Kpower M0900 Analog Servo Motor, 10.5 kg·cm, 0.13 s/60° for Robotics and R/C Models

Kpower

$37.00 USD

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Version M0900

Kuantiti

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Overview

The Kpower M0900 is an analog servo motor for robot joints, R/C models, industrial equipment and educational robot kits. Its model-specific specifications list 10.5 kg·cm torque and a speed of 0.13 s/60°, with no test voltage stated for either value. A splined output shaft, three-wire lead and four mounting holes support mechanical integration, while metal gears and a DC brushed motor provide the drive mechanism.

Features

Analog servo classified as a high-torque model.
Splined output shaft with a central threaded hole; horn spline specified as 25T, Ø5.7 mm.
Mounting ears with four mounting holes.
Three-wire lead for electrical connection.
Metal gears, a DC brushed motor and potentiometer position sensing.
Plastic case with two ball bearings (2BB).
120° travel angle, listed as customizable.

Specifications

Parameter	Value
Brand / model	Kpower M0900
Servo type	Analog
Model-specific listed torque	10.5 kg·cm; test voltage not specified
Rated torque, original unit notation	2.5 kg
Stall torque, original unit notation	10.5 kg
No-load speed	0.13 s/60°; test voltage not specified
Weight	58 g
Dimensions	40.7 × 19.8 × 37.7 mm
Travel angle range	120°; customizable
Operating voltage	4.8–8.4 V
Horn gear spline	25T, Ø5.7 mm
Output shaft	Splined, with central threaded hole
Mounting	Mounting ears with four mounting holes
Lead	Three-wire
Gear material	Metal
Motor	DC brushed
Listed protocols	PWM, TTL and RS-485; assignment to the supplied configuration is unspecified
No-load current	3000 mA
Position sensor	Potentiometer
Case material	Plastic
Ball bearings	2BB
Working frequency	50–333 Hz
Operating temperature	−10 to 50 °C
IP rating	IP42

Applications

Robot-joint actuation: Connect joint linkages to the splined output shaft and secure the servo through its four mounting holes.
R/C model mechanisms: Drive model linkages with the specified 120° travel and 0.13 s/60° no-load speed.
Educational robot kits: Build servo-driven joint and linkage demonstrations using the mounting ears and potentiometer-based position sensing.
Industrial-equipment mechanisms: Integrate rotary linkage actuation using the metal gear train, observing the 4.8–8.4 V operating range and −10 to 50 °C temperature range.