UBTECH has shown Walker S2 autonomously sorting parts inside a 5G smart factory for the wind-energy sector. The scenario illustrates how humanoid mobility can connect workstations, containers and equipment already designed for people.
The next generation of humanoid robotics depends on high-quality data and hands that can perform varied tasks. The Tienkung Dex configuration available through Humatrix targets teams researching dexterous manipulation, reinforcement learning, vision-language-action models and teleoperation.
Universities, technology centres and R&D teams need open platforms to study locomotion, perception, control and interaction without building a complete humanoid from scratch. Walker Tienkung provides a human-scale base for secondary development.
Box logistics must cope with changes in position, size and sequence. Introduced by UBTECH in 2026, CRUZR Y1 is a wheeled industrial humanoid aimed at transport, loading, unloading and sorting on flat industrial floors.
Many warehouses and factories have narrow aisles, close workstations and changing flows. UBTECH designed CRUZR S2 as a wheeled industrial humanoid combining compact navigation with material manipulation.
Electronics production requires consistent handling, traceability and frequent adaptation to new references. A humanoid can bridge equipment, benches and containers that remain designed for human operators.
Retail distribution centres face demand peaks, diverse packaging and repetitive material movement. Industrial humanoids may absorb variation without requiring every workstation to be rebuilt around fixed automation.
Heavy industry includes repetitive operations with dense parts, awkward postures and high cadence. Humanoid robotics offers a way to automate selected points without rebuilding an entire factory at once.
A humanoid robot creates more value when it is connected to the wider material flow. Combining Walker S2 with AMRs, AGVs, conveyors and management software can link dexterous handling to autonomous transport.
Automotive manufacturing combines repetitive handling, demanding inspections and frequent product variants. Humanoid mobility, vision and manipulation can complement fixed automation while reducing exposure to low-ergonomy tasks.
