News, context and analysis to understand what is really changing in robotics.
Robotics Radar brings together relevant developments with identifiable sources and an editorial reading that distinguishes facts, announcements and promises.
Articles prepared with AI assistance and human editorial review; claims are attributed to their sources.
At an automotive-components factory in Hangzhou, China, fifteen humanoid robots are already performing routine production tasks. They are not dancing for a camera or taking part in a trade-show demonstration: they pick metal parts from bins and place them at workstations.
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Four meters tall, approximately 1.2 metric tons in weight and arms that its manufacturer says can jointly handle up to 500 kilograms.
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A humanoid robot watches a video of a person tossing small bags toward a board. It then reproduces the motion, builds a simulation in which to practice and eventually makes seven consecutive throws.
Read article →At an automotive-components factory in Hangzhou, China, fifteen humanoid robots are already performing routine production tasks. They are not dancing for a camera or taking part in a trade-show demonstration: they pick metal parts from bins and place them at workstations.
Read article →Four meters tall, approximately 1.2 metric tons in weight and arms that its manufacturer says can jointly handle up to 500 kilograms.
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A humanoid among automotive components attracts attention. The news, however, is not that Atlas has already replaced a worker on an assembly line. It is that Boston Dynamics opened a permanent center to train Atlas on real industrial tasks, inside Hyundai Motor Group Metaplant America near Savannah, Georgia.
Read article →A humanoid robot watches a video of a person tossing small bags toward a board. It then reproduces the motion, builds a simulation in which to practice and eventually makes seven consecutive throws.
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A humanoid robot can walk, manipulate objects and star in impressive demonstrations. But how many have actually been sold? The International Federation of Robotics (IFR) offered a first reference point: approximately 7,000 full-size humanoids were sold worldwide in 2025, according to its World Robotics 2026 report. The figure confirms that a market exists, although it does not show that thousands of machines are working independently in factories and companies.
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For less than US$10,000, Faraday Future says it can bring a humanoid from the lab to the classroom. The FF Master Mini is 95 centimeters tall, weighs approximately 19.5 kilograms and is intended for programming, motion-control experiments and robotic-football activities. On paper, it looks like a relatively accessible entry point to humanoid robotics.
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Unitree introduced the G1+ in September 2026, a revision of its G1 humanoid with changes to joints, motors, cameras and voice interaction. The manufacturer lists the standard model from US$15,000, before taxes and shipping, while the original G1 is still listed from US$13,500.
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A robot arm can repeat a programmed movement thousands of times with great precision. In a real factory, however, parts shift, tools are replaced, and a task that looked simple can depend on cameras, cables, controllers and additional adjustments.
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