What is the cubic capacity of a Toyota Camry?

In most Camry models, the engine displacement is 2.5 liters (about 2,487 cubic centimeters) for the four-cylinder and hybrid variants, while the V6 option uses 3.5 liters (3,456 cubic centimeters).

This article explains the different engine displacements you’ll find in recent Camry versions and what those numbers mean for performance and efficiency.

Engine options and their displacements

The Camry lineup centers on two primary displacement figures in modern models. Here are the main figures buyers are likely to encounter.

• 2.5-liter inline-4 gasoline engine (A25A-FXS family); displacement 2,487 cubic centimeters (2.487 L). This engine is used in standard gasoline trims and is paired with the hybrid system in Camry Hybrid models.


• 3.5-liter V6 engine (2GR-FKS family); displacement 3,456 cubic centimeters (3.456 L). This is the larger-displacement option found in higher-trim or older Camry variants.

In practice, most current Camry buyers will encounter either the 2.5 L four-cylinder (or 2.5 L hybrid) or the 3.5 L V6, depending on model year and market.

Notes for buyers and enthusiasts

Hybrid variants share the same 2.5 L displacement

Camry Hybrid models use the 2.5-liter inline-4 engine paired with electric motors; the displacement remains 2,487 cc, the same as the non-hybrid 2.5 L variant.

Measurement conventions and what displacement means

Engine displacement (cc or liters) is the total volume displaced by all cylinders. It is a general indicator of potential power and efficiency but does not, by itself, determine horsepower or torque, which also depend on boost, induction, and tuning.

Summary: The Toyota Camry offers two main engine displacements in recent generations: 2,487 cubic centimeters (2.5 liters) for the four-cylinder and hybrid variants, and 3,456 cubic centimeters (3.5 liters) for the V6 variant. Buyers will encounter these figures depending on trim and market.

Which is better, Camry V6 or 4-cylinder?

A Camry with a V6 engine offers significantly more power (301301301 horsepower) and faster acceleration, making it ideal for performance and highway cruising, while the 4-cylinder engine (203−206203 minus 206203−206 horsepower) is more fuel-efficient and better suited for city driving. The V6 is also generally smoother and quieter, but it is more expensive to purchase and has lower fuel economy. 
You can watch this video to compare the 2021 Camry 4-Cylinder vs V6 models: 54sToyotaJeff ReviewsYouTube · Nov 17, 2020
V6 engine

• Performance: Produces more horsepower (301301301 hp) and torque (267267267 lb-ft), resulting in quicker acceleration (0-60 mph in approximately 6.06.06.0 seconds for some models). 
• Driving feel: Offers a smoother and more responsive driving experience with less engine strain. 
• Cost: Typically has a higher purchase price. 
• Fuel economy: Lower fuel efficiency compared to the 4-cylinder model. 

4-cylinder engine 

• Performance: Has less horsepower (203−206203 minus 206203−206 hp), which is sufficient for most driving but less powerful for high-speed acceleration. 
• Driving feel: Adequate for everyday driving, especially in the city, and provides a comfortable ride. 
• Cost: Lower initial cost. 
• Fuel economy: Better fuel efficiency, making it the more economical choice for gas. 

This video compares the 2023 Camry V6 vs 4-cylinder models: 1mToyotaJeff ReviewsYouTube · Nov 11, 2022
Which one should you choose?

• Choose the V6 if: You prioritize performance, a more exciting driving experience, and highway cruising, and are willing to pay more at the dealership and at the pump. 
• Choose the 4-cylinder if: Fuel efficiency is a top priority, your driving is primarily in the city, or you want a lower-cost vehicle. 

What year was the bad Toyota Camry?

The worst years for the Toyota Camry are generally considered to be 2007, 2008, and 2009, due to common issues like excessive oil consumption, which can lead to engine damage. Other problems reported in these years include melting dashboards, and issues with the engine light and transmissions. The 2010 model also had some issues, but many were resolved, and 2007-2011 models in general have a lower reliability reputation than other generations. 
This video discusses the worst years for the Toyota Camry, highlighting engine issues and other common problems: 55sCar ComfyYouTube · Jul 29, 2025
2007–2009 Toyota Camry 

• Excessive oil consumption: This was a widespread problem, particularly in the 4-cylinder engines, where oil levels would drop quickly, potentially causing severe engine damage if not monitored closely. 
• Melting dashboards: The dashboard material was prone to melting, becoming a sticky and problematic mess. 
• Other issues: Other problems included engine light activation, cracking sun visors, and defective door locks. 

Other years to be cautious about

• 2002: This year had reports of unexpected acceleration, premature transmission failure, and broken head bolts. 
• 2010: Some of the oil consumption problems persisted, and there were reports of rear windows shattering unexpectedly. 
• 2012: Some models had HVAC issues. 
• 2015: While the backup camera became standard, this year experienced some transmission shift delays. 
• 2018: Early models of this generation had some transmission and infotainment system issues. 

This video discusses the worst Toyota Camry years to avoid, including specific models and their issues: 40sRegular Car ReviewsYouTube · Oct 1, 2024

How many cubic feet are in a Camry?

Total Passenger Volume: 100.4 cubic feet. Seating Capacity: Five passengers. Shoulder Room (Front/Rear): 57.7 / 55.7 inches.

How many cubic feet is a 2025 Toyota Camry?

The 2024 Toyota Camry has a maximum of 100.4 cubic feet of total passenger volume, and the 2025 iteration has a compelling 98.8 cubic feet.