Ninebot by Segway KickScooter F3 Pro VS Xiaomi Electric Scooter 5

In terms of physical build, the two scooters are remarkably close, sharing the same 10″ pneumatic tires, a foldable frame, suspension, front and rear lighting, and a companion smartphone app. Both are adult-oriented and designed to be carried or stored when folded. However, the details reveal meaningful differences for daily riders. The Ninebot F3 Pro is lighter at 19,300 g versus the Xiaomi Electric Scooter 5 at 20,100 g — an 800 g gap that may seem minor on paper but becomes noticeable when lifting the scooter up stairs, onto public transit, or into a car trunk repeatedly over time.

Dimensionally, the two are near-identical when folded and deployed, with height and width differing by only about 13 mm in each direction. Neither has a meaningful ergonomic or storage footprint advantage over the other in practical terms.

The most consequential design differentiator is water resistance: the F3 Pro carries an IPX6 rating versus the Xiaomi's IPX5. Both protect against water jets, but IPX6 withstands more powerful jets from any direction, making the F3 Pro better suited for riding in heavy rain or wet urban conditions. Combined with its weight advantage, the Ninebot F3 Pro holds a clear edge in this category — lighter to carry and more resilient against the elements.

Both scooters share the same 25 km/h top speed and identical braking setups with front and rear brakes, and both cap rider weight at 120 kg. At flat urban speeds, a casual rider might assume these are equally capable machines — but the motor specs tell a very different story. The Ninebot F3 Pro packs a 1200W motor compared to the Xiaomi's 700W, a 71% power advantage that doesn't translate into a higher top speed (both are electronically limited) but has a profound impact on how each scooter actually feels to ride.

Where the power gap becomes tangible is on inclines. The F3 Pro is rated for a 24° climbing angle versus the Xiaomi's 18° — a significant difference that determines whether a scooter struggles, slows, or climbs confidently on steep streets. For hilly cities or commutes with overpasses and ramps, this 6-degree gap can be the difference between a smooth ride and having to kick-assist uphill. The extra motor headroom on the F3 Pro also means it reaches its speed limit with less strain, which tends to benefit motor longevity and thermal management under sustained load.

The Ninebot F3 Pro wins this category decisively. While riders on flat terrain may rarely notice the motor difference day-to-day, anyone navigating elevation changes will feel the Xiaomi's limitations quickly. The F3 Pro's superior climbing ability and higher power reserve make it the stronger performer across a wider range of real-world conditions.

Here is where the battery comparison gets genuinely interesting: both scooters house an identical 477 Wh battery, yet they deliver meaningfully different outcomes. The Ninebot F3 Pro achieves a rated range of 70 km per charge versus 60 km for the Xiaomi Electric Scooter 5 — a 17% range advantage squeezed from the exact same energy storage. This strongly suggests the F3 Pro's powertrain is more efficient at converting stored energy into distance, which is notable given its significantly more powerful motor.

Charge time adds another point in the F3 Pro's favor: 8 hours to full versus the Xiaomi's 9 hours. An hour may not sound dramatic, but for riders who charge overnight or between shifts, it adds a meaningful buffer of flexibility. Both scooters share regenerative braking and a battery level indicator, meaning neither has an exclusive feature advantage on those fronts — they recover energy from braking and keep the rider informed equally.

Neither battery is removable, so top-up charging on the go isn't an option for either rider — a shared limitation worth noting for those with longer or unpredictable commutes. Overall, the F3 Pro holds a clear edge in this category: same battery capacity, longer range, and faster charging. It simply does more with the same hardware.