Dobot Magician Go
The Magician Go is an advanced mobile platform designed to bring mobility and intelligence to the Magician Lite robotic arm. Equipped with AI-powered cameras and omnidirectional movement, it enables diverse application scenarios and hands-on robotics exploration.
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Expand Learning Mobility
The Dobot Magician Go is an innovative mobile platform that enhances the functionality of the Magician Lite robotic arm. Designed for educational and training environments, it features two AI-powered cameras—one on the front chassis and another on the robotic arm’s tip to enable dynamic learning and versatile applications. With omnidirectional mecanum wheels, the platform can move in multiple directions, including sideways and diagonal, allowing smooth operation even in compact spaces. Its integrated odometer provides real-time positional feedback, supporting smart navigation and path planning. The locally deployed AI enables image, text, and facial recognition, making it ideal for exploring advanced robotics concepts. When paired with DobotLab software, it supports Python and graphical programming for customized, project-based learning.
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Grade level
- Supports robotics learning through hands-on activities with AI, automation, and programming integration.
Features
- Enables mobility and real-time path planning for robotic arms
- Offers autonomous driving using locally deployed AI algorithms
- Provides flexibility for complex movement in limited spaces
- Enhances classroom engagement with practical robotics activities
- Supports a range of programming options for hands-on experimentation
Unlock the Possibilities
What’s In The Box
- Magician Go mobile platform
- Two AI powered cameras, one on the front chassis and one mounted on the robotic arm
- Mecanum wheels enabling omnidirectional movement
- Built-in odometer for real-time position tracking
- Compatibility with DobotLab software for programming
- Hardware modules that work together for customized tasks
Learning Outcomes
Hands-On Robotics Skills
Understanding AI-assisted robotic mobility
Programming Capabilities
Developing programming and automation concepts through practical experimentation