This latest version of the Kugoo M4 Pro controller is equipped with cutting-edge technology. It offers riders a responsive riding experience, maximising the capabilities of their vehicle.
SKU: KUGOO-MOTHE-M4-PROV2
This latest version of the Kugoo M4 Pro controller is equipped with cutting-edge technology. It offers riders a responsive riding experience, maximising the capabilities of their vehicle.
This controller is a high-powered electronic circuit board that serves as the brain of the Kugoo M4 Pro scooter. It manages the electrical systems, interprets rider inputs, and adjusts the motor's speed and torque.
The 48V 21A controller regulates the power flow from the battery to the motor and optimises the battery efficiency. It adjusts the motor output for a smooth acceleration. Moreover, the part communicates with the scooter's dashboard to provide real-time data on performance metrics and potential issues.
The 48V 21A controller is compatible with Kugoo M4 Pro.
This part implements various safety measures to prevent overcurrent, short circuits, and overheating. It’s encased in a protective aluminium casing that manages the heat effectively.
If the scooter experiences a noticeable decline in performance and speed, it might be necessary to replace the part. Install a new controller before erratic behaviour or unexplained shutdowns occur. It’ll revitalise your scooter's performance and guarantee a more enjoyable ride.
Keep rolling
It's a beautiful day, and you're ready to enjoy it. However, when you reach for your electric scooter, you notice the battery is completely drained despite overnight charging. Now, your plans are at risk and you need to find a solution.
You're navigating the roads on your Kugoo G-Booster, when, suddenly, a cyclist swerves in front of you. You instinctively squeeze the left brake lever, and your scooter responds with a stop, but doesn’t react as smoothly as it should.
This cable links the brake lever to the rest of the brake system. A simple squeeze on the lever sends the command down. This action makes the calliper clamp onto a disc, and voilà, your scooter halts.
