Real-world range for each Tesla model

A Tesla's range on a full charge depends on which model you own. The 2024 Tesla Model 3 Standard Range goes about 272 miles, the Model 3 Long Range about 358 miles, and the Model 3 Performance about 303 miles. The Model Y Standard Range reaches roughly 260 miles, the Model Y Long Range about 330 miles, and the Model Y Performance about 303 miles. The Model S Long Range goes around 405 miles, and the Model S Plaid about 359 miles. The Model X Long Range reaches approximately 348 miles, and the Model X Plaid about 348 miles. These are EPA estimates — the numbers Tesla publishes on its website and the window sticker.

EPA estimates assume a mix of highway and city driving under standard conditions. Your actual range will be higher or lower depending on how and where you drive. Older Tesla models (2020 and earlier) typically have lower range ratings than current models, though the battery itself does not degrade significantly over time under normal use.

Key Takeaways

  • Tesla range varies by model and battery option, from 260 miles on the base Model Y to 405 miles on the Model S Long Range.
  • EPA estimates assume mixed driving; highway driving reduces range by 20 to 30 percent, while city driving often exceeds the estimate.
  • Cold weather cuts range by 20 to 40 percent, and preheating the cabin while plugged in helps recover some of that loss.
  • Driving speed matters most: highway speeds above 65 mph reduce range significantly compared to city speeds below 45 mph.
  • Tire pressure, wheel size, and cargo weight all reduce range, though the effect is smaller than speed and temperature.

How highway versus city driving changes your range

Highway driving cuts your range more than city driving because of aerodynamic drag and sustained high speeds. At 70 mph on the highway, expect to lose 20 to 30 percent of your EPA range compared to mixed driving. At 80 mph, the loss grows to 30 to 40 percent. City driving, by contrast, often exceeds EPA estimates because regenerative braking — the system that captures energy when you slow down — returns power to the battery constantly. Many owners report 10 to 20 percent better range in stop-and-go traffic than the EPA number suggests.

The difference matters for trip planning. A Model 3 Long Range rated at 358 miles will realistically go about 250 miles at highway speeds, but might go 380 to 400 miles in city driving. Tesla's navigation system accounts for this and adjusts its range prediction based on your route, so the number you see on the screen is usually more accurate than the EPA rating for your specific trip.

Cold weather and temperature effects on range

Cold weather is the single biggest factor that reduces range after speed. In freezing temperatures (around 32°F), expect to lose 20 to 40 percent of your range. The battery itself becomes less efficient in the cold, and the car uses energy to heat the cabin and warm the battery pack. At very cold temperatures (below 0°F), some owners report losses closer to 50 percent.

You can recover some of that loss by preheating the cabin while the car is still plugged in. This uses grid power instead of battery power, so you start your drive with a warm cabin and a battery that performs better. Tesla's app lets you schedule preheating to start before you leave. Heated seats and steering wheel use less energy than cabin heat, so using those instead of blasting the heater also helps. In warm weather, range typically stays close to the EPA estimate or slightly better.

Tire pressure, wheel size, and cargo weight

Underinflated tires increase rolling resistance and reduce range by roughly 1 to 3 percent for every 10 psi below the recommended pressure. Check your tire pressure monthly, especially in cold weather when pressure drops naturally. The recommended pressure is printed on the driver's door jamb, not on the tire sidewall.

Larger wheels reduce range because they are heavier and have more aerodynamic drag. A Tesla with 18-inch wheels will go farther than the same model with 20-inch wheels, sometimes by 5 to 10 percent. Cargo weight also matters — every 100 pounds of cargo reduces range by roughly 1 to 2 percent. These effects are real but smaller than the impact of speed and temperature, so they should not drive your purchasing decision unless you regularly carry heavy loads or drive long highway distances.

How to check your Tesla's actual range

Your Tesla displays estimated range on the main screen. This number updates based on your recent driving patterns, so it reflects your actual efficiency rather than just the EPA rating. If you have been driving mostly on the highway, the estimate drops. If you have been in the city, it rises. This is more useful for trip planning than the EPA number because it accounts for your driving style.

You can also see your efficiency in miles per kilowatt-hour (mi/kWh) on the energy screen. Most Teslas average between 4 and 5 mi/kWh in mixed driving, though highway driving often drops this to 3 to 3.5 mi/kWh. Dividing your battery capacity (in kWh) by your average efficiency gives you a rough range estimate. A Model 3 Long Range with a 75 kWh battery averaging 4.5 mi/kWh would go roughly 337 miles, close to the EPA estimate.

Range loss over time and battery degradation

Tesla batteries degrade slowly. Most owners see 5 to 10 percent range loss over the first five years of ownership, and the rate of degradation slows after that. Some owners with older Teslas report 15 to 20 percent loss after eight to ten years, but this is not typical. Tesla's warranty covers battery degradation below 70 percent of original capacity for eight years or 120,000 to 150,000 miles, depending on the model.

Charging habits affect degradation slightly. Letting the battery sit at 100 percent charge for extended periods, charging to 100 percent daily, or regularly charging in very hot weather can speed up degradation. Most owners minimize this by charging to 80 or 90 percent for daily use and only charging to 100 percent before long trips. Supercharging does not degrade the battery faster than home charging under normal conditions.

Planning long trips with your Tesla's range

Tesla's navigation system automatically routes you through Supercharger stations on long trips and estimates charging time at each stop. The system assumes you will charge to 80 percent at each stop, which is the sweet spot for speed — charging from 80 to 100 percent takes much longer because the charging rate slows. On a typical long trip, you will stop for 20 to 30 minutes every 200 to 250 miles, depending on your model and the route.

Supercharger availability varies by region. In the eastern and western United States, the network is dense and you will rarely wait long. In rural areas and some parts of the Midwest, gaps between chargers are larger and trip planning becomes more important. Third-party apps like A Better Route Planner let you plan trips accounting for real-world conditions like weather, elevation, and traffic before you leave.

Frequently Asked Questions

Does a Tesla lose range just sitting in the garage?

Teslas lose a small amount of charge when parked — roughly 1 to 3 percent per week when not plugged in. This is normal for lithium batteries. If you park for more than a week, plug in the car to maintain the charge. Leaving a Tesla unplugged for months can drain the battery enough to cause problems starting the car.

Can I get more range by driving slower?

Yes. Driving at 55 mph instead of 70 mph can add 15 to 25 percent to your range on the highway. The relationship between speed and range is not linear — small speed reductions save a lot of energy, while large speed reductions save less additional energy. Most owners find 60 to 65 mph is the practical sweet spot for long trips.

What happens if I run out of charge on the road?

Your Tesla will warn you well before the battery is empty and will navigate you to the nearest Supercharger. If you ignore the warnings and the battery reaches very low levels, the car will slow down and eventually stop. Tesla roadside information can tow you to a charger, though this is rare because the warnings give you plenty of time to reach a charger.

Does using the air conditioner or heater reduce range?

Yes, but the effect varies. Heating reduces range by 10 to 20 percent because it uses significant energy. Air conditioning reduces range by 5 to 10 percent. Preheating while plugged in eliminates the heating penalty for your trip. Using seat heaters instead of cabin heat saves energy.

Is the EPA range estimate accurate?

The EPA estimate is accurate for mixed city and highway driving under moderate conditions. It will overestimate range if you drive mostly highway at high speeds or in cold weather, and underestimate if you drive mostly city streets. Tesla's on-screen estimate, based on your recent driving, is usually more accurate for your specific situation.