About

About Walker S

Walker S is a 1.7-metre industrial humanoid with 41 servo joints and force feedback throughout its body. RGB-D vision, audio, distance sensing and multimodal perception support semantic mapping, route planning and manipulation around moving production lines and human workers.

UBTECH has tested Walker S in automotive manufacturing for parts handling, assembly assistance and quality inspection. Large-language-model planning divides instructions into executable steps, while compliant joints regulate contact during physical work. The platform forms part of UBTECH’s Walker industrial-humanoid development line.

Capabilities

Source-backed capabilities

Operating environments: NIO F2 automotive final-assembly workstation, NIO F2 and Dongfeng Liuzhou automotive factory trials, Dongfeng Liuzhou automotive manufacturing trials
NIO final-assembly collaboration
Pilot - Work alongside people on automotive final assembly at NIO’s F2 manufacturing base. - environment: NIO F2 automotive final-assembly workstation
Source
Robotic inspection
Pilot - Inspect vehicles in automotive manufacturing trials at NIO F2 and Dongfeng Liuzhou. - environment: NIO F2 and Dongfeng Liuzhou automotive factory trials
Source
Dongfeng car-emblem application
Pilot - Apply car emblems during automotive manufacturing trials at Dongfeng Liuzhou. - environment: Dongfeng Liuzhou automotive manufacturing trials
Source

Supply

Supply / Components

UBTECH Walker S
Ernie Bot AI Model Stack For Walker S - Compute & Control - Baidu - Baidu ERNIE Bot is integrated into UBTECH Walker S to support natural speech and real-time reasoning - source: sz.gov.cn
Source

Timeline

UBTECH and FAW-Volkswagen plan Walker S factory trials
2024-07-03 - Partnership - FAW-Volkswagen would provide production-line access for future bolt-tightening, component-assembly and automotive-parts handling trials. UBTECH planned to refine Walker S for industrial applications while supporting the factory’s automation programme.
Source
UBTECH integrates Baidu ERNIE with Walker S
2024-04-01 - Partnership - A released video showed voice-command responses, clothes folding, object sorting and clothing-advice interactions. UBTECH planned further language-model development over the following two to three years, alongside factory training and proposed small-batch deliveries.
Source

Context

Market context

Walker S is UBTECH's full-size humanoid baseline for structured environment validation across service and early industrial scenarios.

Target environment: Research labs, industrial pilots, service demonstrations and structured environments where humanoid hardware can be tested or deployed.
Workflow context: Locomotion, manipulation, human-robot interaction, embodied AI testing and task execution in controlled settings.
Customer context: Robot developers, research teams, industrial partners and service operators evaluating humanoid systems.
Deployment model: Prototype or development-stage product with public positioning and limited deployment proof.
Commercial maturity: Publicly visible but still early, with maturity tied to demos, pilots and later customer evidence.
Adoption constraints: Adoption depends on safety, useful task coverage, manipulation reliability, operating time, support and proof outside demonstrations.
Market position: UBTECH Robotics positions Walker S in the humanoid lane, where body format, autonomy and task evidence determine differentiation.
Adjacent products: Figure 03, Apptronik Apollo, Unitree G1, Agility Digit

Comparable Systems

Walker S1
UBTECH Robotics - Humanoid Platform
4NE1
Neura Robotics - humanoid robotics
Atlas
Boston Dynamics - humanoid robotics
IRON
XPeng Inc. - humanoid robotics
Kepler K2
Kepler Robotics - humanoid robotics
Walker S2
UBTECH Robotics - Humanoid Platform

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