Electric vehicles (EVs) often boast impressive range figures, but what happens when winter’s icy grip takes hold? A recent test in Norway’s frigid conditions has revealed some eye-opening truths about how these vehicles perform in extreme cold. Conducted by the Norwegian publication Motor as part of its biannual El Prix winter range program, this test pitted 24 of the latest EVs against temperatures as low as -24°F (-31°C)—the coldest ever recorded in the event’s history. And the results? They’re not just surprising—they’re downright controversial.
Here’s the kicker: While some EVs managed to retain much of their claimed range, others saw staggering drops of over 40%. But here’s where it gets controversial: even the top performers, like the Lucid Air, which achieved the highest range in the test, still fell short of their WLTP claims by a significant margin. Does this mean EV range claims are more marketing hype than real-world reality?
How the Test Worked
Each EV was driven along a predetermined route until it could no longer maintain its speed, simulating real-world driving conditions. This isn’t just a lab test—it’s a brutal, real-world challenge that exposes the strengths and weaknesses of these vehicles. And this is the part most people miss: Cold weather doesn’t just reduce range—it amplifies the differences between models, revealing which brands have truly mastered cold-weather performance.
The Winners and Losers
The Lucid Air, with its claimed WLTP range of 596 miles, managed 323 miles in the test—a 46% drop. The Mercedes-Benz CLA performed similarly, achieving 261 miles compared to its claimed 440 miles. But the real stars were the MG 6S EV and Hyundai Inster, which lost only 29% of their claimed range. Why does this matter? Because it shows that not all EVs are created equal when it comes to handling the cold.
The Bigger Picture
While total driving range is important, the percentage drop in range is even more revealing. For instance, the Opel Grandland and Volvo EX90 saw drops of 46% and 45%, respectively, while the Tesla Model Y and Suzuki eVitara both lost 43%. Is this a deal-breaker for EV adoption in colder climates? Or is it simply a challenge that manufacturers need to address?
A Thought-Provoking Question
As EVs continue to dominate markets like Norway, where 90% of vehicles sold last year were electric, these findings raise a critical question: Are current range claims setting unrealistic expectations for consumers? And if so, what can be done to ensure transparency and trust in the EV market?
What do you think? Are these range drops a minor inconvenience, or a major hurdle for EV adoption? Let us know in the comments—we’d love to hear your thoughts!
