Average MPG by Car: What to Expect From Every Vehicle Class

If you have ever wondered whether your vehicle is getting decent fuel economy or falling behind the pack, the answer depends heavily on what class of vehicle you drive. A compact sedan averaging 32 MPG is performing well. A full-size pickup at 20 MPG is also performing well, because those vehicles are measured against different benchmarks. Understanding average MPG by vehicle class gives you a much more useful frame of reference than any single number pulled out of context.

This guide draws on data from the U.S. Environmental Protection Agency (EPA) and the Department of Energy (DOE) to show what drivers realistically get from each segment of the market. You can also use the MPG Calculator to measure your own vehicle’s actual fuel economy based on your fill-up records.

The US Fleet Average: Where Things Stand

According to EPA data, the average combined fuel economy for new vehicles sold in the United States sits around 27 to 28 MPG as of the 2023 and 2024 model years. This figure covers the entire light-duty fleet, meaning it blends compact cars, large trucks, minivans, crossovers, and hybrids into a single number.

That combined average is a meaningful milestone. It reflects decades of regulatory pressure, engineering advances, and a notable shift in what American consumers buy. The challenge is that the fleet average disguises enormous variation between vehicle classes, which is exactly why a class-by-class breakdown matters.

Average MPG by Vehicle Class

The table below uses EPA and DOE combined-cycle figures (blended city and highway) representing typical averages for each class. Top performers listed are conventional gasoline or mild-hybrid models, not plug-in hybrids or battery EVs unless noted.

Vehicle Class	Average Combined MPG	Top Performers in Class
Subcompact car	35 to 38 MPG	Mitsubishi Mirage, Toyota Yaris
Compact car	32 to 36 MPG	Honda Civic, Toyota Corolla, Mazda3
Midsize sedan	28 to 33 MPG	Toyota Camry, Honda Accord, Nissan Altima
Full-size sedan	24 to 29 MPG	Chrysler 300, Dodge Charger
Compact crossover/SUV	28 to 33 MPG	Toyota RAV4, Honda CR-V, Mazda CX-5
Midsize SUV	22 to 27 MPG	Toyota Highlander, Ford Explorer, Hyundai Palisade
Full-size SUV	17 to 22 MPG	Chevrolet Tahoe, Ford Expedition, GMC Yukon
Compact pickup truck	20 to 26 MPG	Ford Maverick, Honda Ridgeline
Full-size pickup truck	17 to 21 MPG	Ford F-150, Ram 1500, Chevrolet Silverado
Minivan	22 to 26 MPG	Toyota Sienna Hybrid, Chrysler Pacifica
Hybrid car	45 to 58 MPG	Toyota Prius, Honda Insight
Hybrid SUV	36 to 42 MPG	Toyota RAV4 Hybrid, Ford Escape Hybrid
Plug-in hybrid (PHEV)	80 to 120 MPGe	Toyota RAV4 Prime, Hyundai Tucson PHEV

A few patterns stand out immediately. First, hybrids and PHEVs occupy a league of their own relative to conventional drivetrains. Second, the gap between a subcompact car and a full-size SUV is significant, around 15 to 20 MPG in combined driving. Third, compact crossovers have managed to close much of the gap with midsize sedans, which explains much of their market dominance.

City vs Highway Splits by Class

The city-versus-highway divide is not uniform across vehicle classes, and the difference matters if most of your driving happens in urban stop-and-go conditions.

Compact and midsize cars typically see a 4 to 6 MPG gap between city and highway ratings. A Civic rated at 32/42 MPG city/highway is a familiar pattern.

Trucks and large SUVs see a steeper divide, often 5 to 8 MPG or more. A full-size pickup rated at 17 city and 24 highway demonstrates this clearly. The heavier the vehicle and the more aerodynamically compromised its shape, the more it suffers in slow urban driving while still benefiting from steady highway cruise control.

Hybrids flip the conventional logic somewhat. Because regenerative braking recaptures energy during deceleration, hybrids often perform comparably in city and highway driving, and some models actually rate higher in the city than on the highway. The Toyota Prius, for example, has historically posted slightly better city numbers than highway numbers. This is the opposite of what most drivers expect.

CAFE Standards and the Pressure They Create

The Corporate Average Fuel Economy (CAFE) program, administered by the National Highway Traffic Safety Administration (NHTSA) with input from the EPA, sets mandatory fleet-wide fuel economy targets that automakers must meet or face financial penalties. These standards are a primary driver of the year-over-year improvements the fleet average has seen.

CAFE standards are calculated separately for cars and for light trucks, with light trucks including SUVs, crossovers, and pickups. Because light trucks now account for roughly 80 percent of new vehicle sales in the United States, the light truck CAFE target has an outsized influence on the overall fleet number. Automakers have responded with more efficient transmissions, cylinder deactivation, turbocharging in place of larger naturally aspirated engines, and aerodynamic refinements across their lineups.

The current regulatory direction under rules finalized in 2024 pushes fleet averages significantly higher toward 2030, which means the 27 to 28 MPG average visible today will continue climbing even before EV adoption changes the calculation entirely.

How the Fleet Average Has Changed Over Time

The EPA’s Automotive Trends Report tracks real-world fuel economy for every model year. Model year 2024 set a record at 27.2 MPG, and the agency reports that figure is a 41 percent improvement on model year 2004 — which puts the 2004 fleet at roughly 19 MPG. Economy has improved in 16 of the last 20 model years, so the trend line is a long, mostly steady climb rather than a series of jumps.

A 41 percent gain over two decades sounds modest stated as a single number. In practice it means a driver spending $50 on a tank today travels roughly four miles further for every ten their 2004 counterpart managed. Multiplied across hundreds of millions of vehicles and billions of fill-ups a year, the cumulative fuel saved and emissions avoided are substantial.

The acceleration of hybrid adoption since 2020 has begun lifting the fleet average more quickly. If plug-in hybrids and battery electric vehicles continue gaining market share, the 2030 fleet average could look very different from today.

How Hybrids and EVs Affect the Numbers

Hybrids punch well above their sales weight when it comes to fleet average calculations. A single Toyota Prius averaging 55 MPG offsets a significant portion of the drag created by a full-size truck in a manufacturer’s CAFE calculation.

Battery electric vehicles (BEVs) are incorporated into fleet averages using MPGe, or miles per gallon equivalent, which converts electricity consumption into a gasoline equivalent unit. A vehicle like the Tesla Model 3 rated at 132 MPGe raises the mathematical fleet average considerably. As BEV market share grows from its current low single-digit percentage to a more meaningful share of annual sales, the published fleet average will reflect that shift dramatically.

This is part of why comparing today’s fleet averages to those from 2005 requires some care. The composition of what is being averaged has changed in ways that make simple year-over-year comparisons slightly imprecise.

How Your Vehicle Stacks Up

Looking at the table above and knowing your own vehicle class, you can make a reasonable judgment about whether your car or truck is performing at, above, or below its segment average.

Bear in mind that EPA ratings reflect controlled test cycles, not necessarily real-world results. Driving style, road conditions, load, tire pressure, and climate all cause real-world fuel economy to diverge from the sticker. The Fuel Savings Calculator can help you quantify how much you could save by moving to a more efficient vehicle in your class or to a different class entirely.

If your midsize SUV is averaging 24 MPG, it is performing at the top of its segment. If your compact car is averaging 24 MPG, it is underperforming relative to the class average and may be worth investigating further. The benchmark matters as much as the number.

Sources

Figures in this article are drawn from the EPA’s annual Automotive Trends Report, the DOE’s Alternative Fuels Data Center, and EPA fueleconomy.gov database. These sources are updated annually and represent the most reliable publicly available fleet data for the United States market.