How many miles can a Ford Expedition go on a tank of gas?
The Ford Expedition, a popular full-size SUV, can typically travel between 400 to 600 miles on a single tank of gas, depending on various factors. This range provides ample driving distance for most road trips and daily commutes.
Factors Affecting Expedition Fuel Range
Several key factors influence the actual fuel range of a Ford Expedition:
- Driving Conditions: Driving on highways versus stop-and-go city traffic can significantly impact fuel efficiency. Highway driving generally results in better mileage.
- Driving Style: Aggressive acceleration, high speeds, and frequent braking can reduce fuel economy compared to a more moderate, efficient driving style.
- Vehicle Load: Carrying heavy cargo or towing a trailer will decrease the Expedition's fuel range.
- Engine and Transmission: Newer Expedition models with more advanced engines and transmissions tend to have better fuel efficiency than older versions.
- Fuel Tank Capacity: The Expedition's standard fuel tank size is 28 gallons, but larger 36-gallon tanks are available on some trims.
By considering these factors, Ford Expedition owners can optimize their driving to achieve the maximum fuel range from a single tank of gas.
Real-World Expedition Fuel Range Examples
Based on reviews and owner reports, here are some real-world examples of Ford Expedition fuel range:
- Highway Driving: An Expedition with a 28-gallon tank can typically travel 500-600 miles on the highway at a moderate pace.
- City Driving: In stop-and-go urban traffic, the same Expedition may only achieve 350-450 miles per tank.
- Towing a Trailer: When towing a heavy trailer, the Expedition's fuel range can drop to 300-400 miles per tank.
- Newer Models: The latest Expedition models with turbocharged V6 engines and 10-speed transmissions can achieve up to 20 mpg combined, extending the potential range to 550-650 miles per tank.
By understanding these real-world factors, Ford Expedition owners can better plan their driving and refueling needs for optimal range and efficiency.
