Ninebot by Segway KickScooter E3 Pro VS Ninebot by Segway KickScooter F3 Pro

From a design standpoint, the E3 Pro and F3 Pro share a remarkably consistent foundation: both are adult-oriented, foldable scooters rolling on 10″ pneumatic tires with suspension, front and rear lighting, and companion app support. These shared traits mean neither has an inherent ergonomic or convenience advantage at a surface level — both fold for storage and portability, and both are built for grown-up riders.

Where the two diverge meaningfully is in weight and water resistance. The F3 Pro tips the scale at 19,300 g versus the E3 Pro's 17,900 g — a 1,400 g (roughly 3 lb) difference that matters most when carrying the scooter up stairs, loading it into a vehicle, or navigating multi-modal commutes. The E3 Pro's lighter build gives it a practical handling edge in those everyday scenarios. On the other hand, the F3 Pro steps up to an IPX6 rating compared to the E3 Pro's IPX5, meaning it can withstand powerful water jets rather than just low-pressure splashes — a real-world advantage for riders who commute in heavier rain or frequently ride through puddles.

The design edge ultimately depends on the rider's priorities. For portability and ease of handling, the E3 Pro wins with its lower weight. For all-weather durability, the F3 Pro holds the advantage with its superior IP rating. Neither dominates outright, but the F3 Pro's trade-off — heavier but more weather-resistant — suggests it is engineered for more demanding, commuter-centric use.

Both scooters share a 25 km/h top speed and identical braking setups — dual front and rear brakes, a 120 kg weight limit — so for flat, straightforward riding they may feel deceptively similar. The real performance story, however, lives in the motor and hill-climbing specs.

The F3 Pro packs a significantly more powerful 1200W motor versus the E3 Pro's 800W — a 50% increase in output. Since both scooters cap at the same top speed, that extra wattage doesn't translate into faster straight-line performance; instead, it shows up where it matters most under load: inclines. The F3 Pro's climbing angle of 24° versus the E3 Pro's 18° is a substantial real-world gap. A 24° grade is a genuinely steep urban hill, while 18° is more suited to moderate slopes. Riders in hilly cities will feel this difference acutely, especially near the maximum payload.

The F3 Pro holds a clear performance edge for anyone navigating uneven or hilly terrain. The E3 Pro is perfectly capable on flatter routes, but its motor and climbing ceiling place it in a less demanding use-case bracket. If your commute is largely level, the two are functionally comparable — but for anything more challenging, the F3 Pro's powertrain is the stronger choice.

Battery capacity is one of the most telling differentiators between these two scooters. The F3 Pro carries a 477 Wh pack against the E3 Pro's 368 Wh — a roughly 30% larger reservoir of energy that directly explains the range gap: 70 km versus 55 km per charge. That 15 km advantage is meaningful for longer commuters or riders who cannot charge mid-day.

Both scooters share regenerative braking and a battery level indicator, which are welcome quality-of-life features on either model. Regenerative braking marginally recovers energy during deceleration, extending real-world range slightly beyond what the raw capacity figures alone suggest — and since both scooters have it, neither gains a relative edge here. The absence of a removable battery on both models is a shared limitation worth noting: recharging requires access to a power outlet near the scooter itself, with no option to swap in a fresh pack on the go.

For battery performance, the F3 Pro has a clear and quantifiable advantage. Its larger capacity and longer range make it the stronger option for demanding daily use, while the E3 Pro's 55 km ceiling is still respectable for shorter or moderate commutes. Riders who regularly push toward the upper end of either scooter's range will find the F3 Pro's buffer considerably more reassuring.