Kpower HB200T Brushless Servo Motor, PWM, Magnetic Encoder for Large Fixed-Wing Drones

Kpower

$1,385.00 USD

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Version HB200T

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Overview

The Kpower HB200T is a PWM-controlled brushless servo motor for large fixed-wing drones, drone landing gear, robotic mechanisms and industrial automation. Its magnetic encoder provides position sensing, while CNC steel gears and an aluminum-alloy case form the mechanical assembly. Measuring 64 × 33 × 81.1 mm and weighing 435 g, it provides a defined installation envelope for integrating rotary actuation into equipment.

Features

Brushless motor with magnetic-encoder position sensing.
CNC steel gears and an aluminum-alloy case.
PWM control with a working frequency of 50–333 Hz.
Splined output shaft and mounting ears with through-holes; horn gear spline specified as 25T, Ø11.8 mm.
Six ball bearings, specified as 6BB.
120° ±2° travel angle, with customization indicated for the travel range.
1000 mm wire length.
Operation down to −40 °C and an IP42 rating.

Specifications

Parameter	HB200T specification
Model	HB200T
Stall torque	200 kg; lever-arm unit not specified
Rated torque	50 kg; lever-arm unit not specified
No-load speed	0.18 s/60°
Weight	435 g
Dimensions	64 × 33 × 81.1 mm
Travel angle range	120° ±2°; customizable
Operating voltage	12–24 V
Horn gear spline	25T, Ø11.8 mm
Gear material	Steel; CNC gears
Motor	Brushless
Protocol	PWM
No-load current	15000 mA
Position sensor	Magnetic encoder
Case material	Aluminum alloy
Ball bearings	6BB
Working frequency	50–333 Hz
Operating temperature	−40 to 85 °C
IP rating	IP42
Wire length	1000 mm

Voltage-Specific Performance

Parameter	At 8.4 V	At 12 V
Torque	145 kg·cm	195 kg·cm
Speed	0.2 s/60°	0.18 s/60°

The voltage-specific torque values are not identified as rated or stall torque. The 8.4 V performance point does not extend the specified 12–24 V operating range.

Applications

Large fixed-wing drones and large-drone landing gear: actuate rotary linkages using PWM control and magnetic-encoder position sensing.
Large-scale drones, special aircraft and eVTOL drones: integrate servo-driven mechanisms using the mounting ears, splined shaft and defined installation dimensions.
Service robots and commercial cleaning robots: position moving mechanisms with a brushless drive and steel gearing.
Industrial automation and industrial equipment: add controlled rotary movement to mechanisms using PWM commands and magnetic position sensing.
Logistics AGV vehicles: actuate onboard mechanisms with a servo offering a specified mounting envelope and 1000 mm wire length.