| Transmission | Automatic (A1) |
| Drive | Rear-Wheel Drive |
| Fuel Type | Electricity |
| Vehicle Class | Small Sport Utility Vehicle 2WD |
| Trim | EV |
| Start-Stop | No |
| EPA Vehicle ID | 45017 |
The 2022 Tesla Model Y RWD gets 129 MPG combined, making it more like an appliance than a traditional car. This figure moves beyond standard fuel economy metrics, measuring energy consumption in kilowatt-hours. For those considering the Model Y RWD, efficiency is often the main reason to buy. These buyers prioritize minimal running costs, lower fuel costs, and the advanced technology of the Tesla brand.
City and highway performance
Breaking down the EPA numbers shows the Model Y RWD’s strengths. Its city rating of 140 MPG reflects how well the regenerative braking system works in stop-and-go traffic. It reclaims kinetic energy and converts it back into stored battery power. The 119 MPG highway figure, while lower, is still impressive for a crossover of this size. The highway MPG depends more on sustained speeds and aerodynamics, where electric propulsion benefits are less noticeable than in urban environments. As with any electric vehicle, quick acceleration at highway speeds will impact the overall range and efficiency. However, the high EPA numbers suggest that even less efficient driving should still produce good results compared to gasoline-powered vehicles.
Annual fuel cost
The EPA estimates the annual fuel cost for the 2022 Tesla Model Y RWD at $600. This is based on driving 15,000 miles per year, using a national average electricity price. Your actual electricity costs will vary based on your location, charging habits, and electricity plan. Charging mostly at off-peak hours at home will lower your cost versus using public charging stations. The $600 annual figure highlights the significant savings possible with electric vehicle ownership, and it’s a key selling point for potential Model Y RWD buyers. Shoppers can find all Tesla fuel economy data on our website.
Real-world expectations
The EPA provides a standard, but real-world efficiency can change based on several factors. Driving style, weather, and even tire pressure play a significant role. Colder temperatures reduce range because more energy is used to heat the cabin and reduce battery efficiency. Moderate climates are better for maximizing range. Regular use of “Ludicrous” mode will decrease efficiency. However, even with some changes, the Model Y RWD delivers impressive energy efficiency. Drivers can achieve or exceed the EPA estimates with careful driving.
How it compares
The Model Y RWD is very different from gasoline-powered crossovers. A similar-sized SUV like the Toyota RAV4 gets around 30 MPG combined. Even the hybrid RAV4 only manages around 40 MPG, far less than the Tesla’s 129 MPG combined. Looking at other electric SUVs, the Ford Mach-E California Route 1 RWD gets around 105 MPG combined. The Hyundai IONIQ 5 RWD gets around 114 MPG combined. These comparisons show the Model Y RWD’s large advantage in energy efficiency. Therefore, buyers wanting to minimize their impact and fuel costs will choose the Model Y RWD. You can also dive deeper into MODEL MPG across all years.
Tips to maximize efficiency
Optimize your tire pressure. The recommended tire pressure minimizes rolling resistance, which results in more miles per charge. Regular checks are critical, especially with temperature changes that can affect tire pressure.
Precondition the cabin while plugged in. Use the Tesla app to preheat or precool the cabin while the car is still connected to the charger. This draws energy from the grid, saving your driving range.
Employ regenerative braking. Get used to the “Standard” and “Low” regenerative braking settings. “Standard” maximizes energy recapture, and “Low” mimics the coasting of a traditional car, which some drivers prefer on highways.
Limit excessive acceleration. The Model Y RWD offers quick torque, but avoid constant aggressive acceleration. Smooth acceleration saves energy and extends your range.
Plan your routes. Use the Tesla navigation system. It considers elevation changes and traffic to optimize energy use. It also includes Supercharger locations in your route when needed, ensuring a smooth trip.