- 10-80% is typically seen as a benchmark for EV road-trip charging
- Peak charge power can be misleading, and in many cases it’s more about efficiency
- Relatively few of today’s EVs charge from 10-80% in less than 30 minutes
There’s much ado about getting electric vehicle charging times closer to the five minutes or less needed to fill a gasoline tank.
Getting there—and focusing in on the market’s fastest-charging EVs—is more nuanced. Within the limitations of modern EV battery and charging technology, it takes more than simply looking for EVs that can accept the highest-power charge connectors.
Thus, the fastest-charging EVs aren’t necessarily the ones with the highest peak charging power. They’re those that not only accept high charge power across their charge curve but also make the most of the energy held in the battery pack.
Put simply, they need to be capable of storing energy away quickly and going far with it.
Why 10-80% charge time estimates matter most
So it follows, the fastest-charging EVs aren’t necessarily the ones with the best burst rates either. Some automakers boast that their EVs are able to pack in a certain number of miles in five or 10 minutes in ideal situations—the Lucid Air can gain 200 miles in 12 minutes, for instance, and the Model 3 and Model Y claim up to 200 miles in 15 minutes—but these are best-case scenarios. This hardly represents real-world use on a road trip.
What truly represents real-world use is the 10-80% charge time. It’s a figure frequently seen as a benchmark for fast-charging as it’s often the portion of the battery pack’s charge that can typically be charged most quickly.
Based on their best-rated EPA range, we’ve calculated what that 10-80% charge amounts to in miles gained.
150-kw Electrify America charger – The Cannery, Sacramento CA
Making sense of the charge connectors
Typically, U.S. highway fast-chargers are 150-kw or 350-kw for CCS—with some hardware and network exceptions—while Tesla Supercharger hardware allows up to 250 kw. We’ve included the max charge power so you can choose a connector that matches or exceeds what you need, to assure you can get the most out of your charging stop. In most cases, as we’ve noted before, there won’t be that much of a difference between the 150 kw and the 350 kw in real-world road-trip stops for most EVs—except for those with huge battery packs.
To make this list even more useful, we’ve taken that 70% figure of EPA range and divided it by the minutes from 10-80%, to get a miles-per-minute speed factor for this typical road-trip stop. Our list is ordered with the best first.
Few EVs charge from 10-80% in less than 30 minutes
We looked at models that accomplish that 10-80% charge in less than 30 minutes—by official numbers wherever possible, in versions currently being delivered. In a few cases we’ve otherwise resorted to what automakers have estimated or, in a few cases, what has been widely reported.
Here’s the list of new 2025-model-year EVs that charge the fastest.
2025 Lucid Air Pure
Lucid Air
10-80%: 22 minutes (Grand Touring and Sapphire)
Max power: Over 300 kw
Miles recovered (70% of EPA range): 358 miles
Speed factor: 16.3 mi/min
2025 Hyundai Ioniq 6
Hyundai Ioniq 6
10-80%: Under 18 minutes
Max power: 235 kw
Miles recovered (70% of EPA range): 253 miles
Speed factor: 14.1 mi/min
2025 Porsche Taycan
Porsche Taycan
10-80%: 18 minutes
Max power: 320 kw
Miles recovered (70% of EPA range): 223 miles
Speed factor: 12.4 mi/min
2024 Kia EV6
Kia EV6
10-80%: 18 minutes
Max power: 235 kw
Miles recovered (70% of EPA range): 217 miles
Speed factor: 12.1 mi/min
2025 Hyundai Ioniq 5
Hyundai Ioniq 5
10-80%: 18 minutes
Max power: 235 kw
Miles recovered (70% of EPA range): 212 miles
Speed factor: 11.8 mi/min
2024 Kia EV9
Kia EV9
10-80%: 24 minutes
Max power: 210 kw
Miles recovered (70% of EPA range): 213 miles
Speed factor: 11.8 mi/min
2024 Genesis GV60
Genesis GV60
10-80%: About 18 minutes
Max power: 235 kw
Miles recovered (70% of EPA range): 206 miles
Speed factor: 11.4 mi/min
Tesla Model 3
Tesla Model 3
10-80%: About 25 minutes
Max power: 250 kw
Miles recovered (70% of EPA range): 254 miles
Speed factor: 10.2 mi/min
2025 Genesis Electrified GV70
Genesis Electrified GV70
10-80%: About 18 minutes
Max power: 235 kw
Miles recovered (70% of EPA range): 165 miles
Speed factor: 9.2 mi/min
2024 Tesla Model Y. – Courtesy of Tesla, Inc.
Tesla Model Y
10-80%: About 25 minutes
Max power: 250 kw
Miles recovered (70% of EPA range): 224 miles
Speed factor: 9.0 mi/min
Genesis Electrified G80
Genesis Electrified G80
10-80%: About 22 minutes
Max power: 187 kw
Miles recovered (70% of EPA range): 197 miles
Speed factor: 9.0 mi/min
2025 Tesla Cybertruck – Courtesy of Tesla, Inc.
Almost there: EVs that miss the fastest-charging cut
If the 18 minutes to just under 30 minutes that the above models take to charge up from 10-80% is about the time to eat a quick lunch and take a bathroom break, another cohort of EVs doesn’t quite get there—and you’d better plan on your stops being more leisurely.
Current EVs from Mercedes-Benz and BMW narrowly missed the under-30-minute cut, as did the the Tesla Model S and Model X, and the GMC Hummer EV and Chevy Silverado EV. The VW ID.4 also missed the list, at 30-36 minutes for the refreshed 2024 and 2025 models. So does the Ford Mustang Mach-E, at about 32 and 36 minutes, officially, with its Standard and Extended Range packs.
The Rivian R1T and R1S take around 40 minutes, while other GM Ultium models like the Chevy Blazer EV and Equinox EV were farther off, in the vicinity of 45 minutes.
The Tesla Cybertruck may look leading-edge, but it doesn’t make the cut either. Anecdotally, it’s in the 35-minute range from 10-80%, and even considering the burst rates well above 300 kw that some have observed on non-Tesla hardware, it’s likely still above 30 minutes.
