Ninebot by Segway KickScooter E3 Pro VS Xiaomi Electric Scooter 5

From a design standpoint, the Ninebot E3 Pro and the Xiaomi Electric Scooter 5 are remarkably similar — both fold for portability, ride on 10″ pneumatic tires, include suspension, front and rear lighting, and carry an IPX5 water-resistance rating, meaning neither is suited for riding in heavy rain but both handle light splashes. With so many shared fundamentals, the design comparison essentially comes down to a single meaningful variable: weight.

The Ninebot E3 Pro comes in at 17,900 g versus the Xiaomi's 20,100 g — a difference of roughly 2.2 kg. While that gap may sound modest on paper, it becomes tangible when you factor in real-world usage: carrying the scooter up stairs, lifting it onto public transit, or hoisting it into a car trunk. A lighter scooter reduces fatigue during those moments and makes the folding design more practically useful.

On design, the Ninebot E3 Pro holds a clear edge due to its lower weight. All other design attributes are identical between the two — same wheel size, same protection rating, same fold mechanism, same lighting setup — so the weight advantage is the sole but genuine differentiator here for users who prioritize portability and ease of handling.

Performance-wise, these two scooters share a near-identical profile across most metrics — both cap out at 25 km/h, tackle a maximum 18° incline, and support a 120 kg rider. The braking setup is also the same, with front and rear brakes on each, which at this speed class is a reassuring safety baseline. Given so much parity, the only specification that separates them is motor output.

The Ninebot E3 Pro packs an 800W motor against the Xiaomi's 700W — a 100W gap that, while not dramatic, has real-world relevance. Since top speed is electronically limited to the same 25 km/h on both, the extra wattage won't translate to going faster on flat ground. Where it does matter is in how each scooter sustains that speed: the E3 Pro is more likely to hold its top speed confidently on inclines or when carrying heavier riders near the weight limit, whereas the Xiaomi's motor may work harder under the same conditions.

The Ninebot E3 Pro holds a narrow performance edge strictly due to its higher motor power. For flat urban commutes with lighter riders, the difference will rarely be felt. But for users who regularly encounter hills or ride closer to the maximum load, the E3 Pro's extra headroom gives it a practical advantage that the otherwise identical spec sheet cannot obscure.

At first glance, the battery specs look identical — both scooters share a 10,200 mAh capacity, regenerative braking, and a built-in charge indicator. But dig one level deeper and a meaningful divergence emerges: the Xiaomi Electric Scooter 5 carries a significantly larger 477 Wh battery pack versus the Ninebot E3 Pro's 368 Wh. The mAh figure alone is misleading here, because watt-hours account for voltage and reflect true energy storage — and on that measure, the Xiaomi holds roughly 30% more usable energy.

That difference shows up directly in the rated range: 60 km for the Xiaomi against 55 km for the Ninebot. The 5 km gap may seem modest, but it represents a meaningful buffer for longer commutes or riders who want less anxiety about charge levels mid-journey. Regenerative braking on both units helps recover some energy during deceleration, partially offsetting real-world range losses — but the Xiaomi starts with a larger reservoir to draw from.

The Xiaomi Electric Scooter 5 wins this category. Despite the shared mAh rating creating a superficial tie, the substantially higher watt-hour capacity and longer rated range give it a clear and quantifiable advantage for battery endurance.