Gregory J. Hassler

Range Anxiety vs. the Headline

The trip in the headlines isn’t the typical American trip.

Open any EV review, forum thread, or comment section and you will find the same debate. How far can it go on a charge. How fast can it charge back up. Can it survive a cross country trip. Entire buying decisions get built around a scenario that, for the overwhelming majority of Americans, will never actually happen. The data on how people actually travel long distances tells a very different story than the one dominating EV discourse. The use case is real. The distortion is the camera. A charging stop in Wyoming during a cross country race towing a trailer makes a better video than a commuter who plugs in at 6 p.m. and never thinks about it again. Coverage keeps testing the car against the scene that films well, not against the trip most buyers will actually take. Most Americans Have Never Driven Across the Country Once A 2012 Expedia study, conducted by Harris Interactive among more than 2,200 US adults, found that only 41 percent of Americans had driven across the country at some point in their life, using a loose, self-reported definition of what counts. Men reported it more than women (49 percent versus 34 percent), and Westerners reported it far more than people in the Northeast (57 percent versus 31 percent). Even taking that number at face value, and even with a generous definition of "cross country," well under half of US adults have done it even once. The people who have done it numerous times in a personal vehicle are a much smaller group still. Consider what actually produces repeat transcontinental drives: long haul trucking (excluded here), full time RVers who cover serious distance (a small fraction of an already small population), and genuine road trip enthusiasts. Fewer than a quarter of Americans who move relocate 500 miles or more. Multi-day, coast to coast driving is a niche within a niche. Where the Real Crossover Happens The Bureau of Transportation Statistics, using National Household Travel Survey data, publishes mode share for long distance trips broken out by one-way distance. The pattern is stark: One-way distance Personal vehicle Air 50 to 499 miles 95.4% 1.6% 500 to 749 miles 61.8% 33.7% 750 to 999 miles 42.3% 55.2% 1,000 to 1,499 miles 31.5% 65.6% 1,500+ miles 14.8% 82.1% Past 500 miles, roughly a third of trips are already flown. Past 750 miles, driving has dropped below half. Past 1,000 miles, two out of three people are flying, and the drive share keeps falling fast after that. By 1,500 miles, driving accounts for only 15 percent of trips. Trip volume tells the same story from a different angle. NHTS long distance data shows that 80 percent of long distance trips (defined as 50 miles or more from home) fall between 50 and 249 miles one way. Only 6 percent are 1,000 miles or more. Even vacation trips specifically, the category most likely to involve a long drive, average 314 miles one way, comfortably inside a single afternoon and nowhere near the point where fast charging infrastructure becomes the deciding factor. Why Solo Travelers Fly Sooner Than Families The economics also explain something the raw averages hide: individuals are more likely to fly at shorter distances than families are. A single traveler comparing one plane ticket to the fuel, tolls, meals, and lodging of a long solo drive usually reaches the airport well before 500 miles. A family of four is comparing one full tank of gas and a couple of hotel rooms against four or five plane tickets, so the math favors driving out to 700 or 900 miles before flying wins. That same family is also far more tolerant of stopping. Four people need bathroom breaks, someone wants a snack, someone else needs to stretch, and a 20 or 30 minute regroup at a rest stop is just part of the trip anyway, not a detour from it. A fast charger fits into that same window without anyone noticing it as lost time. A solo traveler still needs the occasional bathroom break, but there is no group to regroup with, so they tend to go farther between stops and get back on the road faster once stopped. That is exactly why the crossover in the BTS table sits where it does. It is a population average across both groups, and it still lands well short of where EV road trip anxiety spends most of its energy. What This Looks Like Outside the US Americans tend to think of "cross country" in a scale that does not exist almost anywhere else. The widest point of Great Britain, roughly Great Yarmouth to St David's in Wales, is a little over 300 miles as the crow flies and under 400 by road. That is the entire width of the country, side to side, and several current EVs could cover it without stopping at all. Most actual UK road trips are a small fraction of that. The same is true across most of Europe. The American EV conversation is built around a distance scale that is already an outlier by world standards, and one that most Americans themselves rarely reach. What Modern EVs Actually Cover A modern EV starting a road trip at 100 percent, which is perfectly fine to do for a single day of driving, will typically deliver 250 to 350 miles before needing to stop. A 30 minute DC fast charge session puts another 200-plus miles back on the pack. Two charging stops into a trip, a driver has already covered somewhere in the range of 700 to 900 miles in a single day, which is past a full workday of driving and past the distance where somewhere between half and two thirds of Americans have already chosen to fly instead. Personally, my biggest actual use case for charging on a road trip is a 10 to 25 percent top up near the very end, just enough to get home comfortably. If my pack were modestly larger, I could cover the entire round trip on a single charge and skip public charging altogether. That is not a hypothetical edge case. It is what most real world EV road trips already look like once you account for how far people actually go. The Bottom Line Fast charging speed and multi day charging logistics matter enormously to a small population: long haul professional drivers, RV owners, and a genuine subset of road trip enthusiasts. That does not make those cases unimportant. Fast charging and multi-day logistics matter to a small population. That does not make those cases unimportant. The use case is real. The distortion is the camera. I have written a separate piece specifically on why, called "Corner Cases Matter." The point here is narrower: those use cases describe a different population than the one driving most of the range anxiety headlines, and the two get conflated far too often. For nearly everyone else, the distances where those concerns would apply are distances most people never drive in the first place, gas or electric. Past a certain point it has always been cheaper and faster to fly and ship whatever cannot come on the plane, and that was true long before EVs existed. This is also why a common claim inside EV enthusiast and media circles, that battery packs will shrink over time as charging speeds and infrastructure improve, has it backwards. Average and peak battery sizes have been growing and will keep growing, not shrinking. The public already has an expectation set by a century of gas vehicles: a full tank in any modern car covers 400 miles or more, in any weather, even in a car that is ten years old and has never been treated gently. EVs are not there yet across the board, but that is the direction the market is moving, not away from it. Fast charging speeds will keep improving too, but in support of larger batteries, not instead of. For drivers with reliable off-street parking, home charging changes this calculation substantially. Waking up to a full battery every morning removes most daily range anxiety, since the car is never actually depleted the way a road trip scenario implies. Two things are worth separating out here, though. Home charging does nothing for the road trip conversation itself, it solves the daily commute, not the long drive. And it does nothing for the sizable share of the population without dedicated off-street parking, who cannot plug in overnight and depend entirely on public charging, a topic I have covered separately in "The 10%-80% Myth" and "The Last 100 Feet." That population is exactly why bigger packs and better public fast charging both need to keep improving together, not as substitutes for each other. Much of this comes down to what makes good media rather than what makes good data. A cross country trip with a dramatic mid-drive charging stop makes for a compelling video. A commuter plugging in overnight and never thinking about it again does not. That incentive shapes coverage far more than it reflects how often long trips actually happen, and it pushes prospective buyers to size up a car against the dramatized version of a road trip rather than the trip they will actually take. None of that changes what the industry should keep building toward. Bigger packs and faster charging still matter, especially for the population that genuinely needs them. It does mean the average buyer's honest range question is not "can this car survive the trip I saw in a video." It is "can this car cover the trip I actually take," and for most Americans, today's EVs already answer that question comfortably. More at curiousaboutevs.com