With a 750-watt in-wheel motor, the Elektrode 20 is sure to satisfy riders who want a thrill, and to put a smile on their face every time they twist the grip. The in-wheel motor also confers a low centre of gravity and an ideal balance to the bike, enhancing steering and handling.

A telescopic front fork similar to those used on mountain bikes helps to absorb bumps so riders can enjoy challenging themselves with off-road riding.

A lightweight, sturdy aluminium frame is paired with spoke wheels for a durable chassis that will withstand use from riders of greater stature and offers a more comfortable riding position.

The lithium-ion battery is long-lasting and is built into the frame to help protect it from dirt, dust, and damage. The battery offers up to 60 minutes of playtime in High mode and 180 minutes in Low mode, providing extended enjoyment for riders. (The runtime may vary  depending on conditions.)

The 20” spoke wheels are lightweight and absorb bumps well. With inner tubes and tyres similar to bicycles, they are also convenient to service.

Riders will love the motocross-inspired styling, like the number plate at the front, the Lime Green paint paired with Kawasaki graphics, and off-road inspired wheels.

The Elektrode 20’s premium disc brakes front and rear offer ample stopping power and excellent feel.  

With a height-adjustable seat and 20” wheels, the Elektrode 20 can be easily adjusted to suit riders up to 60 kg. Its size and light weight makes it confidence inspiring for those switching from bicycles or smaller powered two-wheelers.

The lack of a chain reduces the number of moving parts, while the silent, electric operation eliminates exhaust noise, making the Elektrode 20 less intimidating than a small off-road machine like the KLX110R or KLX140R.

Three selectable speed modes (Low: 21 km/h max., Mid: 39 km/h max. (with gentle acceleration), High: 39 km/h max.) allow riders to set the ideal speed for skill level and riding situation.

Bicycle-style pedals that rotate 360 degrees follow the riders as they move, allowing riders to easily find their preferred riding position.