Abysalto Displayed Unitree G1 Humanoid Robot

The Chinese-manufactured humanoid robot was showcased to demonstrate its potential for agricultural work.

Updated on Sept. 19, 2026 in Robotics

A metallic humanoid robotic torso and arm stand in a sunlit greenhouse aisle surrounded by rows of leafy plants.
Abysalto showcased the Unitree G1 humanoid robot prototype at the IFAJ World Congress, highlighting its potential to automate hazardous agricultural labor tasks. AI Illustration. Upload story photo >

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Abysalto presented its Unitree G1 humanoid robot prototype at the IFAJ World Congress in Osijek, Croatia. The humanoid model is designed specifically to perform repetitive, hazardous, or physically demanding farm labor.

Why it matters

The humanoid form is leveraged to allow robots to interface with environments and equipment originally built for human workers. By automating dull and dangerous agricultural tasks, the technology aims to address labor intensive roles in the industry.

The Unitree G1 robot weighs approximately 40kg and features a maximum lift capacity of 15kg. Demo models currently retail for roughly $50,000.

The players

Abysalto

Abysalto is a technology firm that sells humanoid robots to various research institutions and private companies.

Unitree

Unitree is a Chinese robotics manufacturer responsible for developing the G1 humanoid robot hardware.

The details

Operators currently train the robots and define spatial boundaries to facilitate autonomous movement in work zones. Development is actively ongoing to integrate voice commands and gesture-based control systems into the platform.

Timeline

  1. September 17, 2026: Abysalto showcased the robot prototype at the IFAJ World Congress.

The Tech Race

The deployment of humanoid hardware like the Unitree G1 represents a pivotal transition from purely academic research to practical industry application. This shift mirrors the broader movement to automate manual labor tasks that have historically been resistant to specialized machinery.

Current demo models are priced at $50,000, limiting early adoption to specialized research labs and large tech companies. As the market scales and manufacturing matures, prices are expected to decrease while battery performance improves for future industrial use.

The takeaway

The move toward humanoid robotics in agriculture suggests that developers are prioritizing adaptability in human-centric workspaces. Future scalability of this tech depends largely on extending battery life and reducing the high entry cost for prospective operators.

Further reading

Learn more about the latest innovations in Robotics.

Source note: This article includes information reported by Agriland.

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