21 MPG combined for the 2025 Ford F-150 Pickup 2WD with the 2.7L EcoBoost engine reflects Ford’s pursuit of efficiency in a segment often seen as not prioritizing fuel economy. This isn’t a stripped-down, bare-bones work truck; it’s a modern, capable half-ton pickup designed to be a daily driver for many, pulling double duty as a family hauler, weekend adventurer, and serious workhorse. Owners of this F-150 aren’t typically buying it solely for its fuel efficiency. They’re buying it because they need the utility, the towing and hauling capacity, and the versatility that only a full-size truck can offer. Achieving 21 MPG combined is a welcome bonus, mitigating some of the traditional ownership costs associated with pickups. They accept this level of fuel economy because it represents a palatable compromise, allowing them to enjoy the benefits of truck ownership without being constantly tethered to the gas pump as frequently as they might have been a decade or two ago.

City and highway performance

The EPA figures show a 19 MPG city rating and a 25 MPG highway rating for this F-150 configuration. The 19 MPG city figure is where the 2.7L EcoBoost shines. Its twin-turbocharged V6 is engineered for low-end torque, meaning it doesn’t have to rev high to get this substantial vehicle moving. This characteristic, combined with the smooth and efficient 10-speed automatic transmission (S10), minimizes parasitic losses often associated with stop-and-go driving. Drivers navigating congested urban environments, making frequent stops for deliveries or family errands, will appreciate how the engine’s swift build of power translates into less heavy-footed acceleration and, ultimately, better urban fuel economy than many might expect from an empty truck weighing over 4,500 pounds. While 19 MPG in the city isn’t sports car territory, for a full-size pickup, it’s a strong showing that underscores the engineering behind the EcoBoost powertrain. On the highway, the 25 MPG rating is equally impressive. This comes down to the slick aerodynamics for a truck, the carefully calibrated 10-speed transmission allowing for minimal RPMs at cruising speeds, and the engine’s ability to remain in its most efficient operating range. Long-haul commuters or those embarking on road trips with lighter loads will find the F-150 surprisingly adept at sipping fuel, often exceeding the EPA estimate if driven conservatively in ideal conditions. This highway figure is particularly appealing to those who use their truck for weekend getaways or for occasional longer hauls.

Annual fuel cost

The EPA’s estimated annual fuel cost for the 2025 Ford F-150 Pickup 2WD 2.7L 6-cyl is $2,100 per year. This figure is a calculation based on a standardized methodology. The EPA assumes an average of 15,000 miles driven annually at national average fuel prices, weighted between city and highway driving based on the vehicle’s combined MPG rating. For the F-150 owner, this $2,100 represents the typical yearly expenditure on fuel to keep their truck on the road for that assumed mileage. It’s a valuable metric for budgeting and understanding the running costs associated with this particular trim. When considering the initial purchase price and the inherent utility of a full-size pickup, a $2,100 annual fuel bill is often deemed quite reasonable by buyers who understand the capabilities they are gaining. It helps contextualize the daily reality of ownership and provides a benchmark against which other vehicles, or even other F-150 powertrains, can be compared. Knowing this number upfront helps buyers make an informed decision about the total cost of ownership beyond just the sticker price.

Real-world expectations

While the EPA numbers offer a reliable baseline, real-world fuel economy for the 2025 F-150 2.7L will always fluctuate based on several factors. Drivers should anticipate that consistently heavy-footed acceleration, frequent short trips in freezing temperatures, or stop-and-go traffic will pull that 19 MPG city figure down. Conversely, those with a gentle touch on the accelerator and optimized cruise control usage on the highway might even see numbers a couple of MPG higher than the 25 MPG highway rating. The 2.7L EcoBoost, while powerful, is still a relatively small engine for a full-size truck. This means that when it’s worked hard, think towing a substantial trailer near its capacity, hauling a bed full of heavy landscaping materials, or climbing steep grades frequently, its fuel economy will drop noticeably. The turbos will spool up more often, demanding more fuel. However, for the majority of daily driving, light hauling, and occasional towing tasks, this powertrain performs exceptionally well. The 2WD configuration also plays a significant role here, as the absence of additional driveline components for four-wheel drive reduces weight and parasitic drag, contributing directly to these higher EPA figures compared to its 4×4 counterparts. Expect results to be generally within a 1-3 MPG range of the EPA’s combined 21 MPG number, depending on driving habits and conditions.

How it compares

When stacked against its primary competitors, the 2025 F-150 2WD 2.7L EcoBoost offers good efficiency. The Ram 1500 Tradesman 2WD with the 3.6L V6 eTorque and 8-speed automatic typically achieves around 22 MPG combined (20 city/25 highway). While slightly better on paper combined, the F-150’s 2.7L offers significantly more torque and horsepower, often feeling more muscular in everyday driving. GMC Sierra 1500 2WD with the 2.7L Turbo high-output engine is another strong contender, typically rated around 21 MPG combined (19 city/23 highway). Here, the F-150 matches the combined figure and slightly edges out the Sierra on highway MPG while offering comparable power. The Toyota Tundra SR5 2WD with its i-FORCE 3.4L Twin-Turbo V6 typically hovers around 20 MPG combined (18 city/23 highway), slightly trailing the F-150. Even another Ford, like the F-150 2WD with the naturally aspirated 3.3L V6, usually comes in at 20 MPG combined (19 city/24 highway), again highlighting the efficiency of the 2.7L EcoBoost in delivering power plus economy. Buyers often look at all Ford fuel economy data, and specifically F150 MPG across all years, to see how different powertrain options align with their specific needs and budget. The 2.7L EcoBoost positions itself as a sweet spot, offering V8-like performance with V6-level fuel consumption, often besting or matching rivals while delivering superior towing and payload capabilities at that specific efficiency point.

Tips to maximize efficiency

Maintaining proper tire inflation is important for this F-150. Underinflated tires increase rolling resistance, forcing the engine to work harder and directly reducing fuel economy. Check your tire pressure weekly, adhering to the recommended psi found on the placard inside the driver’s door jamb, especially before longer trips or when ambient temperatures change significantly.

Smooth driving habits yield significant returns. Avoid aggressive acceleration and hard braking. The 2.7L EcoBoost is designed to deliver torque efficiently. Letting the turbos spool up gently and anticipating stops will keep the engine in its most efficient operating range and minimize wasted energy. This also extends the life of your brakes and tires.

Use cruise control on the highway whenever possible. Maintaining a consistent speed helps the 10-speed automatic transmission find and hold its most efficient gear, preventing unnecessary downshifts and fuel spikes. Aim for the 60-70 mph range, as aerodynamic drag increases substantially at higher speeds for a vehicle of this size.

Shed unnecessary weight from the truck bed and cabin. While the F-150 is designed to haul, extra hundred pounds of tools or gear that aren’t needed for a given trip will slightly diminish fuel economy. Every bit of reduced load helps the engine perform more efficiently.

Regular maintenance, particularly oil changes with the correct synthetic oil and timely air filter replacements, ensures the engine operates at peak efficiency. A clogged air filter or old, viscous oil forces the engine to expend more energy, directly impacting fuel economy and potentially shortening engine life.