Ninebot by Segway KickScooter F3 VS Xiaomi Electric Scooter 5 Max

Both the Ninebot by Segway KickScooter F3 and the Xiaomi Electric Scooter 5 Max share a remarkably similar design DNA: 10-inch pneumatic tires, full suspension, front and rear lighting, a foldable frame, and a dedicated smartphone app. For riders, this means both scooters deliver comparable ride comfort and practical portability out of the box, with no meaningful difference in wheel size or core structural features.

Where the two diverge is in weight and water resistance. At 18,600 g, the F3 is notably lighter than the Xiaomi's 22,300 g — a difference of roughly 3.7 kg. In daily use, that gap is tangible: carrying the scooter up stairs, lifting it onto public transit, or stowing it in a car trunk will feel meaningfully easier with the F3. The Xiaomi's extra mass is not trivial and will be a real consideration for commuters who regularly need to carry their scooter. On water resistance, the F3 holds an IPX6 rating versus the Xiaomi's IPX5, meaning the F3 can withstand powerful water jets from any direction, while the Xiaomi is only rated for lower-pressure water streams — a practical edge if you ride in heavy rain or through puddles.

Overall, the F3 has a clear design advantage: it is significantly lighter for easier portability and offers stronger water protection. The Xiaomi matches it on every other design front, but for riders who prioritize handling and all-weather resilience, the F3's specs tell a more compelling story.

Strip away the branding and these two scooters are performance twins in almost every meaningful way: identical 1000W single motors, a capped 25 km/h top speed, dual front-and-rear braking, and a shared 120 kg maximum rider capacity. For the vast majority of urban commuters, this translates to a functionally equivalent riding experience — same acceleration ceiling, same stopping confidence, and the same rider weight ceiling.

The only performance differentiator the data reveals is climbing angle: the Xiaomi manages 22° versus the F3's 20°. Two degrees may sound negligible on paper, but on steep urban inclines or hilly terrain, that additional gradient tolerance means the Xiaomi is less likely to lose momentum or strain its motor on the sharpest city hills. It is a modest but real-world relevant edge for riders in hilly cities.

On performance as a whole, this is essentially a near-dead tie, with the Xiaomi Electric Scooter 5 Max claiming a narrow, terrain-specific advantage thanks to its slightly superior climbing rating. For riders on flat or gently sloped ground, the difference is inconsequential; for those navigating steep inclines regularly, the Xiaomi's specs offer a marginally more capable ride.

A curious puzzle emerges from the battery specs: both scooters pack an identical 477 Wh battery, yet their real-world outcomes diverge. The F3 extracts a claimed 70 km of range from that pack, while the Xiaomi yields 60 km — a 10 km gap that, for a daily commuter, could be the difference between charging every night and charging every other night. Since the hardware capacity is the same, this gap points to differences in efficiency rather than raw energy storage.

Charge time adds another dimension to the F3's advantage: 8 hours versus the Xiaomi's 9 hours to reach a full charge. On a shared 477 Wh pack, that one-hour difference suggests the F3's charging system operates at a slightly higher rate. In practice, plugging in overnight renders this gap largely invisible — but for riders who need a top-up during the day, faster charging is a genuine convenience. Both scooters share regenerative braking and a non-removable battery, so neither offers a swap-and-go solution for extending range on the road.

The F3 holds a clear battery advantage: more range and faster charging from the exact same capacity. For riders where range anxiety or charging convenience matters, the F3's superior efficiency makes it the stronger choice in this category.