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V3 36V 350W Controller for XIAOMI M365 [eWheel]

V3 36V 350W Controller for XIAOMI M365 [eWheel]

Name: V3 36V 350W Controller for XIAOMI M365 [eWheel]
Brand: Doctibike
SKU: 41538644-08
Price: 47.9 EUR
Availability: InStock

Reference 41538644-08

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

Restore stable, responsive motor management to your electric scooter with the V3 36V 350W controller...
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Restore stable, responsive motor management to your electric scooter with the V3 36V 350W controller, designed to control power supply and propulsion behavior. A central part of the power electronics, this controller coordinates the 36V battery, motor and sensors for smoother driving, precise acceleration and reliable use of available energy.

This model is listed as a V3 36V 350W controller and advertised for Xiaomi M365. It is aimed at users looking for a suitable solution to replace an original controller or to bring an electric scooter back into service after breakdowns, power cuts, electronic errors or unstable motor behavior.

Main function: electronic motorization management (control, regulation and power distribution).
Use: replacement/maintenance of control electronics on electric scooters.
Key benefits: smoother ride, more controlled acceleration response, safe operation of the drive train.
Compatibility: suitable for Xiaomi M365.
Differentiating features: V3 version, calibrated for 36V architecture and 350W nominal power (according to information supplied).

In electric mobility maintenance, replacing the controller is a key step in restoring your system's reliability: sound electronics contribute to better energy management, limit erratic behavior and secure exchanges between components (battery, motor, controls).

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

€39.92

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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V3 36V 350W Controller for XIAOMI M365 [eWheel]

€39.92

Technical specifications
Description

Technical specifications

Brand

Xiaomi

Warranty

2 years

Ean13

8435764409653

Description

Product overview

The V3 36V 350W controller for Xiaomi M365 is an essential electronic component for steering your electric scooter. It manages the transmission of energy between the 36V battery and the 350W motor, to ensure the smooth operation of the electric assistance and the general behavior of the machine. Ideal as a replacement for a faulty controller, it enables you to get your Xiaomi M365 back into service with a component adapted to its specifications.

Benefits for the user

By replacing a worn or damaged original controller, you restore the electric scooter's operation and electronic power management. This 36V 350W controller helps to restore consistent driving, with motor control correctly managed by the electronics, while limiting failures linked to an unstable control module.

Technical specifications

Model: V3 controller (V3 version). Nominal voltage: 36V. Compatible power: 350W. Type: controller / electronic control module (electronic category for electric scooters).

Recommended uses

This controller is recommended for replacement of a controller on a Xiaomi M365 electric scooter, particularly in the event of electronic failure, power cuts, lack of motor drive or power management malfunction requiring replacement of the control module.

Compatibility

Compatibility explicitly stated: Xiaomi M365.

Expert advice

Before replacement, confirm the reference of the controller installed on your Xiaomi M365 (V3 version indicated) and the absence of additional faults (36V battery, connectors, 350W motor, wiring harness). During installation, switch off all power supplies, handle the controller with care (static electricity, connectors) and check the condition of cables and insulation to avoid false contacts or short circuits. After installation, carry out a progressive test (wheel up, then short-distance test) to validate acceleration behavior and operating stability.