when properly engineered making it a rational choice for enthusiasts seeking long-term ownership without sacrificing the joy of driving.
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