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Controller 36V 450W Ninebot Max G2 E [Ninebot]

Controller 36V 450W Ninebot Max G2 E [Ninebot]

Name: Controller 36V 450W Ninebot Max G2 E [Ninebot]
Brand: Doctibike
SKU: 4153CMM510
Price: 124.7 EUR
Availability: InStock

Reference 4153CMM510

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

Optimize the performance and reliability of your electric mobility with the Ninebot Max G2 E 36V 450W...
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Optimize the performance and reliability of your electric mobility with the Ninebot Max G2 E 36V 450W controller ( Ninebot brand). The electronic heart of the vehicle, this controller controls motor supply and power management to ensure smoother driving, consistent acceleration response and stable operation of the electrical system.

Designed for use in electric vehicle electronics, this 36V controller is intended as a replacement for a faulty original module, or as part of a repair package. It helps ensure proper coordination between the main circuit elements: battery, motor and controls, for a safe, controlled driving experience.

Main function: management and regulation of energy between battery and motor
Power rating: 450W
Indicated voltage: 36V
Usage: electronics / controller for electric vehicles
Compatibility: Ninebot Max G2 E (only)

This Ninebot controller is intended for users looking for a suitable solution for restoring proper operation of an electric vehicle, with coherent integration into the original electronic ecosystem when the model is properly identified. To ensure correct installation, we recommend checking model identification and connection correspondence before installation.

Scroll down the page to see detailed technical specifications at the bottom ↓

Warranty : 2 years

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

€103.92

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

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Controller 36V 450W Ninebot Max G2 E [Ninebot]

€103.92

Technical specifications
Description

Technical specifications

Brand

Ninebot

Warranty

2 years

Ean13

8435764450181

Description

Product overview

This Ninebot 36V 450W controller is an essential electronic part for controlling the propulsion system of the Ninebot Max G2 E electric scooter. It manages the motor's power supply, coordinates electrical information and ensures smoother driving by modulating the power delivered according to demand. Ideal for replacing a faulty controller, it allows you to restore your soft mobility device to working order with a part adapted to its original architecture.

Benefits for the user

By replacing a faulty controller, you restore electronic management of the motor and 36V battery, enabling you to regain correct traction, controlled acceleration and more stable trigger response. This component also helps to limit the number of interruptions caused by a faulty module, and to restore consistent scooter behavior on a daily basis (starting, restarting, maintaining speed), within the limits of the model's intended performance.

Technical specifications

Controller for 36V system, rated at 450W. Brand: Ninebot. Category: electronics / controller (spare part designed to manage power supply and motor control).

Recommended uses

Replacement for the original controller in the event of electronic failure, motor management errors, power loss, irregular operation or lack of assistance/drive. Also suitable for refurbishing an out-of-service controller on an electric scooter.

Compatibility

Compatible with Ninebot Max G2 E, as per product label. No other compatibility (other makes, models, motors, displays or batteries) is specified.

Weight and dimension information

Weight and dimensions are not indicated in the information provided.

Expert advice

Before replacement, confirm the diagnosis (connections, wiring harness, battery, motor) to avoid replacing a healthy part. Switch off all power and secure the scooter before servicing. During installation, check the condition of connectors (no oxidation, no bent pins), ensure correct wiring routing and fastening to limit vibration. After installation, perform a progressive test (wheel up, then test at low speed) to validate motor behavior and the absence of fault codes.