Welcome, YMBot D4!

The YMBot D4 is an industrial mobile humanoid robot that combines a humanoid upper body with a folding wheeled chassis. Manufactured by Jiangsu Yunmu Intelligent Manufacturing Technology Co., Ltd., it is designed for factory and logistics environments where mobility and object manipulation need to work together. Its two articulated arms and dexterous hands support sorting goods and assembling products, while obstacle avoidance supports movement through work areas. Each hand has five fingers, giving the platform a familiar physical arrangement for handling objects. The robot stands 165 cm tall, weighs 100 kg, and has a listed maximum speed of 5.4 km/h. Its specifications list a strength capacity of 10 kg and an operating time of eight hours per charge. A folding structure makes transportation and storage more convenient. Its overall skill score of 3 out of 10 places it in the developing category, with navigation rated 1 out of 5 and manipulation rated 2 out of 5. These ratings distinguish its current development level from more mature humanoid systems.

Obstacle avoidance, sorting goods, and assembling products define the D4’s practical capability profile. Its wheeled base provides locomotion, while the paired arms bring manipulation into the same platform. For goods sorting, this combination connects movement around a workspace with physical object handling. For product assembly, the two arms provide a configuration for coordinated manipulation involving both hands. The listed connectivity includes RJ45 Gigabit Ethernet, and the platform supports ROS 2 communication compatibility, technical details relevant to integration planning. Its navigation and manipulation ratings remain modest, so deployment assessment should concentrate on specific sorting and assembly tasks rather than assume broad autonomy. Relevant evaluation criteria include object characteristics, workspace layout, obstacle conditions, and the consistency required for each operation.

The YMBot D4 is listed as a prototype from China, with a displayed price of USD 55,000 and an option to inquire about pricing. Its prototype status is important for organizations assessing readiness, procurement expectations, and the work involved in introducing a robot into an industrial setting. The platform represents an approach to humanoid robotics that pairs an anthropomorphic upper body with wheeled mobility rather than legged locomotion. This configuration places attention on practical movement and manipulation within factories and logistics facilities. Its broader significance lies in combining these functions in one industrial platform, while its developing skill score keeps expectations grounded. Prospective evaluations should prioritize demonstrations of obstacle avoidance, goods sorting, and product assembly under representative operating conditions.