NIU KQi3 MAX Electric Scooter

Colour Black
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The City on Your Doorstep

Designed to transform the way you move, the KQi3 MAX has a 25 km/h top speed and 65 km range making it perfect for long journeys. The city is on your doorstep, just simply get on and go.

Portable and powerful, the KQi3 Max electric scooter offers 25% hill climb ability, all thanks to its rear-wheel drive motor that produces 900w of power. Coined the SUV of scooters, this ride features wider handlebars, a wider deck and wider wheels, ensuring rider stability and assisting in both balance and rider confidence.

NIU has taken the worry out of over-charging, discharging or overheating the battery, equipping the scooter with a 14 level battery management protection system. Plus, thanks to intelligent regenerative breaking, the KQi2 re-directs power from the braking process straight back into the battery!

Connect for safer and smarter riding… the NIU App allows the rider to completely tailor the scooter’s setting to their needs. Simply connect to activate the Anti-Theft locking system (to stop your scooter from riding away without you!) or check out rider statistics.
Superb 900W power motor with 25% hill climbing capability
Top-of-the-range maximum output 900W motor delivers superb torque-on-demand with an all-conquering 25% inline ascent capability that is hardly a bother.

48V 608Wh lithium-ion battery for a range up to 65km
With a range of up to 65km in a single charge, the enhanced capacity battery lets you ride the electric scooter farther to enjoy new destinations and adventures.

NIU Energy™ battery management system with 14 levels of protection
A smart battery management system that constantly monitors the state of the battery and protects it from over-charging or discharging, over-current/over-voltage charging, under-voltage discharging and battery overheating to name a few. It also re-directs recovered energy from regenerative braking back into the battery pack.

Triple brake system: Front disc brake + Rear disc brake and adaptive regenerative brake
With its innovative triple brake system, the kick electric scooter features adaptive regeneration braking that works in sync with the braking lever intensity and enables the front and rear brakes to operate in tandem to provide best-in-class braking power The front disc brake also features a 2-way calliper action with both brake pads activated instead of the more common single calliper type.

More personalised settings with the NIU app
With the NIU app, you can enable more riding features that include cruise control, custom speed mode (parental control), smart lock/unlock, rider statistics, regenerative braking level adjustment and OTA firmware/software update.

Durable 9.5” x 2.5” self-healing pneumatic puncture resistant tubeless tyres
The tubeless 2.5” wide tyres allow for better traction and shock absorption when going over any type of terrain whilst the self-healing function enables automatic sealing of punctured tyres to keep you riding undeterred.

Optimised riding experience
The wider handlebar and aerospace-grade aluminium frame also help to provide better handling and enhanced resilience of the kick electric scooter.

Better road safety and visibility
Its built-in iconic LED halo daytime running light and brake light, and bell ensure that the kick electric scooter is highly visible and audible to other road users while on the move.

NIU KQi3 MAX
BRAND NIU
MODEL KQi3 MAX
MAX SPEED* Up to 25km/h
MAX RANGE* 65 km (subject to be variable by rider weight, road condition, temperature etc.)
WEIGHT 21.1kg
MAX LOAD 120kg
BATTERY 48V 608Wh 
CHARGE TIME 8h
DIMENSIONS

Unfolded: 1130*542*1202mm

Folded: 1130*542*504mm

MOTOR 450W, Peak Power 900W
TYRES 9.5” Self Healing Pneumatic Tubeless
BRAKES
Dual Disc + Regenerative E-ABS Brake System
DISPLAY LED
SUSPENSION -
MAX GRADIENT 25%
IP RATING IP54
LIGHTS
Front & Rear LED / Side reflectors
AGE
16+
RIDING REQUIREMENTS Consult the laws and regulations currently in force in your state or territory*

*Max speed and range are calculated by the manufacturer under controlled factory conditions. Factors such as rider weight, terrain, hills, power mode and heavy acceleration can greatly reduce these figures.