• Dobot Magician Go - Terra-Robotics
  • Dobot Magician Go - Terra-Robotics
1 2

SKU: 53133

Dobot

Dobot Magician Go

Dobot Magician Go

RRP
€1.700,00 EUR
€1.700,00 EUR €1.700,00 EUR
Sale Sold out

excl. VAT
View full details

Product details

Switch between the tabs to view content.

Product description

Dobot Magician Go: The Omnidirectional AI Robot Platform with Magic Box Controller & Arm AI Camera

The Dobot Magician Go is a highly flexible, omnidirectional robot platform for educational institutions, AI labs, and developers looking to test practical applications in the fields of logistics, autonomous navigation, and mobile manipulation. Powered by the high-performance Magic Box Controller and complemented by a dedicated Arm AI camera with a K210 dual-core RISC-V processor, the compact chassis transforms static workstations into fully dynamic automation systems. Thanks to extended interfaces, robust construction made of aluminum alloys and stainless steel, and flexible programming in Blockly, Python, and MicroPython, the Magician Go offers a top-tier overall package for modern robotics projects.

Highlights of the Magician Go Base Platform

  • Robust Materials & Construction: High-quality mix of engineering plastics, aluminum alloys, and stainless steel with compact dimensions of 463 × 293 × 125 mm.
  • High Payload & Performance: 5 kg dead weight with a 5 kg maximum payload and up to 1 m/s driving speed.
  • Flexible Control & Connectivity: Supports 2.4GHz remote control, Bluetooth, USB-Serial, script control, and wired modes.
  • Long Operating Time: The integrated battery allows for up to 150 minutes of continuous operation with combined line tracking and robot arm movements.

Highlights of the Magic Box Controller & Arm AI Camera

  • Magic Box Controller: ARM 32-bit Cortex-M4 processor with extensive I/O interfaces (AD, PWM, I2C), 2 motor expansion interfaces for stepper motors, and MicroPython support.
  • AI Processor Onboard: K210 dual-core RISC-V 64bit @ 400MHz AI chip with 8 MB of memory and 16 MB of flash for high-performance image processing.
  • Integrated Camera Optics: 150° ultra-wide angle (FOV) with OV2640 image sensor (1600 × 1200), F/2.4 aperture, and integrated LCD screen (320 × 240).
  • Versatile Software Support: Programming via DOBOTLab (Blockly/Python) as well as direct MicroPython control.

Technical Specifications of the Magician Go Base Platform (Data Sheet)

Feature Details
Dimensions & Dead Weight 463 × 293 × 125 mm | Dead weight: 5 kg
Materials Engineering plastics, aluminum alloys, stainless steel
Payload & Speed Max. Load: 5 kg | Max. Speed: 1 m/s
Performance Data & Battery 60W rated power | 12V rated voltage | Endurance: Max. 150 min
Communication & Modes 2.4GHz remote control, USB-Serial, Bluetooth | Wired & script control
Operating Temperature 0° to 45° C
Software Platform DOBOTLab (Blockly / Python programming)

Technical Specifications of the Magic Box Controller

Feature Details
Processor & Rated Voltage ARM 32-bit Cortex-M4 | 10 to 12 V
Power & Communication Ports 4Pin power connection (Magician Go & Arm) | 10Pin communication (Magician Go & Arm)
USB Interfaces 1x USB Type-C (PC Serial) | 1x USB (extensions, e.g., joystick receiver)
I/O & Motor Extensions 2x I/O for chassis/Arm AI camera | 4x user I/O (AD, PWM, I2C) | 2x stepper motor ports
Power Outputs & Memory 2x 12V power interfaces (input/output) | Virtual USB drive space: 188 kb
Programming Language MicroPython

Technical Specifications of the Arm AI Camera

Feature Details
AI Processor & Memory Main control chip: K210 (dual core RISC-V 64bit @ 400MHz) | 8MB RAM | 16MB flash
Interfaces & Memory Card USB Type-C | 4Pin communication interface | Micro-SD slot
Camera Sensor & Optics 1/4" sensor | OV2640 image sensor | Focal length: 1.7 mm | Aperture: F/2.4
Resolution & Field of View Array size: 1600 × 1200 | Field of View (FOV): 150°
Housing & Dimensions Engineering plastic | 54 × 61 × 28 mm
Integrated Screen LCD screen resolution: 320 × 240

Advantage for professionals: The Dobot Magician Go offers a comprehensive hardware and software architecture for mobile AI manipulation. The synergy of a robust metal chassis, the versatile Magic Box controller, and onboard AI image processing via the K210 chip makes the system the perfect, future-proof platform for demanding teaching and research projects in the field of autonomous mobile robotics.