You’ve probably noticed that electric vehicles are getting heavier. Every new EV release seems to be a bloated, 6,000-pound SUV with a battery pack the size of a mattress. Automakers keep telling us this is what progress looks like.
Then Volkswagen drops a concept car that goes nearly 900 miles on a single charge, and the entire industry’s logic falls apart.
But if you read the headlines and thought, “Wow, they stuffed a massive battery into that thing,” you’re falling for the trap. The 900-mile range is a distraction. The real story isn’t about how big the battery is. It’s about how small it can be.
VW’s concept car reportedly achieves 9 miles per kWh. To put that in perspective, a typical EV gets 3 to 4 miles per kWh. Tesla’s much-hyped Cybercab claims 6.1. VW didn’t achieve this by adding more; they achieved it by subtracting. They built a light, aerodynamic vehicle that requires a fraction of the energy to move.
The auto industry doesn’t have a range problem; it has a profit-margin problem disguised as an engineering problem.
Automakers push massive SUVs because the profit margins on an $80,000 tank are infinitely better than on a lean, efficient commuter car. They want you obsessed with “range” because it justifies selling you a massive, expensive battery. But if efficiency becomes the standard, battery sizes shrink, costs plummet, and the capital-intensive EV/SUV business model collapses.
This is why VW’s concept will be celebrated in the press but inevitably diluted before it hits the showroom floor. They’ll add weight for “safety,” widen it for “comfort,” and slap on a higher price tag. The efficiency will be sacrificed on the altar of marketability.
But even if VW brings this exact car to market tomorrow, we’re still missing the forest for the trees. As frustrated commenters have rightly pointed out, we are optimizing the wrong unit of analysis.
Why are we pouring billions into building electrified golf carts for individuals when high-speed electrified rail already exists? If you just need to get from one city to another, you don’t need a 900-mile EV. You need a clean, fast train like the ones Japan has been running for decades.
We are spending billions trying to invent a faster horse when the rest of the world has already built the railroad.
The private car is a miraculous tool for autonomy and spontaneous travel. But for dense population corridors, pitting individual EVs against mass transit is a rigged game. A train moves hundreds of people with a fraction of the energy per capita. No amount of aerodynamic wheel covers on a VW will change that math.
So, the next time you look at an EV, stop drooling over the total range on the window sticker. Look at the miles per kWh. A heavier battery isn’t a feature; it’s a tax on your tires, your charging time, and the power grid. Efficiency is the only metric that actually lowers the cost of driving—but it requires us to demand smaller, smarter vehicles, or better yet, to demand trains.
FAQ
Q: Won't a 900-mile range just eliminate range anxiety once and for all?
A: No, because the range isn't the point. A massive battery takes hours to charge and weighs thousands of pounds. VW achieved 900 miles by making the car hyper-efficient, meaning smaller batteries and faster charging, not just a bigger gas tank.
Q: What should I actually look for when buying an EV?
A: Stop looking at the total range on the window sticker. Look at the miles per kWh. A higher efficiency rating means lower electricity bills, less time waiting at chargers, and a lighter environmental footprint.
Q: Is focusing on private EVs a waste of time?
A: For dense population corridors, absolutely. We are pouring billions into individual electric vehicles when electrified high-speed rail moves more people, faster, with a fraction of the energy. We're optimizing the wrong system.