Kpower P0090 9 g Plastic Gear Micro Servo for RC Aircraft, UAVs and Micro Robots

Kpower

$35.00 USD

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Version P0090

পরিমাণ

সম্পূর্ণ বিবরণ দেখুন

Overview

The Kpower P0090 is a 9 g plastic gear micro servo for RC aircraft, UAVs and compact robotic mechanisms. Its 22.7 × 12.5 × 26.9 mm body supports space-conscious installations, while a 275 mm lead provides connection reach. Torque is specified at 1.6 kg·cm at 4.8 V and 1.8 kg·cm at 6.0 V, with corresponding speeds of 0.10 and 0.09 s/60°.

Features

POM plastic gears and a translucent blue plastic housing with mounting tabs.
Coreless DC brushed motor with potentiometer position sensing.
Two ball bearings (2BB).
120° travel angle, with customizable travel specified.
21T output horn spline with a 4.8 mm diameter.

Specifications

Voltage-Dependent Performance

Parameter	At 4.8 V	At 6.0 V
Torque	1.6 kg·cm	1.8 kg·cm
Speed	0.10 s/60°	0.09 s/60°

Mechanical, Electrical and Environmental Specifications

Parameter	Value
Model	P0090
Product type	Plastic gear micro servo
Stall torque	1.8 kg·cm
Rated torque	0.5 kg; complete torque unit not specified
No-load speed	0.09 s/60°
Weight	9 g
Dimensions	22.7 × 12.5 × 26.9 mm
Wire length	275 mm
Travel angle range	120°; customizable
Operating voltage	4.8–8.4 V
Horn gear spline	21T, Ø4.8 mm
Gear material	POM
Motor	DC brushed; coreless
Protocol	PWM / TTL / RS-485
No-load current	1000 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

RC aircraft and fixed-wing UAV mechanisms: compact servo actuation for control linkages where the 9 g weight and small body help limit installation mass and space.
Micro robots and multi-legged bionic robots: joint and linkage actuation using a compact servo with 120° travel.
Smart finger robots: small finger-linkage mechanisms that benefit from the compact housing and 275 mm lead.
STEAM education and robot toys: moving joints and demonstration mechanisms using a lightweight plastic gear servo.
Intelligent medical-device mechanisms: compact mechanical actuation where a small, lightweight servo is required.