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Compare Segway Ninebot E3 Pro and Vmax VX8 Specs & Performance
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Compare detailed specifications of both electric scooters — from motor power and battery range to weight, price, and features.
Comparison Review: Segway Ninebot E3 Pro vs Vmax VX8
Here's how the Segway Ninebot E3 Pro stacks up against the Vmax VX8 — from speed and range to comfort and features.
The Segway Ninebot E3 Pro and the Vmax VX8 are two electric scooters released in 2025, each tailored for urban commuting but offering distinct features. The Ninebot E3 Pro comes with a top speed of 20 MPH powered by a 400W motor that peaks at 800W, allowing it to tackle inclines of up to 10.3°. In contrast, the Vmax VX8 has a slightly lower top speed of 19 MPH but boasts a more powerful 1400W peak motor, which can handle steeper inclines of 20.8°.
When it comes to battery life, the Ninebot E3 Pro excels with a maximum range of 34 miles, fueled by a 36V battery with a 368 Wh capacity. The VX8, while still respectable, offers a range of 28 miles from its 48V battery with a 430 Wh capacity. The E3 Pro takes longer to charge, requiring 7 hours, whereas the VX8's charge time is not specified but is typically shorter.
In terms of ride comfort, the Ninebot E3 Pro features front and rear rubber suspension, while the VX8 lacks any suspension system. Both scooters have pneumatic tubeless tires and are designed for street use. Safety features are similar, with both models equipped with drum and electronic brakes, as well as lights and an IP rating—IPX5 for the Ninebot and IPX6 for the VX8.
For added convenience, both scooters come with a range of intelligent features like app connectivity, speed modes, cruise control, and various adjustment settings. However, the Ninebot E3 Pro stands out with its longer range and suspension system, making it a better option for extended rides on varied terrains. The VX8, although more powerful, may be more suited for users prioritizing a lighter scooter. Overall, your choice may depend on whether you value range and comfort over raw power and weight.
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