Data From a 600-Mile EV Drive Shows U.S. Fast Charging Has Turned a Corner

A cross-country EV road trip backed by charging-speed and reliability data shows DC Fast charging in the United States has improved sharply enough to end the dead-battery anxiety that once defined the experience.

A 600-mile EV road trip completed this week demonstrated faster and more reliable DC Fast charging than equivalent routes recorded in prior years.
Charging stop times dropped significantly, with multiple sessions completing to 80 percent in under 20 minutes at modern stations.
Network uptime and station availability have improved markedly since 2023, when broken chargers and long queues were routine complaints.
The findings align with federal data showing billions in NEVI infrastructure funding have added thousands of public fast-charging ports since 2022.
TechCrunch published the full data set and methodology alongside the trip report on July 18, 2026.

DC Fast charging across the United States has become meaningfully faster and more dependable, according to data collected during a 600-mile EV road trip published Friday by TechCrunch.

The trip, documented with charging logs and stop-by-stop timing, showed repeated sessions reaching 80 percent battery in under 20 minutes — a benchmark that was the exception, not the rule, on comparable routes two or three years ago.

Station uptime was the sharper finding. Dead or occupied chargers, once frequent enough to strand drivers on long routes, appeared only rarely over the 600-mile run.

The improvement tracks with federal investment. The National Electric Vehicle Infrastructure program has directed more than $5 billion toward public charging buildout since 2022, adding thousands of fast-charging ports along highway corridors.

The data does not declare the problem solved. Rural gaps remain, and demand at popular corridors during holiday travel still strains capacity at individual stations.

TechCrunch's full dataset and station-by-station logs are available at the publication's site. A follow-up analysis covering winter charging performance is expected later this year.