The AstraBrain-WBC is a Software humanoid robot developed by Galbot. The AstraBrain-WBC is unknown.
Primary use case: GPT-based general control model for humanoid robots, providing foundational reasoning and translating high-level commands into real-time whole-body and whole-hand control.
Locomotion
unknown
Hand Type
unknown
Autonomy Level
unknown
AI Capabilities
planning, manipulation
Availability
unknown
Primary Use Case
GPT-based general control model for humanoid robots, providing foundational reasoning and translating high-level commands into real-time whole-body and whole-hand control.
Unitree reported third-quarter 2026 revenue of 665 million yuan, up 69.93%, while net profit fell 17.37% and R&D spending rose 249.58%. AgiBot launched the AGIBOT G2 Max, PIA Automation completed a 1.025 billion yuan STAR Market placement, and CASBOT and MoSense closed new funding rounds. XPeng received citywide Guangzhou Level 4 robotaxi demonstration approval, while Xiaomi disclosed a 21-degree-of-freedom bionic factory hand with 26 motors and 1,500-point tactile sensing.
Unitree Robotics' stock surged more than 30% over three trading sessions (Oct. 16-20), adding nearly 40 billion yuan in market value to reach 212.8 billion yuan, driven by supportive policy, the first six national standards for humanoid robots, and the upcoming World Physical AI Conference. However, the stock now trades at a trailing P/E of 388.25x—far above the industry average of 39.51x—with H1 2026 non-GAAP net profit down 19.34% YoY and industrial/commercial applications accounting for less than 10% of revenue, prompting Bank of America to assign an Underperform rating. The company's first post-IPO quarterly report on Oct. 29 will be a critical valuation test, while Agibot overtook Unitree for the global No. 1 spot in humanoid robot unit shipments in H1 2026.
Beijing-based Galbot showcased humanoid robots at the opening ceremony of the Second World Humanoid Robot Games, where they completed more than 100 consecutive autonomous tennis rallies. The robots tracked high-speed balls in real time, executed various tennis strokes, partnered with human champions in doubles, and recovered from balance loss without external assistance. The demonstration builds on earlier Galbot research on autonomous tennis control covered by Thomas Insights in April 2026, highlighting adaptability as the key industrial relevance.