Humanoid Robots Reached America's Got Talent Final
The dance team Dance Home integrated eight autonomous humanoid robots into their stage performance for the 21-season competition.
Updated on Oct. 13, 2026 in Robotics
Live Poll
Do you believe humanoid robots will eventually replace human performers in creative fields?
The dance team Dance Home secured a spot in the final of America's Got Talent using eight autonomous humanoid robots. The performance relied on G1-W and G1 robot models to execute complex maneuvers alongside human dancers.
Why it matters
This performance highlights the increasing integration of autonomous robotics into creative arts as a tool for artistic expression. It demonstrates how AI-driven hardware can now synchronize complex movements with human performers in a high-stakes, real-time environment.
The G1-W robots utilize a wheeled-leg design, while the G1 units demonstrate specialized kinematics capable of kneeling, rolling, and executing front flips. Each robot requires one to two weeks of AI training to master the specific choreography for the stage.
The players
Dance Home
A dance team based in Chengdu, China, that incorporates humanoid robots into professional choreography.
Unitree Robotics
A developer of bipedal and quadrupedal robotic systems that produced the G1 and G1-W units used in the competition.
The details
The robots operate autonomously to navigate on and off the stage while shifting between complex formations. The G1-W model features a hybrid wheeled-leg architecture that allows for both stability and mobility, while the G1 provides a standard bipedal form factor. These machines are trained through iterative AI modeling, enabling them to execute precise sequences learned over a two-week period.
Timeline
- 2026-10-13
Article publication date.
The Tech Race
The performance highlights the evolution of the Unitree G1 humanoid robot from a research platform to a functional partner in human-centric entertainment. It signals a move toward high-dexterity robotics capable of operating in non-industrial, dynamic public environments.
The demonstration shows that high-mobility humanoid robots are increasingly capable of learning complex, non-repetitive physical tasks. This suggests a maturing ability for robots to function as autonomous assistants in performance, logistics, or human-interaction settings.
The takeaway
The success of this performance underscores the growing parity between automated robotic motion and human artistic timing. Observers should track future Unitree hardware iterations for improvements in motion planning and autonomous reaction speeds in unscripted environments.
Further reading
Explore more developments in autonomous machine dexterity at Robotics.
Source note: This article includes information reported by Global Times 环球时报英文版.
Live Poll
Do you believe humanoid robots will eventually replace human performers in creative fields?
