China’s Unitree Robotics Powers Up with $1.2B+ Valuation
Unitree Robotics, the Hangzhou-based pioneer in quadruped and humanoid robotics, has successfully closed its Series C funding round, lifting its valuation beyond $1.2 billion.
The round drew strong backing from major investors including Sequoia Capital China, Meituan Longzhu, CITIC Securities, Vertex Ventures, and several others with deep roots in AI and industrial automation.
The company previously entered unicorn territory during its Series B2 round in 2024. With this latest capital injection, insiders suggest Unitree may be on track to reach a valuation between $1.6 to $1.9 billion in the next round, fueled by global demand for cost-effective intelligent robotics.
What Will the New Funding Be Used For?
Expanding production: Unitree will accelerate mass production efforts, powered by its new 10,000 m² smart factory in Hangzhou.
Accelerating R&D: The company is advancing projects around humanoid robots (H1 and G1), robotic arms, and dexterous AI-powered hands.
Supporting global developers: By open-sourcing key datasets and control software for its robots, Unitree is enabling a global developer community to innovate on its platforms.
A Leading Force in Robotics
Global market dominance: Unitree controls an estimated 60–70% of the consumer-grade quadruped robot market.
Hardware innovation: Unlike many competitors, Unitree designs and manufactures its own sensors and actuators, allowing for lower-cost, high-performance robotics.
Strategic momentum: The company’s progress is also backed by state sponsored tech investment programs and strategic support from corporate giants like Meituan.
With its Series C funding complete, Unitree Robotics strengthens its position as one of the most innovative and accessible robotics companies in the world.
The company is scaling up production, empowering developers, and redefining affordability in humanoid and four-legged robotics.
As global demand for intelligent machines grows, Unitree is clearly at the forefront of the next generation of AI-powered automation.
