Kaabo Electric Scooter | Wolf Warrior GT | PRO
WHO'S AFRAID OF THE BIG BAD WOLF?
The ultimate electric scooter! Inspired by motocross and built with the heart of a wolf, the Wolf Warrior GT Pro+ from Kaabo will take you far beyond the daily commute.
Powered by dual 1200W hub motors which can output a total of 5400W of instantaneous power, the Wolf Warrior can dominate hills up to a 30° gradient.
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 tyres.
You will need to slow down or stop from time to time, so Kaabo have equipped their flagship scooter with front and rear hydraulic disc brakes which feature ABS to ensure safe smooth braking even at high speed.
Availability: Back Order - ETA August
We have just updated this model to the latest GT Pro (which is better than the previously listed GT Pro+).
These are the highest spec'd Wolf Warriors in NZ. And have just been upgraded to the GT Model. If you're thinking of a Wolf Warrior - make sure it's the new GT Pro!
Major Upgrades Include:
- 21700 Battery Cells used (LG M50 / Samsung 50E)
- Water Resistant Grade IPX5
- New ECU Box installed on Stem (with controllers & Wiring inside) & Indicators on the side.
- 40A Sine Wave Controllers
- Large TFT Display (Fully Customisable Modes)
- Front & Rear Turn Signals
- Puncture proof tyres as standard
- Eco/Turbo & Single Dual Buttons now have an LED light to see which mode you're in
- IPX5 Water Resistant
- Two Chargers as standard
The Kaabo Wolf Warrior 11 is a high-speed electric scooter designed for the ultimate on or off-road experience. Its motorcycle grade inverted hydraulic front shock absorbers and dual rear spring suspension enable riding in any terrain. The two powerful brushless 1200W motors in combination with the brand new SINE WAVE 40A controllers deliver a peak output of 5400W and climb up to 30% inclines with ease.
Full hydraulic brakes in combination with the optionally enabled ABS system provide for safe and accurate braking power to tame this beast. In every aspect, the Wolf puts safety first: Powerful dual front LEDs light up the night and side and rear LEDs ensure optimal visibility from any direction. Now includes front & rear turn signals.
On paved road, this 80 kph electric scooter delivers insane acceleration and top speed (road tires recommended for high-speed track use). The huge 35Ah LG/Samsung battery can last for up to 150km in single drive and eco mode but also delivers sufficient range for those thrilling high-speed rides.
The new TFT Display has a beautiful user interface with fully customisable riding modes meaning you can adjust the internal parameters of the Sine Wave Controllers - Front & Rear motor power, Torque, Temperature monitoring and DIY Riding mode.
Weighing in at 50kgs this high speed electric scooter is certainly not made for portability... But nevertheless it folds down for easy transport in your trunk to travel to your favorite off-road spots.
Only ~9h charging time with a second 2.0A charger (optional). Or Fast charger - sold separately.
|Wolf Warrior GT Pro|
|Battery||Li-ion 35Ah 21700 LG M50 / Samsung 50E
|Motor||2 x 1200w (Brushless)|
|Controller||Kaabo Sine Wave 40 amp x 2|
|Range||150Km (ECO Mode) 90km (Dual Drive Mode)|
|Charging Time (2A)||17 Hours (single Charger) 9 Hours (Dual Chargers)|
|Frame Material||T6061 Aviation Grade Aluminum|
|Speed Levels||Single or Dual Motor Drive - Fully customisable|
|Suspension||Front Hydraulic Shock Absorber and Rear Spring Shock Absorber|
|Tyres||11"Pneumatic "Puncture Proof" Street Tyre|
|Brakes||Full Hydraulic Disc & EABS|
|Security||Built in security unlock feature
|Load Limit||150KG on road and 120KG off road|
|Open Size (mm)||1260 x 660 x 1250mm|
|Folded Size (mm)||1500 x 270 x 470mm|
|Package Size (mm)||1610 x 330 x 500mm|
*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.