UBTECH unveiled the UWORLD U1 Series at its June 30, 2026 global event in Shenzhen. The manufacturer describes it as the first full-size ultra-bionic humanoid range designed for scaled production and reported more than 13,361 cumulative orders by launch day.
UBTECH has introduced the UWORLD U1 series as a new generation of ultra-bionic humanoids for more natural interaction. The concept combines expressive movement, emotion recognition, agent memory and dialogue with AI models.
UBTECH presents Walker C1 for commercial-interaction scenarios including reception, guidance, tours and multilingual communication. Its humanoid appearance and mobility can support more natural experiences in showrooms, innovation centers and events.
Shared industrial mobility requires more than navigation from A to B. CRUZR S2 must detect people and obstacles, adapt speed and execute arm tasks without creating hazards in the work area.
CRUZR S2 combines a mobile base with two arms and is designed for flexible industrial tasks. This architecture supports the study of light assembly, workstation supply and component handling in areas whose layout changes throughout the day.
Scaling Walker S2 creates a parallel need: high-quality data to teach, test and improve physical skills. A physical-AI data center combines teleoperation, autonomous repetition, annotation and evaluation in representative tasks.
UBTECH has presented BrainNet 2.0 and Co-Agent as coordination components for robots and embodied-intelligence applications. The approach points to teams of Walker S2 robots that can share tasks, context and resources under common supervision.
Semiconductor operations demand rigorous control of materials, sequences and contamination. Walker S2's ability to navigate, handle objects and execute linked tasks creates a field of study for internal logistics and equipment support.
UBTECH and Hitachi announced validation of Walker S2 in elevator-manufacturing scenarios. The work combines line logistics, handling and inspection in an environment with varied components and stations designed for human operators.
Aerospace manufacturing combines large components, demanding tolerances and tasks performed in uncomfortable positions. UBTECH includes this sector among the advanced-manufacturing scenarios for Walker S2, a humanoid platform designed to work in human spaces.
