Shaoyang University recently added a Composite Collaborative Robot to its robotics lab, and students couldn’t be more excited. This robot isn’t just any machine – it’s a combo of a mobile platform, a 6-axis robotic arm, a deep vision system, and voice control, all rolled into one. Perfect for hands-on learning in AI, robotics, and human-robot interaction.
What Makes This Robot Special
- It Moves and Thinks on Its Own
Thanks to a high-precision LiDAR, the robot can scan indoor spaces, build real-time maps, avoid obstacles, and find the best path to wherever you tell it to go. Students can see autonomous navigation in action – a real “wow” moment in class. - A 6-Axis Arm That Can Grab Anything
The arm can carry up to 3kg, reach 680mm, and position itself with ±0.02mm accuracy. Its multi-finger gripper lets students experiment with picking up objects of all shapes and sizes. Best part? The controller is built-in and the code is open, so students can dive into motion modeling and programming. - See the World in 3D
A 2MP depth camera lets the robot detect objects, gestures, and even faces. Combine that with the arm, and you can guide it to pick things up with precision – perfect for lessons in computer vision and robotics manipulation. - Talk to It – Literally
Students can give voice commands to make the robot move, pick up items, or even deliver products. It understands natural instructions and responds, which makes learning human-robot interaction fun and interactive. - Smart Cloud Support
The robot is linked to a cloud platform running large AI models. Students can ask questions, get troubleshooting help, or analyze robot behavior remotely – a great way to teach AI integration and real-world problem-solving.
How Students Are Using It
At Shaoyang University, the robot is part of courses and projects like:
- Robotics & Automation: ROS programming, motion control, and autonomous navigation exercises.
- Computer Vision: Object detection, gesture recognition, and visual guidance for the robotic arm.
- Human-Robot Interaction: Voice-controlled navigation and collaborative tasks.
- Industry Simulations: Warehouse sorting, product delivery, and intelligent logistics.
- AI Experiments: Cloud-based AI operations and multi-robot coordination research.
Students can do 15+ hands-on experiments, from basic ROS tutorials to vision-guided object picking, combining theory and practice in a really engaging way.
Why This Robot Is a Game-Changer
The Composite Collaborative Robot brings mobility, collaboration, vision, and AI together. It’s not just a mechanical arm anymore – it’s a full learning platform. Students can work on real-world projects, explore smart logistics, or even just have fun making the robot respond to gestures and voice commands.
Wrap-Up
Shaoyang University’s new robot is more than a piece of equipment – it’s an invitation to explore, create, and learn. With its Composite Collaborative Robot, students gain practical skills, understand AI and robotics in depth, and get hands-on experience that textbooks alone can’t provide.
