131 MPG combined. That’s the figure for the 2019 Tesla Model 3 Standard Range, signaling this isn’t a typical sedan. This represents more than just fuel conservation; it’s a deliberate choice by drivers who prioritize advanced technology and lower fuel costs without sacrificing performance. This figure firmly places it in the realm of electric vehicle (EV) efficiency, and it highlights the intended buyer: someone who values innovation, range, and minimizing their carbon footprint over traditional metrics like horsepower or towing capacity.

City and highway performance

The EPA numbers show a slight edge in city driving, with 138 MPG compared to 124 MPG on the highway. This is typical for EVs because regenerative braking captures energy during stop-and-go traffic, increasing efficiency in urban environments. The electric motor’s quick torque means less energy is needed compared to a gasoline engine to accelerate from a standstill. This difference lessens at higher, constant speeds, since aerodynamic drag becomes a stronger factor. The Model 3’s carefully sculpted body helps reduce this drag, resulting in highway efficiency figures that remain remarkably high. Therefore, urban commuters and those frequently navigating congested areas will benefit most from the Model 3’s regenerative braking.

Annual fuel cost

The EPA estimates the annual fuel cost for the 2019 Tesla Model 3 Standard Range is $600. This calculation is based on driving 15,000 miles per year, using the national average electricity prices at the time of testing. This is important to consider, as it directly translates to significant savings compared to gasoline-powered vehicles. Of course, the actual cost can vary depending on electricity rates in your area, driving habits, and charging patterns. Even with possible changes, the Model 3 consistently offers a substantial advantage in terms of energy expenses.

Real-world expectations

While the EPA figures provide a baseline, real-world conditions can impact the Model 3’s efficiency. Factors such as weather, driving style, and the use of climate control can all influence range and energy consumption. Aggressive acceleration, high speeds, and extreme temperatures can all reduce range. Gentle driving and good temperature conditions can extend it. Many owners report figures close to the EPA estimates, especially with mindful driving practices. The onboard energy consumption display lets drivers monitor energy use in real-time and adjust their driving habits.

How it compares

Compared to other vehicles in its class, the 2019 Tesla Model 3 Standard Range stands out. A comparable gasoline-powered luxury sedan might achieve around 25 MPG combined. For example, the BMW 330i gets around 29 MPG combined. The Audi A4 gets about 28 MPG combined. These are solid numbers within their class, but are far below the Model 3. Even hybrid vehicles like the Toyota Prius Prime (133 MPGe combined) often fall within a similar range, demonstrating Tesla’s dominance in the EV efficiency landscape. For buyers prioritizing fuel economy, the choice is clear: the Model 3 leads, and you can explore all Tesla fuel economy data here. You can see the MODEL MPG across all years by clicking here.

Tips to maximize efficiency

One important tip is to preheat or precool the cabin while the car is still plugged in. This can significantly reduce the energy draw on the battery once you’re driving, especially during extreme temperatures. Using the climate control system sparingly, or setting it to a moderate temperature, can also help save energy.

Engage regenerative braking to its maximum setting. This allows the car to recapture more energy during deceleration, effectively extending the regenerative braking range. It might take some getting used to, as the “one-pedal” driving style feels different from a traditional vehicle, but it becomes intuitive with practice and helps improve fuel economy.

Plan your routes carefully, especially for longer trips. Use the Tesla navigation system to identify charging locations along the way, and use its range prediction feature to anticipate potential energy needs. Minimizing unnecessary detours and optimizing routes for efficiency can also help.

Maintain proper tire inflation. Underinflated tires increase rolling resistance, which hurts efficiency. Check your tire pressure regularly and inflate them to the recommended levels specified in the owner’s manual.

Reduce unnecessary weight inside the car. Extra cargo puts additional strain on the powertrain, lowering fuel economy. Remove any non-essential items from the trunk and passenger compartment to maximize efficiency.