The Realman RMC-SA is a single-arm compound robot that integrates a mobile chassis, one robotic arm, and supporting compute and interfaces into a single all-in-one mobile manipulator. Realman classifies compound robots as integrated systems that go beyond a standalone arm by combining mobility, sensing, and interaction so the robot can move through an environment and physically act on it. The integrated design is space-saving and simplifies deployment compared with sourcing an autonomous mobile robot separately and then engineering a custom arm mount, power distribution, and safety stack. Its autonomy layer provides mapping, navigation, and path planning paired with vision recognition, so the platform can localise itself, approach a station, and execute a manipulation routine.

Roughly 1360 mm tall with a maximum arm span around 1040 mm and a weight of about 72 kg, the RMC-SA is well suited to structured indoor environments such as labs, warehouses, stores, and manufacturing spaces. Realman emphasises an open software framework and rich control cases, positioning it for research, education, and algorithm development where teams need direct access to SLAM, motion planning, and perception pipelines rather than a fixed-function appliance. A layered protection stack — laser scanning obstacle avoidance, visual obstacle avoidance, force sensors, and an emergency stop — supports operation in mixed indoor spaces where people, carts, and other equipment may be present.