Kpower RC30P Coreless Digital Servo, 32 kg·cm at 7.4 V, for RC Cars and Desktop Robotics

Kpower

$139.00 USD

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Version RC30P

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Overview

The Kpower RC30P is a coreless digital servo for RC cars, desktop robotics and controlled positioning tasks. It combines an aluminum-alloy case, metal gears and magnetic-encoder feedback in a 40 × 20 × 37.8 mm body weighing 60 g. Stall torque is 32 kg·cm at 7.4 V, while no-load speed is 0.15 s/60° at 6.0 V, providing useful reference points for load and motion requirements.

Features

Coreless motor with digital servo control.
Aluminum-alloy case and metal gear train.
Magnetic encoder for position sensing.
25T, Ø6 mm horn spline and two ball bearings.
120° travel angle, with customization stated for the travel range.
PWM, TTL and RS-485 protocols listed.

Specifications

Parameter	RC30P specification
Model	RC30P
Servo type	Digital servo
Stall torque	32 kg·cm at 7.4 V
Rated torque	8 kg*
No-load speed	0.15 s/60° at 6.0 V
Weight	60 g
Dimensions	40 × 20 × 37.8 mm
Travel angle range	120°; customizable
Operating voltage	4.8–8.4 V
Horn gear spline	25T, Ø6 mm
Gear material	Metal
Motor	Coreless
Protocol	PWM / TTL / RS-485
No-load current	4000 mA
Position sensor	Magnetic encoder
Case material	Aluminum alloy
Ball bearings	2BB
Working frequency	50–333 Hz
Operating temperature	−10 to 50 °C
IP rating	IP42

*The rated-torque unit is incomplete; 8 kg must not be interpreted as 8 kg·cm without confirmation. Stall torque is not a continuous operating rating.

Applications

1/8- and 1/10-scale RC cars: steering and linkage actuation using the metal gear train and 25T, Ø6 mm horn interface.
Desktop robots, desktop robot arms and educational robots: compact joint and linkage positioning with digital control and magnetic-encoder feedback.
Bio robots and service robots: articulated mechanism positioning using the 120° travel range.
Industrial automation: positioning small mechanisms where the specified size, voltage range and motion characteristics suit the design.
Table-tennis serving machines: adjustment of mechanical aiming or feed linkages within the servo’s travel and load limits.
Fixed-wing drones: control-surface linkage actuation where the servo’s dimensions, travel and electrical requirements fit the installation.
Medical-device mechanisms: mechanical positioning tasks using the compact servo format.