On a bright spring morning in Hanover, Germany, visitors at the Hannover Messe trade show witnessed the future of robotics: a demonstration of the G1 humanoid robot from the Chinese company Unitree.
Unitree’s G1 Robot Captures Attention
Standing at about 4’3″ (130cm), the G1 robot is smaller and more affordable than many humanoid robots currently on the market. Controlled remotely during the demonstration, the G1 impressed onlookers with fluid movements, handshakes, and even dance-like motions.
Unitree’s sales manager, Pedro Zheng, explained that the G1 must be manually programmed for autonomous operations, though its human-like interaction draws strong public engagement, something many other industrial robots fail to achieve.
The Race for Humanoid Robots
Unitree is among dozens of companies developing humanoid robots. These machines promise labor that doesn’t demand vacations or pay raises and could eventually enter homes to perform chores. However, real-world environments are far less predictable than controlled factories, and challenges remain around safety and AI capabilities.
“Today’s robot AI struggles with basic logic and reasoning,” a Unitree spokesperson told the BBC. For now, Unitree sells the G1 primarily to research institutions and tech companies using open-source software for further development.
Industry Focus: Factories First
Humanoid robots are initially being deployed in industrial settings. Tesla’s Optimus, BMW’s robots in US factories, and Hyundai’s partnership with Boston Dynamics reflect this trend.
Research firm STIQ, which tracks 49 humanoid robot developers, expects Chinese firms to dominate due to their robust supply chains and heavy government backing. Nearly 60% of global humanoid robotics funding is raised in Asia.
Unitree’s G1, priced around $16,000 (£12,500), highlights China’s ability to iterate designs and keep production costs low.
European Response: Practical Design Over Humanoid Form
European companies are adjusting strategies. Bristol-based Kinisi, founded by Bren Pierce, recently launched the KR1, a robot designed for warehouses without a humanoid form. Built with commercially available parts like electric scooter wheels, the KR1 focuses on affordability and simplicity.
“We’re trying to create a robot that warehouse workers can learn to operate in just a few hours,” Pierce said. Instead of walking, the KR1 uses wheels to navigate factory floors.
Home Robots Still a Distant Dream
Even among optimistic developers, fully autonomous home robots are seen as at least 10 to 15 years away. Pierce, who has pursued this vision for two decades, acknowledged the difficulty: “Building the everything robot remains a very complicated task.”
For now, humanoid robots are steadily entering controlled workplaces, but true domestic robots remain a long-term goal for the industry.
