Here is the annoying part: EV batteries may be lasting far longer than buyers think, but US sales are still falling. A new analysis by EV data company Recurrent reports that modern electric vehicles retain an average of 97 percent of their original range after three years, and 95 percent after five years. Put differently, the “range anxiety” story that often blocks purchases is getting weaker on the data side, even as sales declines keep moving in the wrong direction.

Recurrent also gives a concrete example that makes the math hard to ignore. For a 2026 model with a rated range of 325 miles, the analysis implies roughly 309 miles would remain after five years. That is not “battery death” territory. It is a slow, steady fade that should feel predictable to consumers, and it raises an uncomfortable question for anyone tracking EV demand: if the cars are holding up better than expected, why are sales still slipping?

To understand why this matters, you have to separate two different battles happening at the same time. The first is a technical one: how batteries degrade, how quickly, and how that changes real-world ownership costs. Recurrent’s figures suggest the technical picture is improving, or at least that modern packs are behaving more favorably than many buyers assume. The second battle is commercial and behavioral: what buyers believe, what they fear, and what their current economic and market conditions allow them to risk.

The US sales trend mentioned in the headline is the commercial side of the equation, and it is moving against the technical evidence. Even if customers get more miles per year of ownership than they expected, they can still hesitate if they think the total cost of ownership is uncertain, charging access is inconsistent, or new model cycles make their purchase feel “outdated” fast. Battery longevity helps address one anxiety, but it does not automatically solve the rest of the purchase checklist.

There is also a regulatory and incentives backdrop that tends to amplify short-term demand swings. In many markets, EV adoption is closely tied to policy, tax credits, and state or federal programs that can change over time. When incentives shift, the buyer’s equation changes quickly, and durability data, however impressive, cannot instantly override a financial reality. In other words, improved battery retention can reduce long-term friction, but it arrives on a timeline that is slower than monthly sales dynamics.

For boards and executives, the second-order implication is about how you talk to the market and how you model risk. If batteries retain 97 percent of original range after three years and 95 percent after five years, residual value assumptions should be updated, especially for used inventory and leasing portfolios. Less degradation risk typically supports stronger used pricing, lower write-down pressure, and more credible trade-in forecasts. But if sales keep falling anyway, that is a signal that demand weakness is not primarily about batteries losing too much range; it could be about pricing, availability, consumer confidence, or other frictions.

There is a third layer too: product planning and capacity decisions. If range retention is stabilizing at high levels, manufacturers and suppliers can plan with more confidence about lifecycle performance and warranty exposure. That can influence procurement, manufacturing schedules, and even how aggressively companies expand into segments where total ownership cost matters. Yet the headline’s pairing of better durability with falling sales means strategy cannot be battery-only. Operators have to align product strength with market pull, not just technical superiority.

The strategic stakes are straightforward. Executives in EV manufacturing, charging, and finance need to reconcile two truths at once: the cars are holding range better, and the market is still not buying enough. If you are underwriting demand, valuing assets, or deciding whether to scale production, you cannot let optimistic durability statistics distract you from what is driving sales declines now. Recurrent’s data may make the ownership story easier to defend, but the business question remains harder: how do you convert a longer-lasting battery into sustained purchases in the US market?