Kpower M0200 Metal-Gear Servo Motor, 4.8–8.4 V for RC Cars, Drones and Robotics

Kpower

$35.00 USD

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Version M0200

Hoeveelheid

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Overview

The Kpower M0200 is a metal-gear servo motor for remote-control cars, drones, robots and smart-home mechanisms. Its plastic housing, brushed DC motor and potentiometer-based position sensing support controlled angular movement. Operating from 4.8–8.4 V, it has a specified 120° travel range, with customization indicated. Wear-resistant gears, stall protection and position-feedback availability provide useful features for projects requiring mechanical actuation.

Features

Precision-machined, wear-resistant metal gears and a plastic housing.
Long-life potentiometer for position sensing.
Position feedback available; implementation and configuration are unspecified.
Stall protection.
Splash and dust protection, with an IP42 rating specified.
DC brushed motor and two ball bearings.
PWM, TTL and RS-485 listed as control protocols.

Specifications

Parameter	M0200 specification
Model	M0200
Product designation	20G; standard metal-gear servo
Stall torque	3.5 kg
Rated torque	0.9 kg
No-load speed	0.12 s/60°
Weight	25 g
Dimensions	31.8 × 16.4 × 29.6 mm
Travel angle range	120°; customizable
Operating voltage	4.8–8.4 V
Horn gear spline	25T, Ø5 mm
Gear material	Metal
Motor	DC brushed
Protocol	PWM \| TTL \| RS-485
No-load current	1900 mA
Position sensor	Potentiometer
Case material	Plastic
Ball bearings	2BB
Working frequency	50–333 Hz
Operating temperature	−10 to 50 °C
IP rating	IP42

Torque values retain the supplied unit, kg; no torque-arm unit or test voltage is specified. The operating conditions for the stated speed and current are not specified. Protocol configuration and position-feedback implementation are not defined. The 20G designation is retained separately from the specified 25 g weight.

Applications

Remote-control cars: Actuate steering or other angular linkages using the metal gear train and specified 120° travel.
Drones: Move control linkages or adjustable mechanisms where potentiometer-based angular positioning is required.
Robots: Position small joints or linkages using the brushed motor and metal gears; position feedback is available.
Smart-home mechanisms: Operate movable linkages that require controlled angular travel within the specified voltage and temperature ranges.