Toyota Camry Reliability (2002–2023): Best Years, Problems, Repair Costs & Lifespan

Is a used Toyota Camry a good car to buy? Absolutely. The Camry has one of the strongest reliability records of any midsize sedan, with durable engines, relatively low maintenance costs, and an impressive ability to accumulate high mileage.

A properly maintained Camry can often last 200,000–300,000 miles, making it an excellent choice for buyers seeking dependable transportation without expensive ownership surprises.

Most Camry years from 2002 through 2023 are good used-car choices. However, certain 2007–2009 four-cylinder models developed excessive oil consumption, and there are a few other issues worth understanding before buying.

This guide explains which years and engines I'd favor, which deserve closer inspection, how long Camrys can last, and what matters most when evaluating one used.

In This Guide

• Overall Toyota Camry reliability
• The best model years and engines to buy
• Years that deserve closer inspection
• Expected lifespan and high-mileage durability
• Reliability differences between generations
• Maintenance costs and buying considerations

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Toyota Camry Reliability Overview

The Camry's reputation is built on decades of conservative engineering, dependable engines, comfortable interiors, and affordable maintenance. Few midsize sedans have demonstrated such consistent long-term durability.

Toyota's naturally aspirated four-cylinder and V6 engines are particularly strong. The 2.5-liter four-cylinder introduced for 2010 became one of the Camry's most dependable engines, while the 3.5-liter V6 offers excellent performance without sacrificing much in mechanical durability.

The Camry Hybrid also deserves consideration. Toyota's hybrid technology has an established reliability record, and the combination of excellent fuel economy and reduced brake wear can make these models economical to own.

There are exceptions worth investigating, particularly excessive oil consumption in certain 2.4-liter four-cylinder engines. But these concerns affect specific powertrains rather than the Camry's overall reputation.

Overall Assessment: The Toyota Camry remains one of the safest used midsize-sedan recommendations. Maintenance history and individual vehicle condition are more important than small differences between otherwise dependable years.

Reliability at a Glance

• Overall Reliability: Excellent.
• Best Budget Years: 2004–2006.
• Best Overall Value: 2015–2017.
• Best Modern Choices: 2019–2023.
• Best Older Four-Cylinder: 2.5-liter engine used from 2010–2017.
• Best Performance Engine: 3.5-liter V6.
• Years Needing Extra Inspection: 2007–2009 four-cylinder models with the 2.4-liter engine.
• Expected Lifespan: 200,000–300,000 miles with proper care.
• Ownership Costs: Generally lower than most midsize competitors.

What Are the Best Toyota Camry Model Years to Buy?

There are several excellent choices depending on your budget and the features you want. I'd concentrate on these groups:

For overall value, I'd start with the 2015–2017 Camry. These models offer an appealing balance of dependability, comfort, equipment, and used-car affordability.

Buyers seeking a newer sedan should also consider the 2019–2023 models, including the fuel-efficient hybrids.

What Toyota Camry Model Years Should You Avoid or Inspect More Carefully?

There are few Camry years I'd automatically avoid. The most important concern involves certain four-cylinder engines:

• 2007–2009 with the 2.4-liter four-cylinder: Some developed excessive oil consumption associated with piston and piston-ring problems. Toyota established an extended warranty program for eligible vehicles, but that coverage has expired. Check for documented repairs and unexplained oil loss.
• 2002–2003: These are generally durable cars, but their age makes thorough inspection particularly important. Verify timing-belt service on V6 models and check for accumulated maintenance needs.
• Early 2018 models: As the first year of a redesign, these deserve careful test drives for transmission shift quality and confirmation that applicable recalls and service updates have been completed.

The 2007–2009 Camry V6 does not share the four-cylinder oil-consumption problem. Likewise, many affected four-cylinder vehicles have performed well, especially those that received appropriate repairs.

Bottom Line: The Camry has remarkably few years that deserve broad caution. I'd be more concerned about a poorly maintained example than a particular model year, with the notable exception of an engine showing excessive oil consumption.

How Many Miles Can a Toyota Camry Last?

A well-maintained Toyota Camry can often last 200,000–300,000 miles, with some exceeding 300,000 miles. Its durable engines, relatively inexpensive repairs, and widely available parts make it an excellent long-term ownership choice.

• 100,000 miles: Usually plenty of useful life remains with proper maintenance.
• 150,000 miles: Still a reasonable purchase when the engine, transmission, and suspension are in good condition.
• 200,000 miles: Achievable for many Camrys, although service history becomes increasingly important.
• 250,000–300,000 miles: Possible with consistent care and occasional replacement of aging components.

Routine oil changes, cooling-system maintenance, appropriate transmission service, and prompt attention to developing problems are important to reaching high mileage.

Older V6 Camrys equipped with timing belts also require documented belt replacement. Later V6 engines use timing chains, which generally don't require scheduled replacement.

The Camry's long potential lifespan doesn't mean every original component will last that long. Suspension parts, water pumps, starters, and other wear items may eventually need replacement.

Toyota Camry Reliability by Generation

Fifth Generation Toyota Camry (2002–2006)

The fifth-generation Camry remains an excellent inexpensive sedan, with comfortable seating, straightforward mechanical design, and dependable engines. Its biggest disadvantage today is age rather than any widespread mechanical weakness.

Most four-cylinder models use Toyota's 2.4-liter naturally aspirated engine (2AZ-FE). V6 choices include a smooth 3.0-liter engine and, on certain later models, a more powerful 3.3-liter V6.

The four-cylinder uses a timing chain, while both V6 engines use timing belts that require scheduled replacement.

Potential Problems to Check on 2002–2006 Toyota Camrys

• Oil leaks and consumption: Check for leaks around engine seals and gaskets, and investigate unusually high oil use on older four-cylinder engines.
• V6 timing-belt maintenance: Verify replacement history. An overdue belt adds an important maintenance expense.
• Engine mounts and suspension: Aging mounts and suspension components can cause vibration, clunking, or a less comfortable ride.
• Cooling-system condition: Inspect radiators, hoses, and water pumps for leaks or deterioration, particularly on high-mileage examples.

Buyer Tip: At this age, maintenance records are especially valuable. A Camry that has already received appropriate cooling-system and suspension repairs may be a better purchase than one with lower mileage but years of deferred maintenance.

Bottom Line: The fifth-generation Camry remains a dependable budget choice. Its simple engineering and affordable parts are major advantages, provided the individual car has been maintained properly.

Sixth Generation Toyota Camry (2007–2011)

The sixth-generation Camry introduced more interior room, improved safety, and stronger performance. Overall reliability remained good, although engine choice became particularly important.

The 2.4-liter four-cylinder used in 2007–2009 models developed an excessive oil-consumption problem in some vehicles. For 2010, Toyota replaced it in the regular U.S. Camry with the more dependable 2.5-liter four-cylinder (2AR-FE).

The available 3.5-liter V6 (2GR-FE) earned an excellent reputation for smooth performance and long-term durability. The Camry Hybrid, introduced for 2007, combined a 2.4-liter gasoline engine with Toyota's hybrid system and an electronically controlled continuously variable transmission (eCVT).

Potential Problems to Check on 2007–2011 Toyota Camrys

• Excessive oil consumption (2007–2009 2.4-liter): Some engines developed piston-ring-related oil consumption. Review repair history and ask whether oil must be added between changes.
• Steering-column clunking: Some vehicles developed knocking or looseness associated with the steering intermediate shaft. Investigate unusual steering noises.
• Water-pump leaks: Inspect for coolant seepage and evidence of overheating, particularly on higher-mileage examples.
• Hybrid battery condition: On older Camry Hybrids, have the high-voltage battery and hybrid system assessed before purchasing.

Buyer Tip: When considering a 2.4-liter Camry, don't rely solely on the absence of warning lights. Oil consumption may not be obvious during a short test drive. Ask for service records and any documentation of Toyota's oil-consumption repairs.

Bottom Line: The sixth-generation Camry remains a good used sedan. Its 3.5-liter V6 and later 2.5-liter four-cylinder are particularly durable, while the earlier 2.4-liter engine requires more careful evaluation.

Seventh Generation Toyota Camry (2012–2017)

The seventh-generation Camry is one of Toyota's strongest used-car offerings, combining proven engines, comfortable seating, excellent fuel economy, and relatively low maintenance costs.

The standard 2.5-liter naturally aspirated four-cylinder (2AR-FE) has an outstanding durability record. The available 3.5-liter V6 (2GR-FE) provides considerably stronger acceleration while retaining excellent reliability. Both use timing chains rather than timing belts.

Conventional gasoline models use a six-speed automatic transmission. The Camry Hybrid combines a 2.5-liter four-cylinder with Toyota's dependable hybrid system and an electronically controlled continuously variable transmission (eCVT).

For 2015, Toyota substantially refreshed the Camry with updated styling, improved interior materials, and revised suspension tuning. The basic mechanical design remained largely unchanged.

Potential Problems to Check on 2012–2017 Toyota Camrys

• Torque-converter shudder: Certain 2012–2014 Camrys with the six-speed automatic experienced vibration or shuddering under light acceleration. Toyota issued technical service guidance and warranty extensions for eligible vehicles. Check for previous repairs and smooth transmission operation.
• Water-pump leaks: Some higher-mileage engines develop coolant seepage around the water pump. Inspect for leaks or unexplained coolant loss.
• Hybrid battery condition: On older hybrids, check battery performance and investigate hybrid-system warning lights. Battery aging is a consideration, not a reason to avoid the model.

Buyer Tip: During a test drive, pay attention to transmission smoothness at moderate speeds and light throttle. A documented torque-converter repair can be reassuring when evaluating an affected vehicle.

Bottom Line: The seventh-generation Camry offers an excellent combination of mechanical durability, comfort, and affordable ownership. Serious engine problems are relatively uncommon on properly maintained examples.

Eighth Generation Toyota Camry (2018–2023)

The redesigned eighth-generation Camry brought sharper handling, a more modern interior, improved safety technology, and excellent fuel economy without sacrificing Toyota's traditional dependability.

The standard 2.5-liter Dynamic Force four-cylinder (A25A-FKS) offers a strong balance of performance, economy, and reliability. The available 3.5-liter V6 (2GR-FKS) delivers impressive acceleration, while the Camry Hybrid uses a 2.5-liter gasoline engine (A25A-FXS) with Toyota's well-established hybrid technology.

Gasoline models use an eight-speed automatic transmission, while hybrids employ an eCVT. Toyota also introduced all-wheel drive on certain four-cylinder Camrys beginning with the 2020 model year.

Overall reliability has been strong, although these newer vehicles have less ultra-high-mileage history than earlier generations.

Potential Problems to Check on 2018–2023 Toyota Camrys

• Low-pressure fuel-pump recalls: Certain vehicles were included in Toyota recall campaigns involving fuel pumps that could fail and cause stalling. Verify recall completion using the VIN.
• Automatic-transmission shift quality: Some owners, particularly of earlier eighth-generation models, reported hesitation or abrupt shifting. Check for smooth operation and applicable software updates.
• Hybrid-system condition: Verify that the hybrid system operates normally and investigate warning lights. Toyota's hybrid components have a strong reliability record, but individual condition still matters.

Buyer Tip: Because this generation has relatively few widespread mechanical weaknesses, focus on maintenance history, accident repairs, recall completion, and the condition of the individual vehicle.

Bottom Line: The eighth-generation Camry is an excellent modern used sedan, offering dependable engines, strong safety features, and impressive fuel economy.

Pricing

Knowing which Camry model years to concentrate on is step 1. Step 2 is knowing how to actually get an excellent used Camry price.

Also, getting a strong trade-in allowance often has the biggest impact on your final price. See KBB versus Edmunds Appraisals - Which Is Better to learn about getting accurate and fair trade-in values before negotiating with a dealer.

Which Toyota Camry Engine Is the Most Reliable?

Toyota has offered several exceptionally durable Camry engines. For buyers prioritizing reliability, the differences are relatively straightforward.

• 2.4-liter four-cylinder (2002–2009): Generally durable, but certain 2007–2009 engines developed excessive oil consumption. Verify oil-use history and previous repairs.

• 2.5-liter four-cylinder (2010–2017): One of Toyota's strongest engines, combining excellent durability, fuel economy, and relatively simple maintenance.
• 2.5-liter Dynamic Force four-cylinder (2018–2023): A modern, efficient engine with a strong reliability record to date.
• 3.0-liter and 3.3-liter V6 engines (2002–2006): Durable older engines that require scheduled timing-belt replacement.
• 3.5-liter V6 (2007–2023): Excellent long-term durability and strong performance, with a timing chain rather than a scheduled-replacement belt.

What about the Camry Hybrid? Toyota's hybrid systems are also highly dependable. The 2007–2011 models use a 2.4-liter gasoline engine, while the 2012–2017 and 2018–2023 versions use different generations of the 2.5-liter engine. All offer excellent fuel economy, and their eCVTs avoid many of the mechanical complexities of conventional belt-driven CVTs.

Bottom Line: The 2010–2017 2.5-liter four-cylinder is particularly attractive for straightforward long-term ownership. The 3.5-liter V6 and newer four-cylinder and hybrid powertrains are also excellent choices.

Toyota Camry Maintenance and Repair Costs

Affordable maintenance is one of the Camry's greatest advantages. Parts are widely available, independent repair shops are familiar with these vehicles, and major mechanical failures are relatively uncommon on properly maintained examples.

These are approximate U.S. repair-shop prices. Actual costs depend on model year, location, and parts used.

These figures are budgeting estimates, not predictions that a particular Camry will require every repair.

On older V6 models, verify timing-belt replacement. On hybrids, consider battery age and condition. Otherwise, consistent routine maintenance is generally the most important factor in keeping ownership costs low.

What Should You Check Before Buying a Used Toyota Camry?

In addition to the normal used-car inspection items, pay particular attention to these potential Camry-specific trouble spots.

• 2007–2009 2.4-liter engines: Investigate oil consumption and check for documented piston or piston-ring repairs.
• 2012–2014 automatic transmissions: Test for torque-converter shudder during gentle acceleration and check for previous repairs.
• 2002–2006 V6 engines: Verify timing-belt replacement history.
• Hybrid models: Check hybrid-battery condition, warning lights, and overall system operation.
• 2018–2023 models: Confirm smooth automatic-transmission operation and completion of applicable recalls.
• All years: Review maintenance records, inspect for coolant leaks, and check the VIN for outstanding safety recalls.

A professional pre-purchase inspection is worthwhile, particularly on older or higher-mileage Camrys. Even a vehicle with an excellent reliability reputation can become expensive if previous maintenance was neglected.

Toyota Camry Alternatives to Consider

Honda Accord: The Camry's closest competitor for reliability and longevity. The Accord generally offers more engaging handling, while the Camry emphasizes comfort and predictable ownership costs.

Mazda6: An attractive alternative for buyers who enjoy driving. It offers responsive handling and appealing styling, although the Camry generally has the stronger reputation for low long-term ownership costs.

Nissan Altima: Often less expensive on the used market, but certain Altima CVT transmissions have a less favorable reliability record than the Camry's conventional automatics and hybrid eCVTs.

Hyundai Sonata: Frequently offers generous equipment and attractive used prices. However, engine reliability varies considerably by year and powertrain, making careful selection important.

Final Verdict: Is a Used Toyota Camry a Good Car to Buy?

Absolutely. The Toyota Camry remains one of the best used midsize sedans available. Its dependable engines, comfortable ride, relatively low maintenance costs, and impressive longevity make it an outstanding choice for everyday transportation.

Most generations offer excellent reliability, with the main caution involving excessive oil consumption in certain 2007–2009 four-cylinder models. Proper maintenance and the condition of the individual vehicle are far more important than minor differences between otherwise dependable years.

Whether you're shopping for an inexpensive older sedan or a newer Camry with modern safety features, a well-maintained example can provide many years of dependable service and excellent value for the money.

Considering Other Toyota Models? If you're comparing Toyota vehicles, take a look at our Toyota Reliability Guide. It covers the best used Toyota models and years, potential problems, and what to consider before buying.

Your Trade-In

It's good to always know the value of your trade-in while you're evaluating your next possible purchase. Here's a good source for a quick and accurate appraisal: free trade-in appraisal.

What's Next?

Understand Questionable Dealer Fees

Beware of "dealer fees". Before agreeing to a dealer's numbers, see which dealer fees are legitimate, which can be negotiated, and which can be avoided.