THE FASTEST ELECTRIC SCOOTER ON THE PLANET!
CONTACT YOUR NEAREST KAABO DEALER AND RESERVE YOURS TODAY!
The engineers at Kaabo are constantly pushing the boundaries of what an electric scooter can do, the end result in 2021 is the all new 72V Kaabo Wolf King!
Combining a 72V battery and Minimotors electric system, the Kaabo Wolf King delivers unprecedented levels of torque and power. Like nothing you have experienced before.
This extreme electric scooter is powered by front and back 1500W motors for white knuckle level acceleration and top speeds.
To help handle this awesome level of power, the scooter comes equipped with front hydraulic and rear spring suspension which makes this a true all terrain vehicle. Additionally, the ride is finished off with 11" off road tubeless tyres.
You will need to slow down or stop from time to time, so Kaabo have equipped their flagship scooter with front and rear full-hydraulic disc brakes to ensure safe smooth braking even at high speed.
Inside the deck is a huge 28AH battery which allows the Wolf Warrior King 11 to travel an incredible maximum range of 150km. This electric scooter is designed to take you wherever you need to go.
The Wolf Warrior King 11 is not your average electric scooter and suits thrill seekers looking to get ultimate performance from their electric vehicle.
Built for adventure
Front and Rear 1500W motors
11" Off road tyres
|KAABO WOLF KING SPECS|
|MAX SPEED*||(LIMITED TO 25 KM/H) UP TO 100 KM/H ON PRIVATE PROPERTY|
|MAX RANGE*||150 KM|
|MAX LOAD||150 KG|
|BATTERY||72V 28AH LG / SAMSUNG|
|CHARGE TIME||17-19 HOURS (8-10 HOURS WITH 2 CHARGERS)|
|ELECTRICS / DISPLAY||MINIMOTORS|
|DIMENSIONS||1250 X 625 X 1250MM (FOLDED 1500 X 270 X 470MM)|
|MOTOR||FRONT 1500W + REAR 1500W|
|TYRES||11" TUBELESS PNEUMATIC OFF ROAD|
|BRAKES||FRONT AND REAR HYDRAULIC DISC WITH ABS|
|SUSPENSION||FRONT HYDRAULIC, REAR SPRINGS|
|LIGHTS||LED HEAD, TAIL AND BRAKE LIGHTS|
|DISPLAY||SPEED, BATTERY LEVEL, TRIP, SPEED MODE|
*Max speed and range are calculated under controlled factory conditions. Factors such as rider weight, terrain, hills, power mode and heavy acceleration can greatly reduce these figures.