48V 25A controller KuKirin G2 Max [Kugoo] Model A
48V 25A controller KuKirin G2 Max [Kugoo] Model A
48V 25A controller KuKirin G2 Max [Kugoo] Model A
48V 25A controller KuKirin G2 Max [Kugoo] Model A
48V 25A controller KuKirin G2 Max [Kugoo] Model A
48V 25A controller KuKirin G2 Max [Kugoo] Model A
48V 25A controller KuKirin G2 Max [Kugoo] Model A
48V 25A controller KuKirin G2 Max [Kugoo] Model A

48V 25A controller KuKirin G2 Max [Kugoo] Model A

Reference 4153CMM037
Available under 4 weeks
*according to supplier's lead time
KuKirin G2 Max Kugoo 48V 25A controller - Model A : this original Kugoo electronic component plays a...
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KuKirin G2 Max Kugoo 48V 25A controller - Model A: this original Kugoo electronic component plays a central role in driving an electric scooter, managing the power supply and control of the propulsion system. Designed for a 48V architecture and 25A current, it contributes to a more controlled response to acceleration and coherent energy management, for reliable electric mobility on a daily basis.

Ideal for replacing a faulty controller or refurbishing a vehicle, this 48V controller contributes to the smooth operation of power electronics: regulation, energy distribution and signal coordination between the various components (depending on assembly). It is designed for users who are looking for a part adapted to the KuKirin G2 Max ecosystem, and who want to return their vehicle to service without compromising electrical stability.

  • Main function: controller / command module for 48V electrical system
  • Current rating: 25A
  • Use: replacement of a controller in the electronics category (electric scooter)
  • Differentiator: Model A (check when choosing to avoid any incompatibility of connectors or versions)
  • Brand: Kugoo

To secure your purchase, we recommend you check the version indicated(Model A) and its correspondence with your configuration before installation.

Scroll down the page to consult the detailed technical specifications (↓)

Warranty : 2 years

Available under 4 weeks
*according to supplier's lead time
€63.92

The displayed price including VAT is indicative.
The final amount will be calculated based on the delivery address provided when placing the order.

Free delivery from €299

Delivery in 3 to 5 business days
Free for orders over €299

Returns within 14 days

48V 25A controller KuKirin G2 Max [Kugoo] Model A
48V 25A controller KuKirin G2 Max [Kugoo] Model A
€63.92
Reference 4153CMM037
Available under 4 weeks
*according to supplier's lead time

Technical specifications

Brand
Kugoo
Warranty
2 years
Ean13
8435764420016

Description

Product overview

This 48V 25A controller for KuKirin G2 Max (Kugoo), Model A, is an essential electronic component for the smooth operation of your electric scooter. The real "brain" of the traction system, it manages the supply and regulation of energy between the 48V battery and the motor to ensure consistent control and stable response to acceleration.

Benefits for the user

Replacing a faulty controller resolves many common symptoms on an electric scooter: loss of power, cut-offs on acceleration, erratic behavior, or inability to start. By installing a compatible controller, you restore correct power management, with smoother motor control and more reliable overall operation of the propulsion electronics.

Technical specifications

Controller for electric scooters, nominal voltage 48V and current 25A. Model A" version. Brand name: Kugoo.

Recommended uses

Recommended for replacing a faulty or damaged original controller on a KuKirin G2 Max (Kugoo) electric scooter. Also suitable for post-diagnostic repairs (motor control failure, blackouts, power management errors), when the required controller model is "Model A".

Known compatibilities

Compatibility indicated: KuKirin G2 Max (Kugoo), Model A.

Expert advice

Before purchasing, check the exact version of the controller (Model A) and that it matches your original 48V / 25A configuration. During installation, switch off the power supply, disconnect the battery and check the condition of the connectors (pins, oxidation, overheating) to avoid any false contact. After installation, carry out a progressive test (wheel up, then short-distance test) to validate normal motor behavior and the absence of errors or disconnections.

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