Electric scooters deliver an average of 71 percent of their claimed range in real-world riding. We compared manufacturer range claims against our standardized real-world range tests for 12 popular scooters. The best performer delivered 90 percent of its claim. The worst delivered 53 percent. If you remember one number from this page, make it this: multiply any claimed range by 0.7 and you will land close to reality.
Claimed vs. tested range: 12 scooters
| Scooter | Claimed | Tested | Delivered |
|---|---|---|---|
| VMAX VX5 Pro GT | 22 mi | 19.7 mi | 90% |
| Teewing GT4 | 43.5 mi | 34.5 mi | 79% |
| Hover-1 Ace R450 | 25.6 mi | 20.2 mi | 79% |
| Hover-1 Journey Max | 26 mi | 20.4 mi | 78% |
| EMOVE Touring | 24 mi | 18.7 mi | 78% |
| Hiboy S2 | 17 mi | 12.7 mi | 75% |
| Segway Ninebot E2 Pro | 21.7 mi | 16.0 mi | 74% |
| EMOVE Cruiser S | 62 mi | 43.6 mi | 70% |
| NIU KQi2 Pro | 24.9 mi | 15.7 mi | 63% |
| Unagi Model One (E500) | 15.5 mi | 8.5 mi | 55% |
| GOTRAX G3 Plus | 18 mi | 9.8 mi | 54% |
| Segway Ninebot Max (G30P) | 40.4 mi | 21.6 mi | 53% |
Share of claimed range actually delivered
The key numbers
- Average delivered: 71% of claimed range across all 12 scooters
- Median: 74%, so half the scooters did better and half did worse
- Best: 90% (VMAX VX5 Pro GT, which claims conservatively)
- Worst: 53% (Segway Ninebot Max G30P, whose famous 40 mile claim tested at 21.6)
- Spread: scooters with modest claims tend to hit them. The four most honest scooters all claim under 27 miles. The two biggest claims in the test (62 and 40.4 miles) both delivered 70% or less
Why manufacturer range claims run high
Range claims are not lies, exactly. They are best cases. The standard industry test puts a light rider (often around 130 lb) on flat ground in perfect weather, riding the slowest speed mode at a steady pace with no stops. Real commuting involves a heavier rider, stoplights, hills, wind, cold mornings, and the fastest mode the scooter offers, because nobody buys a 30 mph scooter to ride it at 9 mph. Every one of those factors drains the battery faster than the lab loop does.
Our tested figures come from the standardized real-world loop we describe on our How We Test page: mixed city riding with stops and hills at normal cruising speeds, ridden until the scooter shuts down.
How to estimate real range before you buy
- Multiply the claim by 0.7. That is the average across our testing, and it is a safe planning number.
- Check the battery size in watt-hours. A scooter ridden at normal commuting speeds uses roughly 25 to 35Wh per mile. A 551Wh battery means 16 to 22 real miles, whatever the marketing says.
- Subtract more if you are heavier, ride hills, or ride cold. Riders over 220 lb should plan on roughly half the claimed figure.
- Want a week of 5 mile commutes on one charge? Buy a claimed range of 35+ miles, not 25.
Shopping with realistic numbers in hand? Our guide to the best electric scooters of 2026 ranks every pick by tested range, not claimed, and the best scooters under $500 page does the same for budget buyers.
Frequently asked questions
How accurate are electric scooter range claims?
In our testing of 12 popular scooters, real-world range averaged 71 percent of the manufacturer claim. Results ranged from 90 percent down to 53 percent of the advertised figure.
Why is my scooter’s range lower than advertised?
Claims are measured with light riders at low speeds on flat ground without stops. Rider weight, speed, hills, cold weather, and stop-and-go traffic all reduce range, usually by 25 to 45 percent combined.
How do I calculate real electric scooter range?
Two quick methods: multiply the claimed range by 0.7, or divide the battery’s watt-hours by 30. For example, a 551Wh battery divided by 30 gives roughly 18 real-world miles.
Which electric scooter has the most honest range claim?
Of the 12 scooters we compared, the VMAX VX5 Pro GT came closest to its claim, delivering 19.7 of its claimed 22 miles, or 90 percent.
