Kpower HBL200 Metal-Gear Brushless Servo Motor, 22.6 kg·cm at 7.4 V, for RC Cars, Aircraft and Robotics

Kpower

$121.00 USD

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Version HBL200

Miktar

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Overview

The Kpower HBL200 is a metal-gear brushless servo motor for remote-control cars, aircraft and robotic positioning mechanisms. It provides 19.5 kg·cm of torque at 6.0 V and 22.6 kg·cm at 7.4 V, with a listed operating range of 4.8–8.4 V. Its 65 g weight, potentiometer position sensor and 120° customizable travel support selection for compact mechanisms requiring controlled angular movement.

Features

HV-labelled brushless motor with metal gearing; the HBL series specifies high-precision metal gears.
Voltage-conditioned torque ratings: 19.5 kg·cm at 6.0 V and 22.6 kg·cm at 7.4 V.
Potentiometer position sensing and 120° travel, described as customizable.
25T horn spline with a 5.82 mm diameter.
Aluminum-alloy and plastic case with two ball bearings.
Listed control protocols: PWM, TTL and RS-485.

Specifications

Parameter	HBL200 value	Condition or qualifier
Motor	Brushless	HV-labelled
Torque	19.5 kg·cm	At 6.0 V
Stall torque	22.6 kg·cm	At 7.4 V
Rated torque	5.5 kg	Torque unit is incomplete; voltage condition unspecified
Weight	65 g	—
Dimensions	40 × 20 × 39.4 mm	—
Travel angle range	120°	Customizable
Operating voltage	4.8–8.4 V	Torque values above retain their individual voltage conditions
Horn gear spline	25T, Ø5.82 mm	—
Gear material	Metal	HBL-series high-precision gearing
Protocol	PWM / TTL / RS-485	—
No-load current	4000 mA	Voltage condition unspecified
Position sensor	Potentiometer	—
Case material	Aluminum alloy + plastic	—
Ball bearings	2BB	Two ball bearings
Working frequency	50–333 Hz	—
Operating temperature	−10 to 50 °C	—
IP rating	IP42	—

Applications

1/8- and 1/10-scale RC cars: operate steering linkages using the metal-gear transmission and voltage-conditioned torque ratings.
R/C aircraft, fixed-wing drones and other UAVs: position control linkages with angular travel and potentiometer feedback.
Desktop robot arms and robotics: drive angular joints or positioning mechanisms using the brushless motor and metal gearing.
Table-tennis serving machines: position adjustable serving mechanisms using controlled angular movement.
Industrial automation: actuate compact positioning mechanisms using the listed control interfaces and 120° travel.
Medical equipment: provide mechanical positioning within equipment designs using the servo's angular motion and position sensing.