Ninebot by Segway KickScooter E3 Pro VS Xiaomi Electric Scooter 5 Pro

From a design standpoint, the Ninebot by Segway KickScooter E3 Pro and the Xiaomi Electric Scooter 5 Pro share a remarkably similar feature set: both are foldable adult scooters equipped with 10″ pneumatic tires, front and rear lighting, suspension, a dedicated smartphone app, and an IPX5 water-resistance rating. This means neither has a meaningful advantage in terms of everyday usability features or all-weather capability — they are, on paper, near-identical in their design philosophy.

The one tangible differentiator is weight. The E3 Pro comes in at 17,900 g (~17.9 kg), while the Xiaomi 5 Pro is noticeably heavier at 22,400 g (~22.4 kg) — a gap of roughly 4.5 kg, which represents about 25% more mass. In real-world use, this matters most when carrying the scooter up stairs, lifting it onto public transit, or storing it. The difference between ~18 kg and ~22 kg is genuinely felt during those moments, and for commuters who regularly need to carry their scooter, the Segway's lighter build is a practical advantage.

On design, the Ninebot by Segway E3 Pro holds a clear edge due to its lower weight. Every other design attribute — folding mechanism, tire type, wheel size, lighting, app connectivity, and water resistance — is equivalent between the two, making weight the single deciding factor in this category.

Both scooters share a 25 km/h top speed and an identical 120 kg maximum load capacity, so neither has an edge in outright speed or rider weight support. Where they diverge is in the engine room: the Xiaomi Electric Scooter 5 Pro packs a 1000W motor versus the 800W unit in the Ninebot by Segway E3 Pro. Since both hit the same top speed, that extra 200W doesn't translate to faster riding — instead, it means the Xiaomi reaches that ceiling more forcefully and sustains it more comfortably under load or on inclines.

That motor advantage connects directly to the climbing specs. The Xiaomi's 22° climbing angle versus the Segway's 18° is a meaningful real-world gap. A 4-degree difference may sound modest, but on steeper urban streets, bridges, or parking ramp entrances, it can be the difference between breezing through and struggling — especially for heavier riders approaching the weight limit. For users in hilly cities, this is arguably the most practically significant spec in this entire group.

The braking setup is identical across both — dual front and rear brakes — so safety hardware is a wash. Overall, the Xiaomi 5 Pro holds a clear performance edge, driven by its more powerful motor and superior climbing ability. Riders on flat terrain may never notice the difference, but anyone dealing with elevation changes regularly will find the Xiaomi measurably more capable.

The battery gap between these two scooters is substantial. The Xiaomi Electric Scooter 5 Pro carries a 477 Wh pack versus the 368 Wh unit in the Ninebot by Segway E3 Pro — a difference of roughly 30% more stored energy. That larger reservoir directly supports the Xiaomi's rated range advantage: 60 km per charge compared to 55 km for the Segway. Interestingly, the range gap (about 9%) is narrower than the capacity gap (30%), which suggests the Xiaomi's heavier weight and more powerful motor consume that extra energy at a higher rate, partially offsetting the raw capacity advantage.

Both scooters share regenerative braking and a battery level indicator — useful features that are now table stakes at this tier. Neither offers a removable battery, which means charging always requires access to the scooter itself; there's no option to swap in a fresh pack for extended riding sessions. For daily commuters, this is worth noting if charging access mid-day is limited.

All things considered, the Xiaomi 5 Pro holds the edge in battery, both in absolute capacity and in rated range. The advantage is real but not dramatic in practice — 5 km of additional range is unlikely to be decisive for most urban riders. However, for longer commutes or riders who prefer to charge less frequently, the Xiaomi's larger pack provides a tangible buffer.