Major Stage Appearances by Unitree Robots
Unitree Robotics’ products have increasingly appeared at national and international high-profile events. Key milestones include:
- February 11, 2021: 24 A1 units debuted as “Ox Bēn Bēn” during the CCTV Spring Festival Gala, marking the world’s first quadruped robot cluster dance with dynamic positioning
- February 4, 2022: 109 “Fú hǔ” (lucky tiger)-themed quadruped robots (A1 derivatives) formed “Winter Olympics” characters at the Beijing Winter Olympics opening ceremony
- February 28, 2025: 16 H1 humanoid units performed the “Shao Bot” routine under Zhang Yimou’s direction during the 2025 CCTV Spring Festival Gala, delivering cyber-tinged traditional performance
- Recent Hangzhou Asian Games: Multiple machine dogs performed synchronized choreography at tennis venues, drawing public attention
These appearances validate Unitree’s cluster control and robust environment adaptation capabilities beyond industrial settings.
Product Portfolio and Application Expansion
Unitree’s current lineup spans quadruped, humanoid platforms, mobile chassis, and sensing systems:
Quadruped Series
- A2: Marketed as “Stellar Explorer” (implying exploration capability), targeting research and inspection
- B2: Positioned as “Go Beyond the Limits”, emphasizing expanded application boundaries
- Go2 series: Includes standard and Go2-W variants; the “W” suffix likely indicates all-wheel-drive for enhanced off-road mobility, labeled as “New Creature of Embodied AI”
Humanoid Series
- G1: Described as “Humanoid agent AI avatar”, possibly prioritizing human-robot interaction and virtual avatar functions
- H1: Featured in the 2025 Gala’s “Shao Bot” segment, demonstrating mature dynamic balance and synchronized control capable of processing 16 units in complex choreography
Sensing and Infrastructure
- H2: Features “Destiny Awakening”, with emphasis on mission-critical reliability
- 4D LiDAR L2:marketed as “Ultra-wide 4D LiDAR”, representing a newly launched sensing module
A notable data point often overlooked: The 2022 Beijing Olympics deployed 109 quadruped units, while the 2025 Gala used only 16 humanoid units—yet后者 achieved more complex semantic expressions, revealing humanoid robots’ inherent advantage in deliberate movement ngữ cảnh.
Product Comparison (Based on Public Information)
| Model | Type | Core Marketing Claim | Typical Applications |
|---|---|---|---|
| A1 | Quadruped | Zodiac-themed cluster performance | Gala/Open ceremony light shows |
| A2 | Quadruped | Stellar Explorer | Research, inspection, surveillance |
| B2 | Quadruped | Go Beyond the Limits | Extended task scenarios |
| Go2 | Quadruped | New Creature of Embodied AI | Embodied AI research platforms |
| Go2-W | Quadruped | Driving All Terrain | Outdoor rugged terrain operations |
| G1 | Humanoid | Humanoid agent AI avatar | Human-robot interaction, digital avatars |
| H1 | Humanoid | Destiny Awakening | Entertainment, high-dexterity tasks |
| H2 | Humanoid | Compact Size Industrial Capability | Confined-space industrial tasks |
| R1 | Humanoid | Ultra-lightweight | Mobility-priority applications |
| 4D LiDAR L2 | Sensor | All New | High-precision environmental mapping |
Note: No specific payload, battery life, or speed specifications provided in source materials; English designations (e.g., “Explorer”) serve as branding tags rather than technical function descriptions.
Buyer Recommendations
When considering Unitree robot deployments:
- Academic/research institutions: Go2/H1 platforms suit embodied AI experimentation, with cluster capabilities pre-validated at large-scale performances
- Industrial inspection users: A2/B2 emphasize拓展性 (scalability), but real-world terrain compatibility requires further verification
- Entertainment industry: Quadruped clusters (e.g., A1/H1) have proven track records, though high unit costs make adoption viable primarily for well-funded institutional buyers
General developers should inquire about SDK/API availability; formal documentation access typically requires enterprise collaboration as per industry norms.
In Conclusion
Unitree’s trajectory shows robotic maturity matters as much in standardized, zero-tolerance public performances as in lab specifications. From “Fú hǔ” to “Fú xī”, the journey from “working bipeds” to “precise synchronization” has progressed—a set of capabilities likely more impactful than individual hardware leaps alone.