Loading

What is the fuel consumption of a 2010 Toyota Matrix?

In general, a 2010 Toyota Matrix with the 1.8-liter engine achieves about 28 mpg combined (roughly 26 mpg city and 32 mpg highway). The sportier XRS model with the 2.4-liter engine typically averages around 24 mpg combined (roughly 21–23 mpg city and 28–29 mpg highway).


Fuel economy by engine and transmission


The following EPA estimates reflect common configurations for the 2010 Matrix. They vary with driving style and conditions.


Two main engine options in 2010 Matrix



  • 1.8L engine with 4-speed automatic transmission: approximately 26 mpg city / 32 mpg highway; about 28 mpg combined.

  • 1.8L engine with 5-speed manual transmission: similar efficiency, about 26 mpg city / 32 mpg highway; around 28 mpg combined.

  • 2.4L engine (XRS) with 4-speed automatic transmission: about 21–23 mpg city / 28–29 mpg highway; roughly 24–25 mpg combined.

  • 2.4L engine (XRS) with 5-speed manual transmission: about 22–23 mpg city / 28–29 mpg highway; around 24–25 mpg combined.


Note: Real-world results vary; the larger 2.4L engine generally lowers city mileage more noticeably due to performance emphasis.


Real-world factors that affect fuel use



  • Maintenance: proper tire pressure, regular tune-ups, and timely oil changes can improve efficiency.

  • Driving style: rapid acceleration and high speeds reduce mpg; steadier cruising helps.

  • Load and tires: heavier loads and tires with high rolling resistance reduce economy.


For the most accurate measure of your own vehicle, track fuel use tank-by-tank or use an onboard fuel economy display if available.


Summary


The 2010 Toyota Matrix offers reasonable fuel economy for a compact hatchback. The 1.8-liter models typically deliver around 28 mpg combined, while the 2.4-liter XRS versions sit in the mid-20s mpg combined. Actual mileage depends on drivetrain, maintenance, and driving habits.

How many miles per gallon does a 2010 Toyota Matrix get?


The 2010 Toyota Matrix's MPG varies by trim level and transmission, with the best fuel economy on the Base model at 25 city / 31 highway (28 combined) MPG for the automatic and 26 city / 32 highway MPG for the manual. The S and XRS trims get 21 city / 28 highway (24 combined) MPG with a manual or 21 city / 29 highway (24 combined) MPG with an automatic, and the S AWD is rated at 20 city / 26 highway (22 combined) MPG.
 
Base Model (1.8L engine)

  • Automatic: 25 city / 31 highway / 28 combined MPG
  • Manual: 26 city / 32 highway / 28 combined MPG 

S and XRS Trims (2.4L engine)
  • Automatic: 21 city / 29 highway / 24 combined MPG
  • Manual: 21 city / 28 highway / 24 combined MPG 

S AWD (2.4L engine with 4-speed automatic)
  • Automatic: 20 city / 26 highway / 22 combined MPG 



What are common problems with the 2010 Matrix?


Top 2010 Toyota Matrix Problems

  • Check Engine Light Due to Oxygen Sensor Failure.
  • Check Engine Light Due to EVAP System.
  • Excessive Oil Consumption.
  • Rattle from Engine at All Speeds.
  • Rough Running Conditions and Smoke From Exhaust.
  • Toyota Matrix left rear brake sticking issue persists after multiple repairs.



What's the best year for a Toyota Matrix?


The best years for the Toyota Matrix are generally considered to be 2007-2008 for the first generation and 2012-2013 for the second generation, due to their improved reliability and features. The 2007-2008 models fixed earlier issues from the first generation, while the later second-generation models received updates like new audio systems. For best reliability, it's often recommended to seek out models with the 1.8L engine, as the 2.4L engine is known to be more prone to oil consumption, particularly in the second generation. 
First generation (2003-2008)

  • Best years: 2007-2008:
    • These years resolved issues found in earlier models, such as airbag recall and oil dilution problems that affected some 2003-2005 models.
    • They offer strong reliability, especially with the 1.8L engine.
  • Years to approach with caution: 2003-2005, which had airbag recalls and oil dilution issues.
  • Special mention: The 2007 M-Theory trim is considered a rare and desirable gem if found in good condition. 

Second generation (2009-2014)
  • Best years: 2012-2013
    • These later models are considered reliable.
    • The 2013 model received a new audio system.
  • Years to approach with caution: 2009-2011 models, especially those with the 2.4L engine, which have been reported to have issues with the VVT-i chain and oil consumption.
  • Best engine: Models with the 1.8L engine from this generation are generally considered more reliable and fuel-efficient than the 2.4L. 

Overall recommendations
  • For reliability: Prioritize models with the 1.8L engine from the 2007-2008 or 2012-2013 model years. 
  • For a performance focus: Look for the XRS trim, which offers a more engaging driving experience. 
  • For all-wheel drive (AWD): The 2009 AWD model is known for its capability, though some owners report more issues with the 2.4L engine in this generation. 



Is the Toyota Matrix 2010 a good car?


The 2010 Toyota Matrix is generally considered a reliable and practical compact car, praised for its spacious interior, fuel efficiency, and cargo space, though it has some drawbacks like a noisy cabin, basic interior materials, and potentially stiff steering. It is based on the Toyota Corolla and available with front- or all-wheel drive. Some common reported issues include a check engine light, oil consumption, and problems with the power steering.
 
You can watch this video to learn more about the 2010 Toyota Matrix S AWD: 1mShooting CarsYouTube · Dec 22, 2024
Pros
You can watch this video to learn more about the 2010 Toyota Matrix XRS: 56sSteve Hammes New Car ReviewsYouTube · Jun 25, 2009

  • Reliability: Toyota's reputation for reliability is a major strength, with many owners reporting few issues beyond regular maintenance. 
  • Practicality: The hatchback design provides significant cargo space, especially with the rear seats folded down, rivaling some small SUVs. The rear seats also offer good passenger room. 
  • Fuel Efficiency: The base 1.8-liter engine offers good fuel economy for its class, though the optional AWD system reduces it. 
  • Driving Dynamics: The XRS trim with a sport-tuned suspension offers a more engaging driving experience. The base model has nimble handling, and the optional AWD system is competent in poor weather. 
  • Value: It is often considered a good value due to its practicality and low ownership costs. 

Cons
You can watch this video to learn more about the cargo space in the 2010 Toyota Matrix: 59sToyota Northwest EdmontonYouTube · Nov 15, 2022
  • Noise: Many reviews mention a high level of road and wind noise entering the cabin. 
  • Interior: The interior uses basic plastics and lacks a premium feel. Some owners find the seats uncomfortable. 
  • Performance: The standard 1.8-liter engine can be loud when accelerating. The optional AWD system can reduce acceleration and fuel economy. 
  • Driving Position: Limited left foot room and a long reach to the steering wheel are noted issues for some drivers. 
  • Visibility: Rear visibility can be limited due to the design of the rear pillars and rear window. 

Common problems
  • Check Engine Light: Frequently linked to oxygen sensor failure or EVAP system issues. 
  • Oil Consumption: Some engines may consume excessive amounts of oil. 
  • Power Steering: Can become stiff over time. 
  • Exhaust System: Components like the muffler and pipes can corrode and leak. 
  • Window Issues: Bolts attaching the front window to the regulator can fail, causing the window to fall off its track. 


Kevin's Auto

Kevin Bennett

Company Owner

Kevin Bennet is the founder and owner of Kevin's Autos, a leading automotive service provider in Australia. With a deep commitment to customer satisfaction and years of industry expertise, Kevin uses his blog to answer the most common questions posed by his customers. From maintenance tips to troubleshooting advice, Kevin's articles are designed to empower drivers with the knowledge they need to keep their vehicles running smoothly and safely.