Walker X

About

About Walker X

Walker X is UBTECH's bipedal service humanoid for indoor interaction and manipulation demonstrations. The 1.3-metre, 63-kilogram robot has 41 powered joints, seven-axis arms and articulated force-controlled hands. A curved display provides facial expressions, while microphones, cameras and touch inputs support communication with nearby people.

Visual navigation and U-SLAM support route planning and obstacle avoidance. The platform also combines hand-eye coordination with household-appliance interaction, such as operating refrigerators or coffee machines, and connected-device control. Its ROSA software runs alongside a simulation environment for development. Walker X belongs to an earlier service and research generation of UBTECH's humanoid programme; it is separate from the Walker S industrial line and from the customized Panda Robot derived from related Walker technology.

Capabilities

Source-backed capabilities

  • Operating environments: Intended household appliance interaction
  • Control modes: Autonomous
  • Navigation and obstacle avoidance

    Claimed - Plan routes and avoid moving obstacles using U-SLAM visual and 3D navigation.

    Source
  • Stair climbing

    Claimed - Walk up and down stairs as part of structured-terrain motion.

    Source
  • Object manipulation

    Claimed - Handle refrigerators, coffee machines and vacuum cleaners using the vision and hand-control system. - environment: Intended household appliance interaction

    Source

Supply

Supply / Components

  • Walker X

    Core I7 8665u For Walker X - Compute & Control - Intel - UBTECH Walker X uses two Intel Core i7-8665U processors - source: ubtrobot.com

    Source
  • Walker X

    Gt1030 For Walker X - Compute & Control - NVIDIA - UBTECH Walker X uses an NVIDIA GT1030 graphics card - source: ubtrobot.com

    Source

Context

Market context

Walker X is UBTECH's general-purpose humanoid platform for structured indoor environments, combining bipedal mobility, interaction, and basic manipulation capability for service and research 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 X 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

  • AGIBOT A2

    AgiBot - humanoid robotics

  • X2

    AgiBot - humanoid robotics

  • Mornine

    AiMOGA Robotics - humanoid robotics

  • AKINCI 5

    AKINROBOTICS - humanoid robotics

  • Cinnamon 1

    Donut Robotics - humanoid robotics

  • GR-3

    Fourier Intelligence - humanoid robotics