Electric scooter comparison

Compare the Hiboy MAX V2 and the Xiaomi Mi M365

Review the specs, pricing, and rider-focused details for the Hiboy MAX V2 versus the Xiaomi Mi M365. Every matchup is sourced from Levy's internal database so you can make a confident choice.

Hiboy MAX V2

Scooter A

Hiboy MAX V2

Range 9.1 mi • Top speed 18.6 mph

$469

Xiaomi Mi M365

Scooter B

Xiaomi Mi M365

Range 14.6 mi • Top speed 16.7 mph

$499

Specification breakdown

SpecHiboy MAX V2Xiaomi Mi M365
Range (mi)9.1 mi14.6 mi
Top speed (mph)18.6 mph16.7 mph
Weight (lbs)36.6 lbs26.9 lbs
Motor power (W)350 W250 W
Battery capacity (Wh)270 Wh280 Wh
BrakesDiscDisc
TiresSolidPneumatic
Waterproof ratingIPX4IP54
SuspensionDual SpringNone
Price (USD)$469$499

Comparing the Hiboy MAX V2 and Xiaomi Mi M365 Electric Scooters: Which One's for You?

Finding the perfect electric scooter can be a challenging task with a myriad of options available in the market. This article aims to serve as a guide by comparing two popular choices: the Hiboy MAX V2 and the Xiaomi Mi M365 scooters.

Starting with the Hiboy MAX V2, it caters to users who require more power and better shock absorption. It's powered by a 350W motor allowing for a top speed of 18.6 mph. Also, it boasts a range of up to 17 miles on a single charge. The unique aspect that distinguishes Hiboy MAX V2 is its dual rear shock absorbers that make for a smoother ride, especially on rough surfaces.

On the contrary, the Xiaomi Mi M365 is known for its sleek design and reliable performance. The 250W motor can achieve 15.5 mph, while a more significant battery capacity extends the range to 18.6 miles. Furthermore, it's equipped with energy recovery technology that extends the battery life. What sets the Mi M365 apart is its use of air-filled tires that enhance ride comfort and its robust build and IP54 rating indicating water and dust resistance.

While the Hiboy MAX V2 shines with power and shock absorbers, the Xiaomi Mi M365 excels with its elegant design, longer range and energy recovery technology. The choice between the two depends squarely on the users' unique requirements around power, range, design, and riding comfort.

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