Overview
The RCDrone T5001-10 and TS5001-10 are compact, high-performance MIT drive brushless servo joint module motors designed for advanced robotic applications. Featuring 1N·m rated torque, 2.5N·m peak torque, 253–255 rpm rated speed, and 1:10 planetary gear reduction, these servo modules deliver high power, large torque, and high precision in a lightweight form factor. Equipped with an 18-bit (T5001-10) or 18-bit + 14-bit (TS5001-10) dual absolute encoder, they provide precise position feedback with one-time calibration and zero-point setting. Communication is supported via RS485/CAN interface, ensuring reliable data transmission for robotics control systems.
Key Features
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High Precision Feedback – 18-bit or dual encoder design for accurate motion control.
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High Torque Density – 1N·m rated torque, 2.5N·m peak torque, compact Φ53mm housing.
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FOC Control – Field-Oriented Control for smooth, efficient operation.
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Multiple Control Modes – Torque, speed, and position control.
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Industrial-Grade Communication – RS485/CAN with UART support for flexible integration.
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Durable Build – Designed for robotics, ensuring stability in long-term operation.
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Lightweight & Compact – Only 155g (T5001-10) or 183g (TS5001-10), ideal for space-limited designs.
Technical Specifications
| Model | T5001-10 | TS5001-10 |
|---|---|---|
| Rated Voltage | 24V | 24V |
| Rated Current | 1.6A | 1.6A |
| Peak Power | 14W | 14W |
| Rated Torque | 1N·m | 1N·m |
| Peak Torque | 2.5N·m | 2.5N·m |
| Rated Speed | 253rpm | 255rpm |
| Encoder | 18-bit absolute | 18-bit + 14-bit absolute |
| Rotor Inertia | 140g·cm² | 140g·cm² |
| Gear Ratio | 1:10 planetary | 1:10 planetary |
| Control Modes | Torque / Speed / Position | Torque / Speed / Position |
| Communication | RS485 / CAN | RS485 / CAN |
| Dimensions | Φ53 × 34.2mm | Φ53 × 36mm |
| Weight | 155g | 183g |
Interface Definition
| Pin | Function |
|---|---|
| A/H | RS485-A or CAN-H |
| B/L | RS485-B or CAN-L |
| V- | Negative Power Supply |
| V+ | Positive Power Supply |
| T | UART Transmitter |
| R | UART Receiver |
| G | Signal GND |
Applications
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Legged Robots – Stable motion control for quadrupeds and humanoids.
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Industrial Robots – High-precision servo joints for robotic arms.
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Patrol Robots – Reliable drive units for autonomous mobile platforms.
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Medical Robots – Lightweight and accurate for exoskeletons and rehabilitation devices.
Details



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