Kpower DHV300 Digital Servo Motor, 6.0–7.4 V, 180° Travel for RC Models and Robotics

Kpower

$91.00 USD

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Version DHV300

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Overview

The Kpower DHV300 is a digital servo motor for positioning tasks in RC models, robotic mechanisms and smart-home linkages. It operates at 6.0–7.4 V and provides 180° ± 3° travel, with listed stall torque of 30.6 ± 0.20 kg·cm at 7.4 V. A brushless motor, aluminum-alloy gears and a 7075 aluminum middle case support a mechanically integrated servo design with a splined output and slotted mounting tabs.

Features

DHV300 digital servo, marked HV DIGITAL and classified as a high-torque model.
Brushless motor with aluminum-alloy gears.
7075 aluminum middle case.
Splined output shaft with a central threaded opening for attaching a suitable linkage or horn.
Mounting tabs with four open-ended mounting slots.
900–2100 μs control signal range, 3 μs dead band and 50–333 Hz refresh frequency.

Specifications

Parameter	DHV300
Brand	Kpower
Model / version	DHV300
Servo designation	HV DIGITAL; high torque
Gear material	Aluminum alloy
Case material	7075 aluminum middle case
Motor type	Brushless
Signal range	900–2100 μs
Operating temperature	−10 to +50 °C
Dead band	3 μs
Travel angle	180° ± 3°
Refresh frequency	50–333 Hz
Operating voltage range	6.0–7.4 V
Wire specification	22 AWG PVC
Output shaft	Splined, with central threaded opening
Mounting	Tabs with four open-ended slots

Performance by Supply Voltage

Parameter	At 6.0 V	At 7.4 V
No-load speed	0.16 ± 0.01 s/60°	0.15 ± 0.01 s/60°
Stall torque	28.5 ± 0.20 kg·cm	30.6 ± 0.20 kg·cm
No-load current	180 ± 30 mA	190 ± 30 mA
Stall current	2800 ± 40 mA	3000 ± 50 mA

Applications

RC car steering and aircraft control linkages: the splined output provides a linkage attachment point, while 180° ± 3° travel supports angular positioning within the mechanism’s required range.
Robotic arm and joint linkages: digital positioning and the voltage-specific torque values support selection for mechanisms requiring controlled angular movement.
Smart-home mechanisms: use the servo’s angular travel to position a suitably designed mechanical linkage within the 6.0–7.4 V operating range.