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Description
| Product model | DT-AC-GO4WD-01E |
| Product weight | 5 kg |
| Main material | ABS+PC engineering plastic, aluminium alloy, stainless steel |
| Communication modes | 2.4 GHz remote control, USB serial connection, Bluetooth |
| Control modes | 2.4G joystick, Bluetooth wireless control, wired control, script control |
| Dimensions | 463 × 293 × 125 mm |
| Max payload | 5 kg |
| Rated power | 60W |
| Runtime (automatic mode) | Line following + arm movement up to 150 min |
| Maximum speed | 1 m/s |
| Rated voltage | 12V |
| Operating temperature | 0–35°C |
| Control software | DobotLab (Blockly/Python); DobotLink required for connection and firmware updates |
| Model | DT-MB-CTR01-1E |
| CPU | ARM 32-bit Cortex-M4 |
| Operating voltage | 10–12V |
| Power connector | 4PIN (2 occupied) — powers the Magician GO and the robot arm |
| Communication port | 10PIN interface (2 occupied) |
| USB Type-C | Data transfer with PC |
| USB A port | For connecting the joystick receiver |
| I/O interfaces | 2 occupied (chassis and camera), 4 available for customisation: I/O, AD, PWM, I2C |
| Motor ports | 2 × for stepper motors |
| 12 V power ports | 2 × input and output |
| Main processor | K210 (dual-core RISC-V 64-bit @ 400 MHz) |
| Memory | 8 MB + 16 MB flash |
| Connections | USB Type-C, 4PIN communication, Micro-SD slot up to 32 GB |
| Camera parameters | Lens: 1/4″ sensor Aperture: F2.4 Resolution: 1600×1200 px Focal length: 1.7 mm Module: OV2640 Field of view (FOV): 150° |
| Materials | ABS+PC engineering plastic |
| Dimensions | 54 × 61 × 28 mm (without mount) |
| Screen | 2 × colour LCD, 320 × 240 resolution |
| Bluetooth dongle | Type: USB 2.0, BLE 4.2 Range: 15 m (open field) Dimensions: 72 × 27.8 × 12.3 mm Weight: 20 g Voltage: 5 V Features: automatic compatibility, one-button pairing |
| Dimensions | 156 × 102 × 60 mm |
| Weight | 190 g |
| Battery | 500 mAh |
| Charging port | Micro USB |
| Connection | 2.4GHz wireless |
| Certifications | CE-RED, CE-LVD, RoHS, FCC SDOC, FCC ID, UN 38.3 |
| In the box | Quick start guide ×1 Map accessory kit ×1 Bluetooth receiver ×1 AI camera kit ×1 Power unit (built-in) ×2 Magic Box ×1 Map set (packed separately) ×1 Camera calibration card ×1 Magician GO cover panel ×1 Joystick kit ×1: – Joystick ×1 – USB connector ×1 – Charging cable ×1 Power adapter ×1 Tool kit ×1: – 1.5 mm / 2.0 mm / 2.5 mm hex keys ×1 – M2×25 screws ×1 – M3×6 screws ×2 – M3×8 countersunk screws ×2 – M2 hex nuts ×2 – USB cable ×1 |
Additional information
| Payload, kg | 0.5 – 1 |
|---|---|
| Reach, mm | <500 |
| Precision | 0.2 |
| Safety skin presence | No SafeSkin |
| Application industry | Educational institutions and training |
| Specific application | Demonstration and training scenarios |
Omnidirectional system
Using Mecanum wheels, Magician Go moves in any direction without changing its orientation – forward, sideways and rotating. It operates in more complex and tighter spaces and adapts to different applications in various conditions.
Coordinate system and map navigation
Magician Go has a built-in odometer that obtains real-time location information. Using custom simulation to create a realistic dynamic environment, users can conveniently monitor the robot’s movement status and perform autonomous path planning.
AI vision and autonomous driving
DOBOT Magician Go uses on-device visual recognition such as image, face and text recognition. Based on its vision system, DOBOT Magician Go performs several autonomous driving scenarios, including intelligent route inspection, road sign detection, pedestrian detection and intelligent sorting with a robot arm.
Rich accessory options for extended learning
Working with RobotLab to enable more AI and hardware interaction scenarios, DOBOT Magician GO supports graphical and Python programming, opening up more opportunities for students of all ages to learn AI technologies such as autonomous driving.