2019 F‑150 Fuel Economy Guide

The 2019 F-150 delivers a wide spread of fuel economy depending on engine, drivetrain, cab configuration, bed length, and axle ratio. This guide breaks down official EPA ratings, real world MPG behavior, and how towing, payload, weather conditions, terrain, and driving habits affect fuel consumption. Because Ford offered six engine options ranging from the 3.3L V6 to the 3.0L Power Stroke diesel and High Output 3.5L EcoBoost, fuel economy can vary substantially between trucks that appear nearly identical. All data is based on EPA testing and real world owner reports, providing a realistic picture of what owners can expect during everyday use.

Overview

Fuel economy is one of the biggest factors affecting long term ownership costs for a 2019 F-150. Ford offered six engines for the model year, ranging from the naturally aspirated 3.3L V6 to the fuel efficient 3.0L Power Stroke diesel and the high performance 3.5L High Output EcoBoost. Because each engine was designed with different priorities, fuel consumption can vary considerably across the lineup.

Drivetrain selection also affects efficiency. RWD models generally achieve better fuel economy than comparable 4WD trucks, while axle ratio, cab configuration, bed length, payload, and towing frequency can further influence fuel consumption. A truck used primarily for highway commuting will often deliver very different results than one that regularly tows trailers or carries heavy cargo.

Published EPA ratings provide a useful starting point, but real world results depend heavily on how the truck is driven. The following sections examine fuel economy by engine and configuration to help buyers understand which 2019 F-150 models prioritize efficiency and which ones prioritize capability.

EPA Ratings by Engine

The EPA tests vehicles under controlled conditions to estimate city, highway, and combined fuel economy. Actual fuel consumption may be higher or lower depending on driving habits, terrain, weather conditions, payload, and towing frequency. The ratings below represent the most efficient configuration available for each engine family in the 2019 F-150 lineup.

Engine	City MPG	Highway MPG	Combined MPG
3.3L V6	20	25	22
2.7L EcoBoost V6	20	26	22
3.5L EcoBoost V6	18	25	20
5.0L V8	17	23	19
3.0L Power Stroke Diesel V6	22	30	25
3.5L High Output EcoBoost	15	18	16

Several trends become clear when comparing the numbers. The 3.0L Power Stroke diesel delivers the best overall fuel economy in the lineup, making it particularly attractive for drivers who accumulate significant highway mileage. The 2.7L EcoBoost also performs well, offering efficiency close to the diesel while maintaining strong towing capability for many owners.

The 3.5L EcoBoost and 5.0L V8 occupy the middle of the range. Both engines provide substantial power and capability, but their additional performance comes with higher fuel consumption. Buyers who regularly tow heavy trailers often consider this tradeoff worthwhile.

At the opposite end of the spectrum, the 3.5L High Output EcoBoost found in the Raptor prioritizes performance rather than efficiency. Larger tires, specialized suspension components, and higher power output contribute to its lower EPA ratings compared with other F-150 models.

These figures provide a useful comparison point, but fuel economy can change noticeably when towing, carrying heavy payloads, driving in winter conditions, or operating in stop and go traffic. The next sections examine how real world driving conditions affect fuel consumption beyond the EPA test cycle.

Real World MPG Expectations

Real world fuel economy often differs from EPA ratings because everyday driving conditions rarely match the controlled environment used during government testing. Driving habits, weather conditions, vehicle setup, and workload can all have a noticeable impact on fuel consumption.

Factors That Influence Fuel Economy

• Driving style: Aggressive acceleration and frequent hard braking can reduce fuel economy quickly.
• Speed: Highway fuel economy typically declines as speeds increase beyond approximately 70 mph due to greater aerodynamic drag.
• Temperature: Cold weather, winter fuel blends, and extended warm up periods often reduce fuel economy during winter months.
• Tire type: All terrain tires can lower fuel economy by approximately 1–2 MPG compared with highway oriented tires.
• Payload: Additional cargo weight in the cab or bed increases fuel consumption during both city and highway driving.
• Towing: Expect fuel economy to decrease by roughly 30–50% depending on trailer weight, trailer shape, terrain, and weather conditions.

Common Owner Reported Results

• 2.7L EcoBoost: Typically 18–22 MPG combined.
• 3.5L EcoBoost: Typically 15–19 MPG combined.
• 5.0L V8: Typically 15–18 MPG combined.
• 3.0L Power Stroke Diesel: Typically 22–28 MPG combined.

These figures represent averages reported by many owners under mixed driving conditions. Individual results can vary significantly depending on commute length, driving environment, maintenance history, and how frequently the truck is used for towing or hauling.

EcoBoost vs V8 Fuel Economy

One of the most common questions among 2019 F-150 buyers is whether an EcoBoost engine actually saves fuel compared with the traditional 5.0L V8. The answer depends largely on how the truck is used. During everyday commuting and light duty driving, EcoBoost engines typically deliver better fuel economy. Under heavy towing conditions, however, the difference often becomes much smaller.

EcoBoost Advantages

• Smaller engine size: EcoBoost engines use turbochargers to produce power, allowing them to operate efficiently during light throttle driving.
• Better EPA ratings: The 2.7L EcoBoost and 3.5L EcoBoost generally achieve higher fuel economy ratings than the 5.0L V8.
• High torque output: Torque is the pulling force that helps move the truck and trailer. EcoBoost engines produce substantial torque at lower engine speeds.
• Strong daily driving efficiency: Many owners report better fuel economy during commuting, highway driving, and unloaded operation.

V8 Advantages

• Simpler power delivery: The 5.0L V8 produces power without turbochargers, creating a more traditional driving experience.
• Consistent under load: Fuel economy can remain competitive with EcoBoost models during heavier towing situations.
• Popular for work use: Many owners prefer the V8 for frequent hauling, commercial applications, and long term ownership.
• Strong payload combinations: Certain V8 configurations can be paired with the Heavy Duty Payload Package for increased carrying capacity.

What Owners Commonly Experience

• 2.7L EcoBoost vs 5.0L V8: The 2.7L EcoBoost typically delivers a noticeable fuel economy advantage during normal driving.
• 3.5L EcoBoost vs 5.0L V8: Fuel economy differences are often smaller because both engines are frequently used for towing and hauling.
• Heavy towing changes the equation: Turbocharged engines often consume more fuel when producing maximum power, reducing the efficiency gap.
• Driving habits matter: Gentle acceleration and highway cruising usually favor EcoBoost engines, while frequent towing can narrow the difference considerably.

Bottom Line

• For maximum fuel savings: The 2.7L EcoBoost generally provides the best balance of capability and efficiency among gasoline engines.
• For frequent towing: The real world fuel economy difference between the 3.5L EcoBoost and 5.0L V8 is often smaller than EPA ratings suggest.
• For most buyers: Engine selection should be based on overall needs rather than fuel economy alone, since towing requirements, payload needs, and driving habits all influence long term ownership costs.

Towing Fuel Economy

Towing has one of the largest impacts on fuel consumption in a 2019 F-150. Even trucks that achieve strong fuel economy during everyday driving can experience a significant drop in MPG once a trailer is attached. Trailer weight, trailer shape, terrain, weather conditions, and driving speed all influence how much fuel the truck uses while towing.

What Affects Fuel Consumption While Pulling a Trailer

• Trailer weight: Heavier trailers require more engine power, which increases fuel consumption.
• Aerodynamic drag: Tall travel trailers and enclosed cargo trailers often reduce fuel economy more than open utility trailers because they create greater wind resistance.
• Driving speed: Fuel consumption typically increases at highway speeds, especially above 65–70 mph.
• Terrain: Mountain grades and rolling hills require more throttle input than flat highways.
• Weather conditions: Strong headwinds can reduce fuel economy dramatically, even when towing within weight limits.
• Drivetrain and axle ratio: Certain axle ratios prioritize pulling power over fuel efficiency, particularly when towing heavier loads.

Common MPG Reductions While Towing

• Light utility trailer: Expect fuel economy to decrease by roughly 10–20%.
• Mid size camper or boat: Expect fuel economy to decrease by approximately 20–35%.
• Large travel trailer: Expect fuel economy to decrease by approximately 30–50%.
• Heavy equipment trailer: Fuel economy can fall below half of normal unloaded MPG depending on weight and terrain.

Engine Specific Trends

• 2.7L EcoBoost: Often remains one of the more efficient gasoline options while towing moderate loads.
• 3.5L EcoBoost: Provides excellent towing performance but fuel consumption can increase noticeably when producing maximum boost.
• 5.0L V8: Tends to deliver predictable fuel economy under load and remains popular among frequent towers.
• 3.0L Power Stroke Diesel: Usually delivers the best towing fuel economy in the lineup, particularly during long highway trips.

Ways to Improve Fuel Economy While Towing

• Keep speeds moderate: Reducing speed by even a few mph can improve fuel economy noticeably.
• Use proper trailer loading: Balanced weight distribution reduces strain on the truck.
• Maintain tire pressure: Underinflated tires increase rolling resistance and fuel consumption.
• Avoid sudden acceleration: Smooth throttle inputs help reduce unnecessary fuel use.
• Limit unnecessary cargo: Extra weight in the truck and trailer increases fuel consumption.

Bottom Line

• Fuel economy while towing is often 20–50% lower than normal unloaded driving.
• Trailer shape can be just as important as trailer weight when it comes to fuel consumption.
• Drivers who tow frequently may find the 3.0L Power Stroke diesel provides the best combination of pulling capability and fuel efficiency in the 2019 F-150 lineup.

Towing Fuel Economy

Attaching a trailer can reduce fuel economy substantially, even when the trailer is well below the truck’s maximum capacity. Trailer weight plays a role, but trailer shape, driving speed, terrain, and weather conditions often have an equally large impact on fuel consumption. Tall campers and enclosed trailers generally create more aerodynamic drag than open utility trailers, requiring the engine to work harder at highway speeds.

Trailer Type	Typical MPG Reduction
Small Utility Trailer	10–20%
Boat Trailer	15–25%
Enclosed Cargo Trailer	20–35%
Mid Size Travel Trailer	25–40%
Large Travel Trailer	30–50%
Heavy Equipment Trailer	35–50%+

The numbers above represent common real world ranges reported by truck owners. Actual fuel economy depends on trailer weight, road conditions, speed, and engine choice. A lightweight utility trailer may have only a minor effect on fuel consumption, while a large travel trailer can cut fuel economy nearly in half during highway driving.

Engine	Typical Towing MPG Range
2.7L EcoBoost V6	10–16 MPG
3.5L EcoBoost V6	8–15 MPG
5.0L V8	8–14 MPG
3.0L Power Stroke Diesel V6	12–20 MPG
3.5L High Output EcoBoost	7–13 MPG

The 3.0L Power Stroke diesel generally delivers the best fuel economy while towing, particularly during long highway trips. The EcoBoost engines provide strong towing performance but often consume more fuel when producing sustained turbocharger boost under heavy loads. Meanwhile, the 5.0L V8 tends to deliver predictable fuel economy that remains relatively consistent across a variety of towing situations.

Drivers can often improve towing fuel economy by reducing highway speeds, maintaining proper tire pressure, minimizing unnecessary cargo, and ensuring trailer weight is distributed correctly. Even small changes in speed can have a noticeable effect, especially when towing large campers or enclosed trailers where aerodynamic drag becomes a major factor.

City vs Highway Behavior

Fuel economy in the 2019 F-150 can vary significantly depending on where the truck spends most of its time. Stop and go city driving places different demands on the engine than steady highway cruising, which is why most F-150 engines achieve noticeably better fuel economy on the highway.

City Driving

• Frequent acceleration: Repeated stops and starts require more fuel than maintaining a constant speed.
• Long idle times: Traffic lights, congestion, and warming up the truck can reduce overall MPG.
• Turbocharger activity: EcoBoost engines often use more boost during acceleration, increasing fuel consumption in urban driving.
• Heavier payload impact: Cargo weight tends to affect city MPG more because the truck must repeatedly get moving from a stop.
• Short trips: Engines are less efficient before reaching normal operating temperature, especially during colder weather.

Highway Driving

• Steady speeds: Maintaining a constant speed allows the engine to operate more efficiently.
• Lower engine workload: Less braking and acceleration typically improve fuel economy.
• Best environment for diesel models: The 3.0L Power Stroke diesel achieves its strongest fuel economy during extended highway travel.
• Aerodynamic drag increases with speed: Fuel economy often begins to decline once speeds exceed approximately 70 mph.
• Long distance travel: Highway driving usually produces fuel economy figures closest to EPA estimates.

What Owners Commonly Notice

• 2.7L EcoBoost: Often shows one of the largest improvements when transitioning from city driving to highway driving.
• 3.5L EcoBoost: Can deliver strong highway fuel economy when unloaded, but aggressive acceleration quickly reduces efficiency.
• 5.0L V8: Typically experiences a smaller gap between city and highway MPG than some EcoBoost models.
• 3.0L Power Stroke Diesel: Usually benefits the most from long highway trips and consistent cruising speeds.

Bottom Line

• City driving generally produces the lowest fuel economy because of traffic, idling, and frequent acceleration.
• Highway driving usually delivers the best MPG thanks to steady engine operation and fewer speed changes.
• Drivers who spend most of their time on the highway will often see significantly better fuel economy than those who primarily drive in urban traffic.

Winter vs Summer MPG

Seasonal weather can have a noticeable impact on fuel economy in the 2019 F-150. Many owners report lower MPG during winter months, even when driving the same routes. Cold temperatures, winter fuel blends, snow covered roads, and longer warm up times all contribute to increased fuel consumption.

Why Winter MPG Is Usually Lower

• Cold starts: Engines require more fuel during startup and warm up periods.
• Winter fuel blends: Seasonal fuel formulations often contain slightly less energy than summer gasoline.
• Longer idle times: Many owners allow the truck to warm up before driving, which consumes fuel without adding miles.
• Snow and slush: Increased rolling resistance forces the truck to work harder.
• Heater usage: Defrosters, heated seats, heated steering wheels, and other accessories place additional demand on the electrical system.
• Lower tire pressure: Tire pressure drops as temperatures fall, which can increase rolling resistance and reduce efficiency.

Why Summer MPG Is Usually Better

• Warmer operating conditions: Engines reach their ideal operating temperature more quickly.
• Summer fuel blends: Fuel typically contains slightly more energy than winter formulations.
• Less rolling resistance: Dry pavement creates less resistance than snow covered or slushy roads.
• Reduced warm up time: Less fuel is used getting the engine to operating temperature.
• More consistent driving conditions: Favorable weather often leads to steadier driving and improved efficiency.

What Owners Commonly Experience

• Winter fuel economy: Often drops by 5–15% compared with summer driving.
• Short trip driving: Experiences some of the largest seasonal MPG reductions because the engine spends more time warming up.
• Highway driving: Usually sees a smaller winter MPG penalty than city driving.
• Diesel models: Can experience noticeable efficiency losses in cold weather but often remain the most efficient option in the lineup.

Ways to Reduce Winter Fuel Consumption

• Keep tires properly inflated: Check tire pressure regularly as temperatures change.
• Limit unnecessary idling: Modern engines warm up faster when driven gently.
• Remove excess snow and ice: Additional weight and aerodynamic drag can reduce efficiency.
• Maintain the truck: Clean air filters, fresh fluids, and proper tire maintenance help maximize fuel economy year round.

Bottom Line

• Winter conditions almost always reduce fuel economy compared with summer driving.
• Most owners can expect a noticeable MPG decrease during colder months, especially in regions with frequent snow and extended periods of below freezing temperatures.
• Seasonal fuel economy changes are normal and should be considered when estimating annual fuel costs.

How to Improve MPG on a 2019 F-150

Small changes in driving habits and vehicle maintenance can have a meaningful impact on fuel economy. While engine choice plays a major role in efficiency, owners can often improve MPG without modifying the truck or sacrificing everyday usability.

Driving Habits

• Accelerate smoothly: Hard acceleration increases fuel consumption and often provides little real world time savings.
• Maintain steady speeds: Consistent throttle inputs generally improve efficiency compared with frequent speed changes.
• Reduce highway speeds: Fuel economy often declines noticeably above 70 mph because aerodynamic drag increases rapidly.
• Avoid unnecessary idling: Idling consumes fuel while the truck remains stationary.
• Use cruise control when appropriate: Cruise control can help maintain a consistent speed during highway driving.

Vehicle Maintenance

• Keep tires properly inflated: Underinflated tires increase rolling resistance and force the engine to work harder.
• Replace dirty air filters: Restricted airflow can reduce engine efficiency and performance.
• Follow the maintenance schedule: Regular oil changes and scheduled maintenance help keep the powertrain operating efficiently.
• Address warning lights promptly: Engine or emissions related faults can negatively affect fuel economy.

Reduce Unnecessary Weight

• Remove unused cargo: Extra weight in the cab or bed increases fuel consumption.
• Limit heavy accessories when possible: Toolboxes, equipment, and other heavy items reduce efficiency.
• Travel light when practical: Every pound carried by the truck requires energy to move.

Improve Aerodynamics

• Remove unused roof mounted equipment: Roof racks and cargo carriers increase wind resistance.
• Secure loose cargo: Items exposed to airflow can create additional drag.
• Keep windows closed at highway speeds: Open windows can increase aerodynamic resistance.

Towing and Hauling

• Avoid towing unnecessary weight: Heavier trailers require more fuel.
• Balance trailer loads correctly: Proper weight distribution improves stability and efficiency.
• Reduce towing speed: Lower speeds can significantly improve fuel economy when pulling a trailer.
• Use the right trailer for the job: Aerodynamic trailers generally consume less fuel than tall, box shaped designs.

Key Takeaway

• The biggest MPG improvements usually come from smoother driving habits, moderate highway speeds, proper tire inflation, and reducing unnecessary weight.
• No single change will dramatically transform fuel economy, but several small improvements combined can make a noticeable difference over thousands of miles of driving.
• Drivers who consistently follow these practices often achieve fuel economy closer to EPA estimates than those who rely solely on factory ratings.

EPA Fuel Economy Tables

The EPA tests vehicles under controlled conditions to estimate city, highway, and combined fuel economy. Actual fuel consumption will vary based on driving habits, weather conditions, terrain, payload, and towing frequency. The figures below represent official EPA ratings for the 2019 F-150 lineup.

RWD Configurations

Engine	City MPG	Highway MPG	Combined MPG
3.3L V6	20	25	22
2.7L EcoBoost V6	20	26	22
3.5L EcoBoost V6	18	25	20
5.0L V8	17	23	19
3.0L Power Stroke Diesel V6	22	30	25

The 3.0L Power Stroke diesel delivers the highest EPA fuel economy ratings in the 2019 F-150 lineup, particularly during highway driving. Among gasoline engines, the 2.7L EcoBoost provides the strongest balance of efficiency and capability.

4WD Configurations

Engine	City MPG	Highway MPG	Combined MPG
3.3L V6	19	24	21
2.7L EcoBoost V6	19	24	21
3.5L EcoBoost V6	17	23	19
5.0L V8	16	22	18
3.0L Power Stroke Diesel V6	20	25	22
3.5L High Output EcoBoost	15	18	16

Adding 4WD generally reduces fuel economy because of the additional drivetrain components and weight. The impact varies by engine, but most configurations lose approximately 1–3 MPG compared with comparable RWD models.

Highest and Lowest EPA Ratings

Category	Configuration	EPA Rating
Most Efficient Overall	3.0L Power Stroke Diesel RWD	22 City / 30 Highway / 25 Combined
Most Efficient Gasoline Engine	2.7L EcoBoost RWD	20 City / 26 Highway / 22 Combined
Highest Highway Rating	3.0L Power Stroke Diesel RWD	30 MPG
Lowest Combined Rating	3.5L High Output EcoBoost 4WD	16 MPG

These EPA figures provide a useful benchmark when comparing engines, but owners who tow frequently, carry heavy payloads, use all terrain tires, or drive in harsh winter conditions should expect lower real world fuel economy than the published ratings.