Kpower M0090 Metal-Gear Micro Servo, 3 kg·cm at 6 V, for RC Aircraft and Micro Robots

Kpower

$35.00 USD

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Version M0090

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Overview

The Kpower M0090 is a metal-gear micro servo for RC aircraft, UAV mechanisms and micro robots. Its DC brushed motor delivers a listed stall torque of 3 kg·cm at 6 V, while the 14 g weight supports lightweight mechanisms. A translucent blue plastic housing, mounting ears and interchangeable horns provide practical integration features for compact motion-control projects.

Features

Metal gears driven by a DC brushed motor.
Potentiometer position sensing and two ball bearings (2BB).
Translucent blue plastic housing with mounting ears.
120° travel angle, with customization stated.
25T horn spline with a 4.8 mm diameter.
Listed control protocols: PWM, TTL and RS-485.

Specifications

Parameter	M0090 specification
Product type	Micro servo
Stall torque	3 kg·cm at 6 V
Rated torque	0.5 kg; torque-arm unit not specified
No-load speed	0.08 s; model-specific speed notation: 0.08 s/60 at 6.0 V, with the angular unit unspecified
Weight	14 g
Travel angle range	120°; customizable
Operating voltage	4.8–8.4 V
Horn gear spline	25T, Ø4.8 mm
Gear material	Metal
Motor	DC brushed
Protocols listed	PWM, TTL, RS-485
No-load current	800 mA
Position sensor	Potentiometer
Case material	Plastic
Housing appearance	Translucent blue
Ball bearings	2BB
Working frequency	50–333 Hz
Operating temperature	−10 to 50 °C
IP rating	IP42

Applications

RC aircraft and other RC models: actuate control linkages with a lightweight, 14 g micro servo.
UAVs and fixed-wing drones: integrate compact linkage actuation using the mounting ears and interchangeable horns.
Micro robots and robot toys: drive small joints or moving mechanisms using the metal gear train and potentiometer position sensing.
STEAM education: build servo-driven motion demonstrations and small robotic mechanisms.
Smart-home mechanisms and luggage electronic locks: move small levers or latch linkages using the servo horn output.
Smart cameras: actuate small positioning mechanisms with the micro servo format.
Grass-cutter robots: operate small auxiliary linkages using the compact actuator.
Intelligent medical-device development: integrate small actuator-driven mechanisms where the listed operating specifications meet the design requirements.