
Overview
The Kpower DHV826 is a digital metal-gear servo motor for remote-control airplanes, drones, gliders and robotic arms. Its coreless motor, steel gears and 40 × 20 × 39 mm housing provide a compact actuator for controlled angular movement. A 120° ± 3° travel angle and voltage-specific torque and speed figures help buyers assess movement requirements, while PWM, TTL and RS-485 are listed control interfaces.
Features
- Digital servo with a coreless motor and high-precision steel gears.
- CNC-machined 7075 aluminum case.
- High-torque model classification, with performance values detailed by operating voltage below.
- Listed control interfaces: PWM, TTL and RS-485.
- Signal range of 900–2100 μs, 3 μs dead band and 50–333 Hz refresh frequency.
Specifications
| Parameter | Value |
|---|---|
| Brand / model | Kpower DHV826 |
| Servo type | Digital, metal-gear, coreless servo |
| Model classification | High torque |
| Gear material | Steel |
| Case material and construction | 7075 aluminum; CNC-machined case |
| Motor type | Coreless |
| Dimensions | 40 × 20 × 39 mm |
| Operating voltage range | 4.8–7.4 V |
| Upper-voltage support | Up to 8.4 V; DHV series high-voltage rating: 8.4 V |
| Operating temperature | −10 to +50 °C |
| Signal range | 900–2100 μs |
| Dead band | 3 μs |
| Travel angle | 120° ± 3° |
| Refresh frequency | 50–333 Hz |
| Listed control interfaces | PWM, TTL, RS-485 |
| Wire gauge / insulation | 22 AWG PVC |
Performance by Operating Voltage
| Parameter | At 6.0 V | At 7.4 V |
|---|---|---|
| No-load speed | 0.14 ± 0.01 s/60° | 0.12 ± 0.01 s/60° |
| Stall torque | 24.0 ± 0.20 kg·cm | 26.0 ± 0.20 kg·cm |
| No-load current | 700 ± 30 mA | 900 ± 30 mA |
| Stall current | 3200 ± 40 mA | 3600 ± 50 mA |
Additional DHV826 Performance Ratings
| Parameter | Value | Rating conditions |
|---|---|---|
| Torque | 25.7 kg·cm | Operating voltage and torque test condition unspecified |
| Speed | 0.11 s/60° | Operating voltage and load condition unspecified |
Applications
- RC airplane and glider control linkages: use the servo's controlled angular travel to move aircraft control mechanisms, with the published dimensions supporting installation planning.
- Drone mechanism actuation: drive an angular linkage using the digital servo and metal gear train, with voltage-specific speed and current figures available for system sizing.
- Robotic-arm joint or linkage movement: use the 120° ± 3° travel for bounded angular motion, selecting loads with reference to the voltage-specific stall torque ratings.
Documents
- Kpower DHV826 Drawing — Drawing (PDF)
- Kpower Servo 3 — Manual (PDF)
- OCServo OCS D9501 Manuel — Ocservo Ocs D 9501 Manuel (PDF)
- OCServo OCS 351CAN Drawing — Ocservo Ocs 351 Can Drawing (PDF)
Product Videos
Visual Details
Product Video
Features and Design




Options and Model Comparison

Additional Product Details


Interfaces and Connections

Application Examples




