Xiaomi Electric Scooter 5 VS Xiaomi Electric Scooter 5 Max

From a design standpoint, the Xiaomi Electric Scooter 5 and the Scooter 5 Max share a remarkably consistent foundation. Both are full-sized adult scooters — not designed for kids — featuring 10-inch pneumatic tires, suspension, a foldable frame, and identical weather resistance at IPX5, meaning both can handle rain and splashing water without issue. Front and rear lighting, plus a dedicated smartphone app, are present on each, so everyday usability and visibility are equally covered.

The meaningful design differences come down to weight and width. The Scooter 5 tips the scales at 20,100 g, while the Max comes in at 22,300 g — a difference of roughly 2.2 kg. That gap is noticeable when carrying the scooter up stairs or lifting it onto public transport, making the standard model the more practical choice for commuters who frequently need to carry it. The Max is also 50 mm wider (1,192 mm vs. 1,142 mm), which can affect maneuverability in tight urban spaces and may matter when storing it in a narrow hallway or car trunk. Heights are virtually identical at 1,275 mm and 1,271 mm respectively, so standing posture is a non-factor.

In terms of design, the standard Scooter 5 holds a clear edge for riders who prioritize portability and compactness. The Max's added bulk is almost certainly a trade-off for other capabilities (such as a larger battery or motor), but purely within the design category, it is heavier and wider without offering any structural or protective advantage in return.

Both scooters share a 25 km/h top speed, a dual-brake setup, and a 120 kg maximum load capacity — so for flat, urban commuting within legal speed limits, the riding experience on paper looks comparable. But dig into the motor and gradient specs, and a meaningful gap emerges.

The Scooter 5 Max packs a 1,000W motor versus the standard model's 700W — a 43% increase in rated power. Since top speed is capped identically on both, that extra wattage does not translate to going faster; instead, it delivers more torque. The real-world consequence shows up in the climbing angle: the Max handles inclines up to 22°, compared to 18° on the standard Scooter 5. That 4-degree difference is significant in hilly cities — an 18° slope is already steep, but a 22° capability means the Max can tackle sharper residential hills and parking ramps without straining the motor or sapping the battery as aggressively. Heavier riders near the 120 kg limit will also feel this power advantage more acutely on any incline.

The Scooter 5 Max holds a clear performance edge here. For riders in flat environments who stay well under the weight limit, the standard Scooter 5 is entirely adequate. But for anyone navigating hilly terrain or carrying more weight, the Max's superior motor output and climbing angle make it the more capable and confident performer.

The battery category is a straightforward verdict: these two scooters are completely identical. Both carry a 477 Wh battery, charge in 9 hours, and deliver a claimed maximum range of 60 km per charge. Both also feature regenerative braking — which marginally recovers energy during deceleration to extend real-world range — and neither offers a removable battery, so charging always requires access to a power outlet at the scooter itself.

The most notable implication here is what this parity means in context. The Scooter 5 Max draws on a 1,000W motor rather than the standard model's 700W, yet achieves the same rated range from the same battery. That suggests the Max is tuned to be more efficient under load, or that the range figure reflects a best-case scenario for both. In practice, the Max's higher power draw on inclines or at sustained speeds may result in slightly shorter real-world range than the standard Scooter 5 under equivalent conditions — though the provided data does not differentiate between the two.

On battery specs alone, this is a dead tie. Neither product holds any advantage in capacity, charge time, or range as specified. Buyers should not factor the battery into their decision between these two models.