Kpower M09YY Metal-Gear Micro Servo, 12 g, 4.8–8.4 V for RC Aircraft and Micro Robots

Kpower

$35.00 USD

Vente Épuisé

Taxes incluses. Expédition calculé lors du paiement.

Version M09YY

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Overview

The Kpower M09YY is a 12 g metal-gear micro servo for RC aircraft, UAV mechanisms and micro robots. Its compact 23 × 12 × 24.3 mm body, mounting tabs and 270 mm three-wire lead support installation in small mechanisms. Operating from 4.8–8.4 V, it provides voltage-dependent torque and speed, with a DC brushed motor, potentiometer position sensing and a 900–2100 μs control-pulse range.

Features

Metal gearing and a splined output shaft for transmitting motion to a servo horn.
Opposing mounting tabs with mounting holes for securing the servo.
DC brushed motor with potentiometer position sensing and an 8 μs dead band.
Plastic case, two ball bearings and a 270 mm three-wire lead.
120° travel angle, with customization stated for the travel range.

Specifications

Parameter	Value
Model	Kpower M09YY
Product type	Metal-gear micro servo
Weight	12 g
Dimensions	23 × 12 × 24.3 mm
Operating voltage	4.8–8.4 V
Stall torque	5.5 kg (unit as supplied; lever-arm length unspecified)
Rated torque	1.4 kg (unit as supplied; lever-arm length unspecified)
No-load speed	0.13 s
Travel angle range	120°; customizable
Horn gear spline	25T, Ø5 mm
Gear material	Metal
Motor	DC brushed
Protocol	PWM / TTL / RS-485
No-load current	1300 mA
Position sensor	Potentiometer
Case material	Plastic
Ball bearings	2BB
Working frequency	50–333 Hz
Operating temperature	−10 to 50 °C
IP rating	IP42
Dead band	8 μs
Control-pulse range	900–2100 μs
Lead	Three-wire
Wire length	270 mm

Voltage-Dependent Torque and Speed

Parameter	At 5 V	At 8.4 V
Torque	3.5 kg·cm	5.5 kg·cm
Speed	0.16 s/60°	0.13 s/60°

Applications

RC aircraft and other RC models: actuate small control linkages using the compact 12 g servo and its mounting tabs.
UAV mechanisms: position small onboard mechanisms where the compact body and 270 mm lead help with installation and cable routing.
Micro robots: drive small joints or linkages using metal gearing and potentiometer-based position sensing.
Intelligent medical-device mechanisms: provide compact mechanical positioning within the stated electrical and operating limits.