Unitree Robotics, a globally recognized civilian robotics company, was established in May 2016 by its founder, Wang Xingxing. Headquartered in Hangzhou, China, Unitree has rapidly ascended as a prominent innovator in the robotics sector.

The company’s initial focus was on the research, development, production, and sales of high-performance quadruped robots for both consumer and industrial applications. Over time, Unitree has expanded its portfolio to include advanced humanoid robots, demonstrating a commitment to pushing the boundaries of robotic capabilities.

The company achieved unicorn status in 2025, with a private valuation of $1.3 billion, and was reportedly eyeing a $7 billion IPO valuation by September 2025. Unitree’s mission is to create innovative robotic solutions characterized by friendly human-computer interaction, agile movement, and robust adaptability to diverse and complex environments.

The foundation for Unitree Robotics was laid between 2013 and 2016 when Wang Xingxing, during his postgraduate studies, developed the ‘XDog’ robot dog. This early work provided the crucial technological bedrock for the company’s future endeavors. Following its establishment in 2016, Unitree quickly gained recognition for its quadruped robots.

The company’s foray into humanoid robotics has been marked by significant advancements, culminating in the development of the G1. In October 2025, Unitree’s R1, a bipedal robot, was recognized as one of TIME’s “Best Inventions of 2025,” highlighting the company’s growing influence in the humanoid robot space. The G1 itself has undergone continuous development, with an “agile upgrade” improving its mobility and battery swap capabilities.

The Unitree G1 is a sophisticated humanoid robot designed for versatility and performance. It stands at 1.32m tall and weighs approximately 35kg. The robot boasts a high degree of freedom, with 23 to 43 joint motors depending on the model (G1 or G1 EDU).

The G1 EDU variant offers an optional force-controlled three-fingered hand for dexterous manipulation. The robot uses industrial-grade components for its joints and motors, balancing precision, load capacity, and responsiveness.

The G1 has a battery life of about 2 hours and is equipped with a depth camera, 3D LiDAR, a microphone array, and a speaker. Connectivity is provided through WiFi 6 and Bluetooth 5.2. The G1 EDU offers an optional NVIDIA Jetson Orin module for enhanced processing.

The G1’s intelligence is powered by a robust AI and software stack. It employs force-position hybrid control for precise manipulation, and its learning capabilities are driven by imitation and reinforcement learning.

Unitree is also developing UnifoLM (Unified Robot Large Model) to further enhance the robot’s intelligence. The G1-D platform, a variant of the G1, is designed for real-time processing of large data streams and supports distributed training and custom model development.

The AI capabilities and software configurations can vary between different G1 variants, and a mobile app is available for control.

The Unitree G1 has demonstrated impressive real-world capabilities. In February 2026, G1 robots were deployed in Unitree’s own factory, showcasing a pioneering instance of “robots building robots.” That same month, the G1 became the world’s first humanoid robot to walk in extreme cold, taking over 130,000 steps in Xinjiang at temperatures as low as -47.4°C.

The G1 has also garnered attention for its advanced mobility, dexterous manipulation, and a quick-swap battery system. The robot has generated considerable public interest, leading to viral moments and a warm reception worldwide.

The Unitree G1 is positioned as a relatively affordable humanoid platform, with the standard model starting at $13,500. Unitree acknowledges that the humanoid robot industry is in its early stages and advises users to be aware of the G1’s limitations.

The company also emphasizes the importance of safety due to the robot’s power and complexity. The future for the G1 includes continuous OTA software updates, the development of the UnifoLM, and advancements in actuator technology and human biomechanics.

The introduction of the more accessible R1 robot suggests a strategy of offering a range of humanoid platforms to cater to different market segments.