World’s First Humanoid Robot Basketball Challenge (RBA) to Debut in Guangzhou 2027

Tournament Structure and Technical Challenges

The competition divides into two main categories: competitive events and freestyle performances. The competitive slate comprises five distinct trials: stationary free-throw shooting, moving three-point shooting, human-robot collaborative passing and receiving, stationary dribbling endurance, and obstacle-dribbling layups.

Performance events strip away fixed routes and mandatory maneuvers, allowing participating teams to choreograph freestyle basketball routines and formation changes. Robots in this division demonstrate handling skills including dribbling, passing, shooting, ball rotation, tossing catches, and synchronized movement to music. Guangdong Productivity Promotion Center Director Chen Chuxiang noted that robotic basketball requires machines to track and interact with a bouncing, rolling, and airborne ball while chaining together running, jumping, and shooting sequences within strict time limits.

Eligibility and Global Participation

The tournament is open to international enterprises, universities, research institutes, innovation teams, and civic organizations, which may register independently or form joint syndicates. For the competitive division, regulations mandate a humanoid physical structure complete with a head, torso, arms, and bipedal lower limbs. The two legs must serve as the sole locomotion mechanism, requiring upright walking capabilities and autonomous recovery routines should a robot topple over. Freestyle entries face fewer structural constraints on their lower bodies. All competing machines must feature a mandatory manual override hand-held controller paired with an easily accessible emergency stop button.

Industrial Base and Educational Integration

Guangzhou and the wider Guangdong province anchor the initiative with established manufacturing and technological scale. Regional production of humanoid units is projected to capture roughly one-third of the domestic total by 2026. More than 2,000 humanoid robots currently operate across manufacturing floors within the province, with annual deployments anticipated to exceed 3,000 units across logistics, sorting, quality inspection, and patrol applications.

To support advanced development, the People's Government of Guangzhou Municipality has instituted targeted policy frameworks alongside a 20-billion-yuan science and technology innovation fund designed to channel private capital into key engineering bottlenecks. Municipal Government Deputy Secretary-General Chen Jianhua emphasized that industrial participation stems from competitive self-selection rather than administrative mandates.