Unitree G1 Robot: World's first humanoid robot that walked 130,000 steps in deep snow at -47°C in China

Unitree Robotics' G1 humanoid completed a 100-kilometer trek across Xinjiang's Altay snowfields. (Image: X/@UnitreeRobotics)

• China's Unitree G1 robot walked 130,000 steps in snow at -47°C in Xinjiang.
• Robot designed Olympic emblem, withstood extreme cold for hours without failing.
• Cold-resistant AI shows progress, enabling future use in harsh environments.

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Science and technology go hand-in-hand. A very real example for this is China’s humanoid robot who passed extreme cold test in snowy conditions. The engineers showcase advanced robotics through challenging winter field trials.

The test highlights growing strength of China’s artificial intelligence industry. Experts say such trials prove robots can survive harsh environments. The experiment drew global attention from scientists and technology watchers.

Robot that walked Through Deep Snow In Severe Cold

Unitree G1 completed a long-distance walk across frozen landscapes. The robot walked nearly 130,000 steps in snow. It created a giant Olympic emblem visible from above. Temperatures dropped to -47 degrees Celsius during testing. Despite conditions, the robot continued moving without major failures.

Test Conducted in Northern China’s Xinjiang Region

The experiment took place during peak winter in northern China. Scientists selected Xinjiang for its extreme weather conditions. The location provided natural cold stress for electronic systems. The test lasted several hours under continuous low temperatures. Observers monitored performance using drones and remote cameras.

Unitree Engineers And Robotics Researchers

Unitree Robotics organised and supervised the entire cold experiment. Company engineers prepared the robot for thermal protection. Research teams collected data on movement and power usage. Technology experts evaluated the robot’s endurance levels. Media teams documented the event for public awareness.

What Scientists Observed During The Trial?

Unitree G1 maintained balance throughout most of the journey. Minor slips occurred but did not stop progress. Battery systems remained functional despite freezing temperatures. Motors showed stable performance under heavy strain. Communication systems transmitted data without major interruptions.

Significance of testing Robots For Real-World in Extreme Conditions

Cold temperatures weaken batteries and damage sensitive electronics. Many robots fail when exposed to freezing environments. This test shows improved resistance to harsh weather. It supports future deployment in disaster zones and polar regions. Such capability expands industrial and scientific applications.

World's First: Unitree Humanoid Robot Autonomous Walking Challenge in −47.4°C Extreme Cold🥳 −47.4°C, 130,000 steps, 89.75°E, 47.21°N… On the extremely cold snowfields of Altay, the birthplace of human skiing, Unitree's humanoid robot G1 left behind a unique set of marks. pic.twitter.com/1ratz6ZKT1

— Unitree (@UnitreeRobotics) February 2, 2026

A Step Forward For Cold-Resistant Humanoid Robots

The test proves robots can survive extreme winter environments. It marks progress in durable artificial intelligence systems. Scientists see new possibilities for remote operations. Cold-resistant machines may shape future technological missions.