Compare specs

Compare Gyroor H30 Max and NIU KQi3 Pro Specs & Performance

Select different scooters below to update your comparison.

Primary

Gyroor H30 Max

Gyroor H30 Max

Gyroor$178

Street

Secondary

NIU KQi3 Pro

NIU KQi3 Pro

NIU$522.75

Street
20 MPH 31 miles

Side-by-Side Scooter Specs Comparison

Compare detailed specifications of both electric scooters — from motor power and battery range to weight, price, and features.

BrandGyroorNIU
NameH30 MaxKQi3 Pro
Price$178$522.75
Release QuarterUnknownQ1
Release Year2022

Comparison Review: Gyroor H30 Max vs NIU KQi3 Pro

Here's how the Gyroor H30 Max stacks up against the NIU KQi3 Pro — from speed and range to comfort and features.

The NIU KQi3 Pro and Gyroor H30 Max are two electric scooters designed for urban commuting, each with distinct specifications that cater to different needs. The KQi3 Pro, priced at $522.75, features a robust 350W nominal motor, capable of reaching a top speed of 20 MPH. This scooter offers an impressive maximum range of 31 miles on a single charge, powered by a 48V battery with a capacity of 486.7 Wh. It also accommodates riders up to 265 lbs, making it suitable for a broader audience.

In contrast, the Gyroor H30 Max comes at a budget-friendly price of $178 and is equipped with a less powerful 150W motor, allowing for a more modest performance. It has a lower top speed and a significantly shorter range, with a maximum capacity of 56 Wh and a runtime that supports riders up to 132 lbs. The H30 Max is ideal for lighter, casual use in urban settings.

When comparing the two, the KQi3 Pro stands out with its advanced features, including an app for monitoring, multiple speed modes, and enhanced safety features like disc brakes and an IP54 rating. The H30 Max, while lacking in power and range, offers basic functionalities such as speed modes and a folding mechanism for easy transport. For riders seeking performance and versatility, the NIU KQi3 Pro is the clear choice, whereas the Gyroor H30 Max is suitable for those prioritizing affordability and lightweight design.

Related Comparisons

Discover similar side-by-side matchups that might interest you.