Cyborg-R01
About
About Cyborg-R01
Cyborg-R01 is Cyborgs Robotics' full-size bipedal humanoid for industrial handling and application development. Its 62-degree-of-freedom structure includes articulated arms, legs and dexterous hands. The OMCI whole-body control system coordinates the body during load handling and movement, using contact and force feedback to regulate posture and interaction.
The platform combines cameras, depth sensing, lidar, inertial sensors and six-axis force sensing with onboard AI computing. Cyborgs offers SE and Pro configurations with different battery arrangements and body mass. The company targets hazardous handling, manufacturing, logistics and outdoor work, with demonstrations and application projects forming part of development. The two-arm arrangement supports manipulation in human-scale spaces, while the bipedal body distinguishes R01 from the company's separate wheeled humanoid.
Capabilities
Source-backed capabilities
- Operating environments: 2025 China Hi-Tech Fair booth, Shenzhen International Convention and Exhibition Center, WRC2025 exhibition demonstration, Intended complex industrial terrain
- Control modes: Autonomous
- Multi-terrain locomotion
Claimed - Cross obstacles and slopes using the advertised adaptive terrain controller. - environment: Intended complex industrial terrain
Source - Stair climbing
Claimed - Traverse stairs as part of the advertised terrain-adaptation system.
Source - Fall recovery
Claimed - Rise autonomously after losing balance.
Source - Human-robot handover
Demonstrated - 2025-11-14 - Pick up snacks and hand juice to visitors at the China Hi-Tech Fair. - environment: 2025 China Hi-Tech Fair booth, Shenzhen International Convention and Exhibition Center
Source - Material handling
Demonstrated - 2025-08-12 - Transport a 20-kilogram object in an exhibition demonstration. - environment: WRC2025 exhibition demonstration
Source
Timeline
- Cyborgs Robotics unveils Cyborg-R01 at WAIC 2025
2025-07-27 - Product Launch - The manufacturer dated the launch to July27 and described a 62-degree-of-freedom configuration with 16-degree-of-freedom hands. The launch specification claimed a combined arm payload of 20 kilograms and targeted hazardous, high-load applications.
Source
Context
Market context
Cyborg-R01 is Cyborgs Robotics' heavy-duty humanoid platform for industrial and hazardous work environments.
- Target environment: Manufacturing sites, energy facilities, emergency-response environments and industrial demonstration settings.
- Workflow context: High-load manipulation, bipedal mobility, perception, full-body coordination and industrial humanoid task demonstrations.
- Customer context: Enterprise operators, industrial partners and robotics customers evaluating heavy-duty humanoids for difficult work settings.
- Deployment model: Prototype-stage humanoid platform presented around Bonao AI and OMCI full-body coordination.
- Commercial maturity: Prototype with public demonstration positioning, not yet supported by broad deployment evidence.
- Adoption constraints: Adoption depends on high-load manipulation reliability, biped safety, autonomy, durability, service support and proof in industrial tasks.
- Market position: Heavy-duty humanoid positioned around load handling and hazardous-environment work rather than lightweight service interaction.
- Adjacent products: Casbot 02, Deep Robotics DR02, UBTECH Walker S2, Fourier GR-1
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