When we last heard from LimX Dynamics, the Chinese robotics firm was showing off a quadruped robot that could walk on legs or roll on wheels. The company has now released a video of its new humanoid robot, which can autonomously climb stairs.

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Figure's Brett Adcock claimed a "ChatGPT moment" for humanoid robotics on the weekend. Now, we know what he means: the robot can now watch humans doing tasks, build its own understanding of how to do them, and start doing them entirely autonomously.

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It was just this week that we told you about Unitree's latest quadruped robot, the B2. Well, the Chinese company has also announced its first-ever humanoid bipedal robot, the Unitree H1.

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Walking bipedal robots excel at tasks such as traversing uneven terrain, but because they're so mechanically complex, they can't be made very small. That could soon change, however, thanks to the development of the Mugatu robot.

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Researchers have demonstrated a programmable nano-scale robot, made from a few strands of DNA, that's capable of grabbing other snippets of DNA, and positioning them together to manufacture new UV-welded nano-machines – including copies of itself.

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Japan's giant human-piloted, humanoid Gundam-style robots are neat and everything, but … why walk if you can roll on four wheels? That's what the Archax does, transforming between robot and vehicle configurations.

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The extraordinary Hadrian X bricklaying robot rocks up to a building site looking like a regular truck, then extends a 32-m (105-ft) boom arm and starts precisely laying up to 300 large masonry blocks an hour. It's pretty remarkable to watch.

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Agility Robotics is well into construction of a 70,000-sq-ft facility in Salem, Oregon, with the capacity to produce more than 10,000 units per year of the company's Digit humanoid robot – which will work alongside humans on the factory floor.

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One of the most commonly suggested uses for tiny robots is the search for trapped survivors in disaster site rubble. The CLARI robot could be particularly good at doing so, as it can make itself skinnier to squeeze through tight horizontal gaps.

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Robotic surgical systems such as the da Vinci X are very impressive, with their two arms that are controlled by the surgeon's two hands. An experimental new system takes things even further, though, by adding two more arms controlled by the user's feet.

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