Welcome, RealBot-L2!
RealMan Robotics’ RealBot L2 is a full size wheeled humanoid designed for home service, retail environments, and robotics data collection. Its mobile base supports obstacle avoidance, while its arms support goods sorting. The robot stands 170 cm tall and weighs 120 kg, with a maximum travel speed of 3.6 km/h. A lifting torso provides 30 cm of vertical adjustment and contributes to a working range extending from ground level to 2.1 m. Each arm supports a payload of 5 kg, and interchangeable end effectors allow operators to choose grippers or dexterous hands. The platform has 17 active degrees of freedom and approximately six hours of runtime per charge. Computing options include NVIDIA Jetson AGX Orin with 64 GB of memory or D Robotics S100. Its overall skill score of 2 out of 10 places it in the preliminary capability tier, with Navigation and Manipulation each rated 1 out of 5. These ratings distinguish its demonstrated functional scope from the breadth of its hardware specifications.
Obstacle avoidance and goods sorting define the robot’s core physical capabilities. For movement through shared spaces, its safety features include force compliance and dynamic obstacle avoidance. Stereo RGB cameras in the head and RGB depth cameras at the hands provide visual inputs, with optional depth sensing available for the head. For goods sorting, the combination of two arms, a vertically adjustable torso, and interchangeable end effectors provides a configurable manipulation setup. The 5 kg payload rating applies to each arm, rather than indicating unrestricted lifting ability across every posture. WiFi and wired connectivity support deployment infrastructure. Together, these features make the platform relevant to structured sorting tasks and obstacle aware movement within home service or retail settings.
RealBot L2 is listed as in production, with an advertised price of USD 35,000. Its manufacturer, RealMan Robotics, is based in Beijing and is known for ultra lightweight robotic arms. The platform brings that arm technology into a wheeled humanoid format, combining mobile positioning with an adjustable upper body. Its broader significance lies in offering an integrated platform for service robotics and data collection without relying on legged locomotion. Buyers can assess the combination of runtime, payload, computing options, and interchangeable end effectors against their intended environment. The preliminary skill rating remains an important qualification: the listed hardware and production status do not establish broad, mature task autonomy.
