The Hitec HSR-M9382TH is a high-performance programmable digital servo actuator engineered for demanding commercial, industrial, robotic and automation applications.
Combining a highly efficient brushless motor, magnetic encoder, titanium-alloy gearing and dual ball-bearing support, the HSR-M9382TH delivers up to 34 kg·cm (472 oz-in) stall torque from a compact standard-size servo package.
The servo operates from 6.0–7.4V DC and supports PWM control. Its programmable architecture allows adjustment of operating parameters including travel, direction, speed, fail-safe position, deadband and soft-start characteristics. It can also be configured for continuous rotation, making it particularly versatile for robotics and specialised motion-control systems.
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| Manufacturer | Hitec |
| Model | HSR-M9382TH |
| Servo Type | Programmable Digital Servo / Actuator |
| Rotation | Continuous Rotation Capable / Programmable |
| Control Protocol | PWM |
| Operating Voltage | 6.0–7.4V DC |
| Stall Torque | 34 kg·cm / 472 oz-in |
| No-Load Speed @ 6.0V | 0.17 sec/60° |
| No-Load Speed @ 7.4V | 0.14 sec/60° |
| Motor | Brushless (BLDC) |
| Position Sensor | Magnetic Encoder |
| Gear Material | Hybrid MPD first gear + 3 titanium/steel gears |
| Output Spline | 25T / H25T, Ø6mm |
| Bearings | Dual Ball Bearing |
| Dimensions | 40 × 20 × 38 mm |
| Approx. Weight | 68–72g* |
| No-Load Current | 250mA |
| Stall Current | Up to 2,700mA |
| Maximum PWM Signal Range | 800–2200µs |
| Programmable | Yes |
Programmable Functions
Depending on configuration and programming equipment, the HSR-M9382TH supports adjustment of:
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Rotation/endpoints
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Continuous rotation mode
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Direction
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Operating speed
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Fail-safe position
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Deadband width
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Soft start
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Multi-turn operation
Typical Applications
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Industrial automation
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Robotics
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Robotic arms and mechanisms
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Pan-and-tilt systems
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Remote-operated mechanisms
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Automated positioning equipment
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Research and development equipment
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Custom machinery
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Continuous-rotation drive systems
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High-torque motion control
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Prototype engineering systems
