Realman Dual-Arm Mobile Compound Robot Platform for Education, Research, and Intelligent Training

The RealMan dual-arm lifting compound robot platform is designed to provide a powerful training platform for robot education. The platform is fully independently developed and implements robot mapping navigation, path planning, robot arm kinematics, dynamics, trajectory planning, visual recognition, and other algorithms and applications, providing an open software framework to support teaching and scientific research.

The platform integrates various humanoid functional devices such as mobile chassis, deep vision, voice module, ultra-light humanoid robot arm, five-finger dexterous hand, two-finger gripper, etc. At the same time, ultrasonic, laser radar, and visual sensors installed on the mobile chassis make the platform safer and smarter.

• Compact & Flexible - Ultra-small size (Ø11.5cm arm), fits tight spaces with humanoid arm dimensions.
• Open & Compatible - Supports C/C++/C#/Python, Windows/Linux/ROS protocols.
• Modular Design - Integrated and easy to assemble/disassemble, boosting efficiency.
• Safe & Smart - Drag-to-program, real-time collision detection with torque limit stop.
• Built-in Controller - Integrated inside the arm; no external cabinet needed.
• Low Power Usage - Runs on DC 24V, ideal for mobile or outdoor use.