Most EVs lose less than 20 miles of range on a single charge by the time they hit the 100,000-mile mark, according to a study of roughly 15,000 real-world electric vehicles conducted by Recurrent Auto. That number matters because 100,000 miles is also where the standard federal battery warranty runs out, and it’s the single most common fear cited by people cross-shopping an EV against a gas car. The data says the fear is mostly overblown, but it’s not zero, and the exceptions are worth knowing before you sign a loan.

Key Points

• Recurrent’s dataset, built from more than 250 million miles of driving data, shows most EVs settle into 1% to 2% range loss per year after an initial break-in period.
• Non-recall battery replacements hit just 1.5% of vehicles in Recurrent’s tracked community, and under 4% including cars over a decade old.
• A separate telematics study of 22,700 vehicles across 21 models by fleet-data company Geotab found average degradation of 2.3% per year, but that figure nearly doubles for owners who fast-charge constantly.
• Federal law requires an 8-year/100,000-mile battery warranty, and several automakers guarantee at least 70% capacity through that window.

The break-in period is where most of the damage — such as it is — actually happens. Recurrent’s researchers found degradation follows an S-curve: a faster initial dip somewhere in the first 10,000 to 20,000 miles as the pack settles, then a long, nearly flat stretch of slow linear loss. A Tesla Model 3 in Recurrent’s community retains about 95% of its original range at three years and 93% at five — meaning the car you buy new and the car you sell five years later drive almost identically on a full charge.

The number that actually matters: what happens at 100,000 miles

Recurrent’s headline finding, drawn from Tesla, Chevy, Hyundai, Nissan and other brands in its sample, is that the typical EV loses under 20 miles of range by the time it crosses the 100,000-mile warranty threshold. For a car that started with 250-300 miles of range, that’s roughly a 7-8% haircut — noticeable on a road trip, irrelevant for a daily commute. Some cars do better than that average by a wide margin: Recurrent notes that many older Tesla Model S vehicles still deliver 80% of their original range after a full decade on the road.

Replacements are rare, but not evenly distributed

Across Recurrent’s full tracked fleet, non-recall battery replacements happened in just 1.5% of vehicles, and the company puts the all-time replacement rate — including recalls and cars over 10 years old — at under 4%. That number isn’t flat across model years, though. Early first-generation EVs carried real risk: the 2013 Tesla Model S saw an 8.5% replacement rate and the 2011 Nissan LEAF hit 8.3%, largely because those packs launched without the thermal management and chemistry improvements that came later. By contrast, Recurrent classifies batteries in 2022-and-newer EVs as needing replacement in just 0.3% of cases — a tenfold improvement in under a decade.

Fast charging is the real lever, not just mileage

A separate analysis from Geotab, a commercial fleet-telematics company, pulled data from 22,700 vehicles across 21 models and landed on a 2.3% average annual degradation rate — close to Recurrent’s number but broken down by driving behavior in a way that reveals the real culprit. Owners who rarely fast-charge saw only about 1.5% degradation per year; owners who ran more than 40% of their charging sessions above 100 kW saw closer to 3.0% per year. Run that gap out eight years and the projected battery health splits sharply: 88% state of health for light chargers, 81.6% for the average driver, and just 76% for heavy DC fast-charging users. Hot climates add roughly another 0.4% of degradation annually on top of that. In other words, how you charge matters close to as much as which car you bought.

What the warranty actually promises

Every EV sold in the U.S. carries a minimum 8-year/100,000-mile battery warranty by federal mandate, but the fine print varies by automaker. Tesla guarantees Standard Range Model 3 batteries retain at least 70% capacity through that window; Hyundai extends the same 70% capacity floor out to 10 years or 100,000 miles on EVs from 2020 onward. Those numbers are worth checking against Recurrent’s real-world data — since the typical car in its sample is losing single-digit percentages of range by the warranty’s end, most owners will never come close to needing the guarantee, but it exists as a backstop for the cars that do.

The pattern across both datasets points the same direction: battery failure isn’t the coin-flip risk it was treated as a decade ago. It’s a tail risk concentrated in early, first-generation packs and in owners who lean hard on DC fast charging — not a universal ticking clock on every EV in a used-car lot.