Kpower DMC026 Coreless Digital Servo, Titanium Gears, 25T for RC Models and Heli Tail/Rudder

Kpower

$41.00 USD

Vente Épuisé

Taxes incluses. Expédition calculé lors du paiement.

Version DMC026

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Overview

The Kpower DMC026 is a coreless digital servo for RC airplanes, helicopters, cars and boats, including tail/rudder control on 450–500 class helicopters. Its brushed coreless motor, machined titanium gears and aluminum mid case combine in a compact 36 × 15 × 29 mm body. A 25T output spline and voltage-specific torque and speed ratings help buyers assess mechanical fit and control requirements.

Features

Brushed coreless cup motor with digital servo control.
High-precision machined metal gears, specified as titanium.
Semi-aluminum construction with a CNC-machined aluminum alloy mid case.
2BB bearing arrangement and 25T output spline.
PWM, TTL and RS485 control compatibility.
Three-wire lead with a three-position connector.

Specifications

Parameter	Specification
Brand	Kpower
Model / type	DMC026 digital servo
Size designation	25G
Motor type	Brushed coreless cup motor
Case construction	Semi-aluminum; CNC-machined aluminum alloy mid case
Gear material and construction	Titanium; high-precision machined metal gears
Bearing type	2BB
Weight	26 g / 1.0 oz
Dimensions	36 × 15 × 29 mm / 1.4 × 0.6 × 1.1 in
Torque at 4.8 V	5.5 kg·cm
Torque at 6.0 V	6.8 kg·cm
Speed at 4.8 V	0.15 s/60°
Speed at 6.0 V	0.12 s/60°
Pulse width	1000–1500 μs
Dead band width	2 μs
Control interfaces	PWM / TTL / RS485
Listed connector/interface types	JR / FT / JST1.5 / JST2.0 / Other
Control lead	Three wires; three-position connector
Operating temperature	−20 to 60 °C
Output spline	25T
Waterproof	Yes; no ingress-protection rating specified
Certification	CE & FCC
RC applications	RC airplane, helicopter, car and boat
Specific helicopter application	450–500 class helicopter tail/rudder

Applications

Helicopter tail/rudder actuation: Intended for 450–500 class helicopters, with a 25T output spline for the control linkage.
RC model linkage control: Actuate mechanisms in RC airplanes, helicopters, cars and boats using the compact body and machined titanium gear train.
Drone mechanisms: Provide servo-driven linkage movement where a compact coreless digital actuator is required.
Smart-home mechanisms: Move small controlled mechanisms using the compact servo body and supported control interfaces.
Medical-equipment mechanisms: Provide controlled mechanical movement using the coreless motor and metal gear train.