What Is the Engine Capacity of the 2016 Toyota Camry?

The 2016 Toyota Camry came with two primary engine options: a fuel-efficient 2.5-liter 4-cylinder and a powerful 3.5-liter V6. The 2.5L produced 178 horsepower and was standard on most trims, while the 3.5L V6 delivered 268 horsepower for the XSE and XLE V6 models. Both engines were paired with a smooth 6-speed automatic transmission, offering a blend of reliability and performance that cemented the Camry’s reputation. Your choice depends on whether you prioritize fuel economy or extra power for passing and merging.

So, you’re looking at a 2016 Toyota Camry. Smart move. It’s one of those cars that just makes sense for a huge number of people. It’s comfortable, reliable, and holds its value incredibly well. But when you pop the hood or read the specs, the first question that often comes up is about the heart of the beast: the engine. Specifically, what is the engine capacity? It’s a crucial piece of info because it tells you a lot about the car’s personality—is it a laid-back cruiser or a willing performer? Let’s pop the hood and get acquainted with every cubic centimeter of the 2016 Camry’s engine options.

First, a quick clarity check. When we say “engine capacity,” we’re talking about displacement. This is the total volume swept by all the pistons inside the engine’s cylinders, measured in liters (L) or cubic centimeters (cc). Think of it as the engine’s breathing room. A bigger capacity generally means the engine can ingest more air and fuel, leading to more potential power. But it’s not the whole story—technology like variable valve timing and direct injection plays a huge role. For the 2016 Camry, Toyota kept it refreshingly simple with two, and only two, engine capacities across the entire lineup. This makes your choice much clearer.

Key Takeaways

• Two Engine Displacements: The 2016 Camry offered a 2.5-liter (2,500 cc) 4-cylinder and a 3.5-liter (3,500 cc) V6 engine.
• Power Output Difference: The 2.5L 4-cylinder made 178 hp and 170 lb-ft of torque, while the 3.5L V6 produced 268 hp and 248 lb-ft of torque.
• Fuel Efficiency Leader: The 2.5L 4-cylinder was the fuel economy champion, with EPA ratings up to 28 MPG combined.
• Standard Transmission: Both engines exclusively used a 6-speed automatic transmission; no manual option was available.
• Trim-Specific Availability: The V6 was only available on the sportier XSE and the premium XLE V6 trims, not on base LE or SE models.
• Engine Capacity = Displacement: “Engine capacity” refers to the total volume all pistons displace, measured in liters (L) or cubic centimeters (cc).
• Reliability Reputation: Both engines are part of Toyota’s proven families (AR series 4-cylinder, 2GR-FE V6) known for longevity with proper maintenance.

The 2016 Toyota Camry: A Benchmark in the Midsize Sedan Segment

To understand the engines, you need to understand the car they’re in. The 2016 Camry was part of the seventh generation (XV70 series), which represented a major redesign for the 2012 model year. By 2016, it was a mature, refined product. Toyota’s goal with this generation was to shed the “boring” image while doubling down on the core values that made Camry a best-seller: reliability, comfort, and value.

Why the Camry Remains a Top Choice

Even today, years later, the 2016 Camry is a fantastic used car prospect. It consistently ranks at the top of its class for predicted reliability and owner satisfaction. The cabin is quiet, the ride is plush yet controlled, and the visibility is excellent. From a practical standpoint, it’s a nearly perfect appliance. But an appliance needs a good motor, and that’s where our engine capacity discussion comes in. The engine you choose will define your daily driving experience, from your morning commute to your weekend getaway. If you’re considering payload or towing, understanding your engine’s torque curve is key, though the Camry isn’t a dedicated hauler like a truck. For those needing serious towing, you’d look at an SUV or truck, perhaps exploring the towing capacity of a Toyota RAV4 for a comparable Toyota family vehicle.

The Importance of Engine Capacity

Engine capacity is your first spec sheet filter. A 2.5-liter engine will almost always be more fuel-efficient and less harsh than a 3.5-liter V6. The V6 will feel stronger, especially at highway speeds when you need to pass or merge. It’s a classic trade-off. But in the 2016 Camry, both engines are so well-executed that the choice is more about your personal needs than one being objectively “better.” Both are smooth, quiet, and built to last hundreds of thousands of miles with basic care. The capacity number (2.5L vs. 3.5L) is the starting point for that entire character profile.

Decoding the 2016 Camry’s Engine Lineup

Here it is, the straight answer you came for. The 2016 Toyota Camry was available with exactly two engine capacities, each with its own distinct character and placement in the model hierarchy. There were no surprises, no special edition engines, and no hybrid option this year (the Camry Hybrid returned for 2018). Let’s break them down.

The 2.5L 4-Cylinder: The Workhorse

This is the engine most Camry buyers got. Its official displacement is 2,497 cc, which Toyota rounds to 2.5 liters. It’s an inline 4-cylinder (all four cylinders in a straight line), part of Toyota’s AR engine family. For 2016, it produced 178 horsepower at 6,000 RPM and 170 pound-feet of torque at 4,100 RPM.

This engine is all about efficiency and smooth, adequate power. It’s mated to a 6-speed automatic transmission that shifts seamlessly. In the base LE and sporty SE trims, it’s the only choice. It’s also the standard engine in the mid-grade XLE trim. In real-world driving, it’s more than sufficient. It gets the car to highway speeds without fuss, and its torque peak is low in the rev range, meaning you feel a nice, gentle push from a stop without needing to rev it high. Its fuel economy is its star feature: an EPA-estimated 25 MPG city / 35 MPG highway / 28 MPG combined for the LE/SE, and slightly less for the heavier XLE. This is a car that can easily achieve 35+ MPG on a steady highway cruise.

The 3.5L V6: Power and Refinement

For those who wanted more, Toyota offered the 3.5-liter V6. Its displacement is 3,456 cc, rounded to 3.5 liters. This is the 2GR-FE engine, a legendary powerplant in the Toyota and Lexus families, known for its smoothness, durability, and solid power output. In the 2016 Camry, it churned out 268 horsepower at 6,200 RPM and a very useful 248 pound-feet of torque at 4,700 RPM.

The extra displacement and two extra cylinders mean more air and fuel can be processed with each combustion cycle. The result is a noticeably more responsive and quiet engine. The torque curve is fatter, meaning you have more pulling power available at more RPMs. Passing on a two-lane road or merging onto a fast-moving highway requires less planning and less downshifting from the transmission. The sound is a muted, refined V6 hum rather than a 4-cylinder whine. The trade-off is fuel economy: the V6 Camry is rated at 21 MPG city / 31 MPG highway / 24 MPG combined. That’s a significant drop, especially in city driving. The 3.5L V6 was only available on the XSE (which got unique styling and suspension tuning) and the XLE V6 trim. You couldn’t get a base LE or SE with this engine.

Transmission Pairings: The 6-Speed Automatic

It’s worth noting that regardless of which engine capacity you chose, the transmission was the same: a 6-speed automatic with a manual-shift mode (via paddle shifters on the XSE or a console shifter on others). There was no dual-clutch or CVT here. This traditional torque-converter automatic is known for its smooth, reliable operation and is a perfect match for both engines. It’s smart enough to keep the 4-cylinder in its efficient rev range and is quick to downshift when you floor the V6. The transmission itself doesn’t change based on engine; the difference is in the final drive gear ratios, which are slightly different to optimize each engine’s power band.

Performance and Efficiency: What the Numbers Mean

Okay, we have the displacement and the horsepower/torque figures. But what does that actually feel like in the car? And how does that engine capacity translate to your fuel bill? Let’s connect the dots.

Real-World Fuel Economy

The 2.5L 4-cylinder’s smaller capacity is its biggest advantage at the pump. That 28 MPG combined rating is not just a number. In daily driving, especially if your commute involves some highway miles, you’ll likely see 30-32 MPG on a tank. The larger 3.5L V6, with its 24 MPG combined rating, will realistically get you 22-26 MPG depending on your right foot. That’s a difference of about 4-6 MPG. Over 15,000 miles a year, with gas at $3.50/gallon, choosing the 4-cylinder could save you $300-$450 annually in fuel costs. That’s a real consideration. The engine capacity directly dictates this fundamental operating cost.

If you’re someone who drives long distances and is mindful of fuel stops, the 4-cylinder’s efficiency, combined with a generous 15.8-gallon fuel tank, gives you a potential range of over 500 miles on a single fill-up. The V6’s range is still respectable but noticeably shorter. This is a practical outcome of the engine’s size and its combustion needs.

Acceleration and Driving Dynamics

Here’s where the 3.5L V6’s extra capacity shines. The 4-cylinder is perfectly fine, but it’s not quick. 0-60 mph takes about 8.5 seconds, which is adequate for merging but unspectacular. The V6, with its 90 extra horsepower and 78 extra lb-ft of torque, drops that 0-60 time to around 6.9 seconds. That’s a huge, noticeable difference in real-world feel. The car feels eager, responsive, and quiet at high speeds. The extra capacity makes the Camry feel like a luxury sport sedan rather than just a reliable people-mover.

Interestingly, the V6’s smoothness is a hallmark. Despite having more cylinders and more combustion events per minute, it’s often quieter and more refined than the 4-cylinder, which can get a bit thrashy when pushed hard. This is a testament to Toyota’s engineering. The larger engine isn’t just brawny; it’s sophisticated. The driving experience is further enhanced by the XSE trim’s sport-tuned suspension, which pairs beautifully with the V6’s power. If you enjoy a more engaging drive, the combination of the 3.5L engine and the XSE’s handling is the way to go.

Choosing the Right Engine for Your Needs

So, which engine capacity is for you? It all comes down to your driving style, priorities, and budget. Let’s make it simple.

The Daily Commuter: 2.5L 4-Cylinder

If your life is a series of errands, school runs, and highway commutes where you rarely need to accelerate urgently, the 2.5L is the perfect choice. It’s the definition of “good enough.” The power is there for safe merging and passing. The fuel savings are significant. The purchase price is lower, and long-term wear and tear (on brakes, tires, from harder acceleration) is reduced. It’s the pragmatic, economical, and incredibly reliable choice. For the vast majority of Camry buyers, this is the engine that meets every need without any drama. You’ll appreciate its quiet nature and the extra money in your pocket from the fuel savings. It’s also the engine you’d find in the most popular Toyota Camry models like the LE and SE.

The Enthusiast or Family Hauler: 3.5L V6

Choose the 3.5L V6 if you value strong, effortless power. If you frequently drive on highways with 70+ mph speed limits, tow a small trailer or a jet ski (within the Camry’s modest 1,000 lb max tow rating), or simply enjoy the feeling of a car that pulls with authority, this is your engine. The refinement is a bonus. It transforms the Camry from a appliance to a genuinely pleasant car to drive quickly. The cost difference at purchase was a few thousand dollars, and the fuel penalty is real, but for the driving experience it provides, many find it worth it. It’s the engine for the driver who says, “I might need the extra power someday,” and then uses it every time they accelerate onto the interstate.

Trim Level Considerations and Package Options

Remember, your engine choice is tied to your trim. You cannot get a V6 in a base Camry LE. The V6 path starts with the XSE (which adds a sport body kit, black interior accents, and paddle shifters) or the more luxurious XLE V6 (which adds leather, heated seats, and a sunroof). The 4-cylinder is available on every trim, from LE up through the XLE. So, your decision is partly about desired features. Do you want the sportier looks and feel of the XSE? That means you’re getting the V6. Do you want the ultimate in luxury features in a Camry? The XLE V6 gives you that with the V6 power. If you want the basic, reliable, frugal Camry, the LE or SE 4-cylinder is your target.

Maintenance and Long-Term Reliability

This is the Toyota part of the discussion. Both engines have stellar reputations for longevity. The 2.5L AR engine and the 3.5L 2GR-FE are both non-interference designs (meaning if the timing belt/chain fails, the pistons won’t hit the valves), which is a huge plus. They are known to easily surpass 300,000 miles with regular oil changes and scheduled maintenance.

Essential Service Intervals

For both engines, the most critical maintenance is oil and filter changes. Toyota recommended every 5,000 miles or 6 months for severe driving conditions, and every 7,500-10,000 miles for normal conditions. Using the correct oil is vital. The 2.5L typically uses 0W-20 synthetic oil. The 3.5L V6 also uses 0W-20. Using the right viscosity ensures proper lubrication and efficiency. Other key items include spark plugs (replaced around 100,000 miles on both), timing chains (these engines use chains, not belts, so no scheduled replacement unless there’s a problem), and coolant flushes. Air filter changes every 15,000-30,000 miles keep the engine breathing easy. Understanding the correct oil type for your specific model year is a great starting point for maintenance.

Common Issues and Preventative Care

No engine is perfect. The 2.5L AR engine has had some reports of excessive oil consumption in certain model years (though 2016 is generally considered post-problem). The 3.5L 2GR-FE is known for being exceptionally robust, with very few widespread issues. Some owners have reported water pump failures on the V6 (the pump is internally mounted and driven by the timing chain), which is an expensive repair but not common. The best preventative care is consistent oil changes with quality oil and filter, warming up the engine before hard driving (especially in cold weather), and addressing any check engine lights immediately. These engines are forgiving, but they thrive on consistent, proper care. If you see a light, you might wonder why your Toyota Camry check engine light is on—it’s always best to diagnose it promptly.

Conclusion: The Right Engine for a Reliable Ride

So, what is the engine capacity of a 2016 Toyota Camry? You now know the definitive answer: 2.5 liters or 3.5 liters. But more importantly, you understand what those numbers mean. The 2.5L 4-cylinder is the sensible, efficient, and incredibly reliable heart of the Camry, perfect for the everyday driver. The 3.5L V6 is the optional upgrade that brings genuine, refined power and a more engaging driving experience, reserved for the XSE and XLE V6 trims.

Neither is a bad choice. Both are excellent examples of Toyota’s engineering prowess. Your decision should be based on how you use the car. Calculate your annual mileage, think about your typical driving conditions, and honestly assess how much you enjoy a quick acceleration. Test drive both back-to-back if you can. The difference in feel is immediate. Whichever you choose, you’re getting a midsize sedan with an engine that is built to last, backed by Toyota’s reputation for dependability. The 2016 Camry’s engine options provide a clear, no-nonsense choice that has served millions of owners well. It’s a testament to a formula that works: offer a capable, efficient base engine and a smooth, powerful upgrade, and let the driver decide.

Frequently Asked Questions

What is the difference in towing capacity between the 2.5L and 3.5L 2016 Camry engines?

Surprisingly, the maximum towing capacity is the same for both engines: 1,000 pounds. The V6’s extra torque makes towing feel easier and more confident, but the official rating is identical. The limiting factor is the Camry’s unibody construction and cooling system, not the engine’s power.

Does the engine capacity affect the Camry’s interior or trunk space?

No. The engine capacity does not change the passenger or cargo volume. The 2.5L and 3.5L engines are physically similar in size and fit into the same engine bay. The trunk space is identical across all 2016 Camry trims, at about 15.1 cubic feet.

Which 2016 Camry engine is more reliable long-term?

Both engines are exceptionally reliable. The 2.5L 4-cylinder has a slight edge in simplicity (fewer moving parts), but the 3.5L V6’s design is also proven and robust. With strict adherence to maintenance schedules, both engines are capable of lasting well beyond 300,000 miles. Long-term reliability differences are negligible.

Can I put a 3.5L V6 engine into a base model LE Camry that came with a 2.5L?

While mechanically possible with immense effort and cost, it is not a practical or recommended swap. It would require the entire V6 engine, transmission, wiring harness, ECU, fuel system components, and modified motor mounts. The cost would far exceed the value of the car. It’s best to buy the trim level with the engine you want from the start.

How can I tell which engine is in a used 2016 Camry I’m looking at?

The easiest way is to check the badge. V6 models have a “V6” badge on the trunk lid. 4-cylinder models have no badge or sometimes a “4-cylinder” badge. You can also look at the VIN (17th character will indicate engine type) or open the hood and check the engine cover—it will say “2GR-FE” for the V6 or “2AR-FE” for the 4-cylinder.

Does the 3.5L V6 engine require premium fuel?

No. Toyota designed the 2GR-FE V6 in the 2016 Camry to run on regular unleaded 87-octane gasoline. Using premium fuel will not provide any performance or efficiency benefit and is not recommended by the manufacturer. The engine management system adjusts for the fuel grade.