Walker C1 – Advanced Humanoid Robotics
Zynic | Advanced Humanoid Robotics
Walker C1 – Advanced Humanoid Robotics
Human-scale AI, agile motion, autonomous navigation and intelligent interaction for advanced commercial and research applications.
Performance figures are the manufacturer's published reference claims and may depend on hardware, software, surface conditions and configuration. Availability, supply authorisation and UK compliance have not been confirmed by Zynic.
Full-body humanoid engineering
Agile, expressive movement
Walker C1 uses a human-scale bipedal form and multiple controlled joints for walking, running and programmed movements. Its mechanical system supports demonstrations, motion-control research and interactive experiences.
Perception & computing
AI, navigation and autonomous behaviour
The published platform architecture combines multimodal AI interaction with perception and motion control. These capabilities are subject to software deployment, model support and operating environment.
Multimodal AI and language interaction
Natural-language interfaces, configurable knowledge and offline-processing options for public-facing interaction.
3D autonomous navigation
Environmental mapping and obstacle awareness support planned routes in suitable deployment environments.
Advanced motion control
Dynamic gait control, balance and trajectory planning for bipedal movement.
Developer environment
Manufacturer-described computing and application frameworks support integration, subject to SDK and commercial access.
Engineering & operational risk
Safety systems and deployment safeguards
The manufacturer's reference design describes multiple layers of protective functionality. Suitability for a particular UK venue and compliance must be independently confirmed before deployment.
Motion-control protections
Compliant force control, stability management and anti-fall features are described in the platform documentation.
Navigation safety
Route planning, obstacle detection and emergency-avoidance functions are intended to reduce interaction risks.
Power and electronic protections
Emergency power-off and battery safeguards form part of the manufacturer's protective design.
Information security
Local operation and access management should be assessed alongside privacy, cybersecurity and data-handling requirements.
Commercial use cases
Built for interactive real-world applications
Walker C1 is presented for customer engagement, guide services, cultural activities, demonstrations and specialist technology projects. These are potential use cases, not a guarantee of suitability for a particular site.
Reception and hospitality
Greeting visitors, information delivery, multilingual interactions and guided engagement.
Events and exhibitions
Interactive presentations, themed performances and visitor experiences.
Public-facing guidance
Potential tour guidance and information services in controlled, assessed environments.
Research and development
Human–robot interaction, AI integration and mobility research for specialist organisations.
Physical system
Hardware anatomy and interfaces
The annotated reference imagery identifies camera, display and audio systems, emergency-stop controls and optional hand mechanisms. Exact component selection must be checked against the supplied revision.
Technical reference
Walker C1 technical specifications
A concise overview of the advanced humanoid platform for business buyers, technology integrators and research teams.
| Model | Walker C1 – full-size bipedal humanoid robotics platform |
|---|---|
| Height | Approximately 164 cm |
| Weight | Approximately 55 kg |
| Articulation | 53 degrees of freedom (DoF) |
| Mobility | Walking, running and choreographed movement; manufacturer claims speeds of 3 m/s or more |
| Compute platform | NVIDIA Jetson Thor, listed by the manufacturer for advanced embodied AI |
| Software framework | Thinker + Control Center + ROSA 2.0 |
| Autonomy | Vision-language-action interaction, navigation, sensor fusion and movement planning |
| Perception | Camera and vision hardware, inertial sensing and 3D environment mapping |
| Interaction | Multi-modal AI and local/offline processing options, subject to installed configuration |
| Safety systems | Motion/force control, obstacle recognition, emergency stop and multiple protective subsystems |
| Interfaces and options | Developer interfaces/SDK; optional dexterous hands listed in reference specifications |
| Applications | Reception, visitor services, events, exhibitions, public guidance and research projects |
These reference specifications relate to Walker C1, not the earlier Walker C model. The manufacturer may revise hardware or software. Exact configuration, safety certifications, licensing, lead times and service support require written confirmation.
Discuss Walker C1 with Zynic
For an exhibition, commercial site, research project or technology evaluation, tell us about the intended application, quantities and deployment environment. We can discuss requirements and investigate sourcing possibilities.
Request product informationSupply status: Walker C1 is included as a technical reference. Zynic has not established that it is an authorised distributor or that UK stock is available. No prices or online ordering are offered. Imagery is adapted from published reference material; commercial usage rights should be confirmed.