The Realman DAP-D-75 is a dual-arm embodied AI development platform built for teams working on bimanual manipulation and embodied AI model training. In its commonly described configuration it pairs two RM75 family visual arms (RM75-B-V), 7-DOF units with a controller integrated into the arm rather than a large external cabinet, together with supporting sensors and end-effectors so operators can collect synchronised robot-state and vision data during demonstrations. The dual-arm architecture enables coordinated behaviours such as holding an object with one hand while manipulating it with the other, mirroring human two-handed tasks.

The platform is designed around a master-slave teleoperation and data-collection workflow in which an operator performs demonstrations while the system records robot motion and sensor data for later training, aligning with modern imitation-learning practice. It is a practical fit for academic labs, R&D teams, and applied robotics developers building and testing manipulation pipelines, and it doubles as an instructional system for courses covering kinematics, trajectory planning, and vision-based manipulation. An open development posture provides API access across common languages including C, C++, C#, and Python, with Windows, Linux, and ROS-based workflows supported.