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One free scan finds every outdated or missing driver and matches the right update for your exact hardware.Free scan · exact hardware matchThe Toyota Camry has gone through nine generations in the U.S. market. It started as a compact, front-wheel-drive sedan for the 1983 model year and grew into one of Toyota’s largest mainstream passenger cars. Along the way, the Camry added V6 engines, station wagons, coupes, hybrids, all-wheel drive, and increasingly advanced driver-assistance systems.
The model-year ranges below follow the U.S. market. Other countries sometimes use different launch dates, body styles, and names, so a global Camry timeline may not match this one exactly.
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Toyota Camry generations at a glance
| Generation | U.S. model years | Common chassis code | What changed |
|---|---|---|---|
| First | 1983–1986 | V10 | First front-wheel-drive Camry sold in the U.S.; sedan, hatchback, and wagon body styles |
| Second | 1987–1991 | V20 | Larger body, available V6, coupe and wagon versions |
| Third | 1992–1996 | XV10 | Major size increase; sedan, wagon, coupe, and new higher-grade models |
| Fourth | 1997–2001 | XV20 | More refined sedan; V6 improved; Camry Solara coupe and convertible introduced |
| Fifth | 2002–2006 | XV30 | Taller, roomier design; four-cylinder and V6 engines; first Camry Hybrid came later |
| Sixth | 2007–2011 | XV40 | First U.S. Camry Hybrid; available four-cylinder, V6, and expanded safety equipment |
| Seventh | 2012–2017 | XV50 | Redesigned sedan, major 2015 refresh, and available all-wheel drive on four-cylinder models |
| Eighth | 2018–2023 | XV70 | TNGA platform, sharper handling, lower roofline, and hybrid availability across more grades |
| Ninth | 2024–present | XV80 | Hybrid-only U.S. lineup, available all-wheel drive, and updated multimedia and safety systems |
First generation: 1983–1986
The first U.S.-market Camry arrived for the 1983 model year. Unlike the earlier Toyota Celica Camry sold in some markets, this was a distinct front-wheel-drive model designed to compete with cars such as the Honda Accord.
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Fix the driver behind crashes, sound loss and screen glitchesFind Drivers →Clear out junk files and repair common Windows errorsFree Scan →Scan for outdated or missing drivers - takes under a minuteDriver Scan →Early U.S. Camrys used four-cylinder engines and were offered as a four-door sedan, five-door hatchback, and station wagon. The front-wheel-drive layout created more usable interior space than a similarly sized rear-wheel-drive sedan. Buyers could choose manual or automatic transmissions, depending on trim and year.
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The first generation is significantly smaller and simpler than later Camrys. It is also uncommon today, making condition and parts availability more important than trim level when evaluating one.
Second generation: 1987–1991
Toyota redesigned the Camry for 1987. The second-generation car was larger, quieter, and more comfortable, while retaining front-wheel drive. Sedan and wagon models continued, and a two-door coupe joined the U.S. lineup.
A major change was the availability of a 2.5-liter V6. Four-cylinder power remained the mainstream choice, but the V6 gave the Camry a stronger performance option and helped move it toward the midsize-car role it would eventually dominate.
The second-generation Camry also received more equipment and improved crash protection compared with the original. A used example from this era should be inspected carefully for rust, deteriorated weather seals, electrical faults, and automatic-transmission condition.
Third generation: 1992–1996
The 1992 Camry introduced a substantially larger body and established the basic proportions associated with the modern U.S. Camry. The sedan and wagon grew in passenger and cargo space, while a coupe continued as a separate body style.
Four-cylinder models used a 2.2-liter engine, and the available V6 grew to 3.0 liters. Toyota offered multiple trim levels, including upscale versions that made the Camry a credible alternative to entry-level luxury sedans.
The Camry wagon ended after this generation. The coupe also evolved into a more distinct model line, eventually receiving the Camry Solara name. That distinction matters when shopping for parts: the Solara shares mechanical components with the sedan but does not use the same exterior panels or interior body structure.
Fourth generation: 1997–2001
The fourth-generation Camry was a sedan-focused redesign. Toyota continued to offer four-cylinder and V6 engines, but the wagon was gone from the U.S. lineup. The styling became smoother and more conservative, matching the Camry’s growing reputation as a practical family and commuter car.
The four-cylinder engine remained the value choice, while the 3.0-liter V6 provided noticeably stronger acceleration. Depending on the year and trim, buyers could find features such as anti-lock brakes, traction control, leather upholstery, and a power driver’s seat.
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Toyota’s Camry Solara coupe debuted for the 1999 model year, followed by a convertible. Although Solara is related to the Camry, it is generally treated as a separate model rather than a new Camry generation. The Solara continued into the next Camry generation but was discontinued after the 2008 model year.
Fifth generation: 2002–2006
The 2002 Camry adopted a taller, roomier design with a more upright seating position. It remained front-wheel drive and continued with a 2.4-liter four-cylinder engine or an optional 3.0-liter V6. A five-speed manual was available on some four-cylinder versions early in the generation, while automatic transmissions were far more common.
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The 2005 model year brought a facelift, including revised exterior styling and interior updates. The V6 also increased to 3.3 liters in some versions. The Camry Solara coupe and convertible continued on a related platform.
This generation did not offer a U.S. Camry Hybrid. The first U.S. hybrid arrived with the next redesign.
Sixth generation: 2007–2011
Toyota redesigned the Camry for 2007. The sedan became wider and more substantial, with a 2.4-liter four-cylinder as the standard engine and a 3.5-liter V6 available in higher trims. The V6 produced substantially more power than the outgoing 3.0-liter engine and turned the Camry into a quick family sedan in V6 form.
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The most important addition was the Camry Hybrid, introduced for the 2007 model year. It paired a four-cylinder gasoline engine with Toyota’s Hybrid Synergy Drive system. The hybrid was not a separate generation; it was a powertrain version of the sixth-generation Camry.
Most sixth-generation Camrys use a six-speed automatic transmission, although four-cylinder models had different transmission availability depending on year. The generation received a facelift for 2010, with revised front and rear styling, interior changes, and updated equipment.
When inspecting one today, check the service history, oil consumption, cooling system, suspension components, and hybrid battery condition. A high-mileage hybrid can still be dependable, but its battery and associated cooling components should be evaluated rather than assumed to be problem-free.
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Seventh generation: 2012–2017
The 2012 Camry was an all-new design, although it retained the familiar front-wheel-drive midsize-sedan formula. Four-cylinder, V6, and hybrid powertrains were available. The gas four-cylinder used a 2.5-liter engine, while the V6 remained a 3.5-liter unit.
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Toyota gave the Camry a major midcycle redesign for 2015. The refresh changed much more than the grille: the body structure, suspension tuning, interior, and available technology were updated. As a result, a 2015–2017 Camry can feel considerably newer than a 2012–2014 car even though both belong to the same generation.
For 2015, Toyota also introduced the Camry XSE trim, which used sportier styling and firmer suspension tuning. The hybrid continued with a 2.5-liter engine and electric motors.
All-wheel drive became available for the 2017 model year on four-cylinder Camry models. It was not offered with the V6 or hybrid. This is an important distinction when comparing listings: a 2017 Camry AWD is not automatically a V6, and hybrid Camrys remained front-wheel drive.
Eighth generation: 2018–2023
The eighth-generation Camry arrived for 2018 on Toyota’s TNGA-K platform. It was lower, more visually distinctive, and more responsive to drive than the conservative sedans it replaced. The suspension and steering were tuned to give the Camry a more controlled feel without abandoning its everyday comfort.
Powertrain choices included a 2.5-liter four-cylinder, a 3.5-liter V6, and a 2.5-liter hybrid system. An eight-speed automatic was used with gas four-cylinder and V6 models, while the hybrid used an electronically controlled continuously variable transmission.
Toyota Safety Sense P was standard at launch, bringing features such as forward-collision warning with automatic emergency braking, adaptive cruise control, lane-departure alert, and automatic high beams. Later model years received newer versions of Toyota’s driver-assistance systems and upgraded infotainment.
All-wheel drive returned for the 2020 model year on four-cylinder gas models. It was not available with the V6 or hybrid. The 2021 model year brought the Camry XSE Hybrid, expanding the sportier XSE grade to the hybrid lineup. Toyota also introduced a refreshed 2021 Camry with revised styling and updated safety technology.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.Ninth generation: 2024–present
The ninth-generation Camry began with the 2024 model year. Toyota moved the U.S. Camry lineup to hybrid power exclusively: there is no conventional gas-only Camry for the U.S. market in this generation.
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The standard powertrain is a 2.5-liter four-cylinder hybrid system. Front-wheel drive is available, and all-wheel drive can be added to selected versions through Toyota’s electric all-wheel-drive system, which uses a separate electric motor to drive the rear wheels.
The ninth-generation Camry is offered in familiar grades such as LE, SE, XLE, and XSE, although exact availability and equipment can change by model year. Sport-oriented SE and XSE models use different styling and suspension details than comfort-focused LE and XLE versions.
Technology changes include newer Toyota Safety Sense equipment, updated Toyota Audio Multimedia, and larger available displays. The Camry remains a four-door sedan rather than becoming an SUV or hatchback. As of the current U.S. model-year sequence, 2024 is the first year of the ninth generation.
Camry model-year changes that are easy to confuse
| Claim | Correct information |
|---|---|
| “The Camry began in the U.S. in 1980.” | The first U.S. Camry model year was 1983. Earlier related Toyota models and overseas launch dates can cause confusion. |
| “The 2007 Hybrid is its own generation.” | The 2007 Camry Hybrid is a version of the sixth-generation Camry. |
| “The 2015 Camry is a new generation.” | 2015 is a major refresh within the seventh generation, not a generation change. |
| “The 2018 Camry is just a facelift.” | 2018 began the eighth generation and introduced a new platform and redesigned body. |
| “The 2020 Camry AWD is available with every engine.” | AWD was offered with the four-cylinder gas model, not the V6 or hybrid. |
| “The 2024 Camry still has a regular gas engine.” | The U.S. ninth-generation Camry is hybrid-only. |
| “Camry Solara is another Camry generation.” | Solara was a related coupe and convertible model line, not a separate mainstream Camry generation. |
FAQ
What years are the Toyota Camry generations?
In the U.S., the generations are 1983–1986, 1987–1991, 1992–1996, 1997–2001, 2002–2006, 2007–2011, 2012–2017, 2018–2023, and 2024–present.
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What year did the Camry Hybrid first come out?
The Camry Hybrid debuted in the United States for the 2007 model year, making it part of the sixth-generation Camry.
What year did the Camry get all-wheel drive?
The Camry first offered all-wheel drive in the U.S. for 1991 in some markets and configurations, but the modern AWD Camry returned for the 2020 model year. The modern system was available with the four-cylinder gas engine, not the V6 or hybrid.
Is the 2024 Toyota Camry a new generation?
Yes. The 2024 Camry began the ninth generation in the U.S. It also marked the change to a hybrid-only U.S. lineup.
The Bottom Line
The U.S. Toyota Camry timeline runs from the 1983–1986 V10 through the hybrid-only ninth-generation model that began in 2024. The most important dividing points are the larger 1992 redesign, the 2007 arrival of the Camry Hybrid, the 2012 and 2018 platform changes, and the 2024 move away from gas-only powertrains. Facelifts such as 2015 and 2021 can make cars within the same generation look very different, so always verify the model year, engine, drivetrain, and trim before buying parts or comparing used-car listings.
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