2016 Ford Explorer Gas Tank Size: How Far Can You Really Go On A Full Tank?
The 2016 Ford Explorer offers a fuel tank capacity of 21.0 gallons, providing a substantial range that appeals to both family drivers and adventure seekers. This specific capacity, combined with the vehicle’s available powertrains, dictates real-world driving patterns and long-distance capabilities. Understanding the implications of this 21-gallon tank is essential for maximizing the utility of this popular mid-size SUV.
For many prospective buyers and current owners, the practical range of any vehicle is a critical specification. The 2016 Ford Explorer, a mainstay in the competitive three-row SUV segment, positions its fuel capacity as a key feature for reducing stop frequency. The interaction between the gas tank’s volume and the Explorer’s varying fuel economy numbers ultimately defines its core function as a tool for transportation and mobility.
Understanding The Standard Capacity
Across most of its trim levels for the 2016 model year, Ford equipped the Explorer with a single, standardized fuel tank size. This consistency simplifies the decision-making process for buyers who prioritize range and familiarity. The specific capacity is not merely a marketing number but a carefully engineered component that balances weight, space, and usability within the vehicle’s architecture.
The 21.0-gallon tank represents a deliberate choice by Ford engineering teams. It provides a balance between the increased weight and space demands of a larger tank and the desire for a competitive driving range. This capacity is a cornerstone of the Explorer's design, allowing it to serve as a viable option for road trips and daily commutes alike without constant concern for the next gas station.
Impact On Driving Range
The most direct consequence of the 21-gallon capacity is the potential driving range. To calculate an approximate range, one must multiply the tank capacity by the vehicle's miles per gallon (MPG) figure. This calculation varies significantly based on the engine and drivetrain selected for the Explorer.
- Explorer Base 3.5L V6 (Front-Wheel Drive): EPA-estimated at 21 city / 29 highway MPG. Calculation: 21.0 gallons x 29 MPG = approximately 609 miles.
- Explorer Sport 3.5L V6 (AWD): EPA-estimated at 20 city / 27 highway MPG. Calculation: 21.0 gallons x 27 MPG = approximately 567 miles.
- Explorer Limited 3.5L V6 (AWD): EPA-estimated at 19 city / 26 highway MPG. Calculation: 21.0 gallons x 26 MPG = approximately 546 miles.
These figures highlight that the tank’s potential is fully realized on the highway, where the vehicle's aerodynamic efficiency and engine load are optimized. In city driving, with frequent stops and lower speeds, the effective range per tank is reduced, though the 21-gallon foundation still provides a significant buffer.
Design And Engineering Considerations
The placement and design of the 2016 Explorer’s fuel tank were influenced by several factors beyond simple capacity. Safety regulations, vehicle weight distribution, and the available space within the chassis all played a role in its integration. The tank is typically located beneath the rear passenger compartment, a common configuration for mid-size SUVs of this layout.
Ford engineers had to ensure the tank met stringent safety standards for crash integrity and emissions. This involved specific reinforcement and the use of specialized materials. Furthermore, the tank's shape was optimized to fit within the complex contours of the Explorer’s unibody frame without compromising passenger space or cargo utility. The result is a component that fits seamlessly into the vehicle’s overall design philosophy.
Real-World Usage And Refueling Strategy
While the theoretical range is impressive, real-world conditions introduce variables that can affect the actual distance per tank. Driving habits, road conditions, weather, and the use of accessories like roof racks all contribute to variations from EPA estimates. However, the 21-gallon tank provides a forgiving margin for error.
- Long-Distance Travel: For road trips, the Explorer's tank is a significant advantage. The ability to cover 550+ miles on a single stop reduces driver fatigue and downtime, making it a practical choice for cross-country journeys.
- Daily Commuting: In a typical 30-mile daily commute, even the most conservative MPG estimate translates to over a week of driving on a single tank, minimizing the frequency of refueling stops.
- Fuel Planning: Owners can plan their fill-ups with confidence, knowing the buffer provided by the 21-gallon capacity. This is particularly useful in areas with less frequent gas station availability.
Comparison With Competitors
When evaluating the 2016 Ford Explorer against its primary rivals, such as the Chevrolet Traverse and Toyota Highlander, the fuel tank capacity becomes a point of differentiation. While direct comparisons require matching engine trims, the Explorer’s 21-gallon tank often gives it an edge in potential range.
Competitors of that era sometimes opted for smaller tanks in the low 18-gallon range, which could translate to a noticeably shorter driving range, especially on the highway. This specification underscores Ford's commitment to the Explorer's role as a vehicle capable of handling long distances without requiring constant logistical planning around fuel stops.
Maintenance And Fuel System Health
The longevity and reliability of the 2016 Explorer's fuel system are directly related to the health of its 21-gallon tank. Modern fuel systems are designed to work with the specific properties of gasoline, and maintaining this system is crucial for optimal performance and fuel economy.
Over time, contaminants and debris can accumulate in the tank, potentially clogging fuel filters or injectors. Regular use of quality fuel and adherence to the vehicle's maintenance schedule are recommended to prevent issues. A well-maintained tank ensures that the full 21-gallon capacity is consistently available, preserving the vehicle’s designed range and performance.
Owners should be mindful that running the tank to extremely low levels on a regular basis can stress the fuel pump, which is often submerged in the tank’s reserve. While the tank capacity offers a wide safety net, responsible driving and refueling habits contribute to the overall health of the system.
