Ninebot by Segway KickScooter F3 Pro VS Xiaomi Electric Scooter 5 Pro

Both the Ninebot by Segway KickScooter F3 Pro and the Xiaomi Electric Scooter 5 Pro share a remarkably similar physical blueprint: foldable full-size frames, 10-inch pneumatic tires, front and rear lighting, suspension, and a dedicated smartphone app. Neither is designed for children or equipped with a seat, positioning both squarely as adult commuter scooters. For everyday usability, this common foundation means neither product has a structural disadvantage in terms of core design philosophy.

Where differences emerge, they are meaningful. The F3 Pro weighs in at 19,300 g versus the Xiaomi's 22,400 g — a gap of roughly 3.1 kg. In practice, that difference is felt most when lifting the scooter onto public transit, carrying it up stairs, or loading it into a car. The Xiaomi's added mass could become a daily inconvenience for riders who frequently need to carry it. The dimensional differences (9 mm in height, 40 mm in width) are negligible and unlikely to affect storage or portability in any real-world scenario.

On water resistance, the F3 Pro holds a clear advantage with an IPX6 rating compared to the Xiaomi's IPX5. Both ratings offer protection against rain and splashing, but IPX6 adds resistance to powerful water jets — a meaningful upgrade for riders who commute in heavier rain or through puddles at speed. Overall, the Ninebot F3 Pro has the edge in design for most users, thanks to its lighter weight and stronger water protection rating.

At first glance, the two scooters appear nearly identical in performance: same top speed of 25 km/h, same dual-brake configuration, and the same 120 kg maximum rider capacity. For flat urban commuting, these shared figures mean day-to-day riding feel will be broadly similar. However, the specs beneath the surface tell a more nuanced story.

The F3 Pro's 1,200W motor versus the Xiaomi's 1,000W unit is the headline differentiator here. Since both scooters are capped at the same top speed, that extra 200W does not translate into faster straight-line performance — instead, it delivers more torque reserve. This matters most when accelerating from a stop, maintaining speed under load near the weight limit, or tackling inclines. The climbing angle specs confirm exactly this: the F3 Pro handles gradients up to 24°, while the Xiaomi manages 22°. That 2-degree difference may sound marginal, but on steep urban hills it represents a meaningfully more confident and sustained climb, particularly for heavier riders.

For riders who stick to relatively flat terrain and travel light, these differences will rarely be noticeable. But for anyone navigating hilly cities or regularly riding near the maximum weight capacity, the Ninebot F3 Pro holds a clear performance edge — its stronger motor and steeper climbing angle provide a practical buffer that the Xiaomi simply does not match.

The most striking detail in this battery comparison is that both scooters share an identical 477 Wh pack, yet deliver meaningfully different outcomes. The F3 Pro claims a maximum range of 70 km per charge, while the Xiaomi reaches 60 km — a 10 km gap drawn from the exact same energy source. This points directly to efficiency differences, most likely stemming from the drivetrain and power management system. For daily commuters, that extra range can be the difference between charging every night and charging every other night.

Charge time adds another layer to this picture. The F3 Pro replenishes its battery in 8 hours versus the Xiaomi's 9 hours — a full hour faster despite the identical capacity. That one-hour advantage compounds over weeks of use, offering slightly more scheduling flexibility. Both scooters support regenerative braking, which marginally recovers energy during deceleration and can extend real-world range beyond advertised figures, though the benefit is modest on flat terrain. Neither model offers a removable battery, so all charging is done with the scooter stationary.

With the same battery size as its starting point, the Ninebot F3 Pro clearly wins this category — it extracts more range from identical hardware and charges faster. For a buyer prioritizing independence from the charger, these differences carry genuine practical weight.