The core of Berkeley Humanoid Lite's design is a modular 3D-printed gearbox for the actuators and robot body. All other components can be sourced from widely available e-commerce platforms or ...
Enter NEO, a humanoid robot created by 1X, an artificial intelligence and robotics company based in Palo Alto, California.
University of California, Berkeley, has unveiled a new open-source, budget-friendly and customizable humanoid robot called Berkeley Humanoid Lite. The robot has been designed to make robotics research ...
Australian construction robot Charlotte uses sand, crushed brick and recycled glass to 3D print fireproof, floodproof homes ...
The first units will ship to customers in the US in 2026. There is a $499 monthly subscription alternative to the $20,000 full-purchase price, though that will be available at an unspecified later ...
Robotics company 1X Technologies has debuted a humanoid robot called NEO Gamma. This humanoid robot can do everything at home, and it acts like a nanny that can attend to various needs of the ...
Robot makers want us all to believe we’re on the brink of an autonomous humanoid robot revolution. But that’s just not true.
One day, robots might navigate through your blood vessels to break up clots, deliver targeted chemotherapy or repair ruptured blood vessels more efficiently and effectively than existing tools, ...
Interesting Engineering on MSN
Magnetic ‘muscles’ turn origami into crawling robots that move and heal from within
NC State engineers 3D-print paper-thin magnetic muscles that turn origami robots into moving drug-delivery machines.
Soft robots and soft materials are being explored by researchers to advance work in robotics, medicine and health care, and ...
Interesting Engineering on MSN
UK teen student builds robot hand that performs equivalent to research models
Sixteen-year-old Jared Lepora created a robotic hand from Lego pieces with near-human precision. A 16-year-old student from ...
Tech Xplore on MSN
Paper-thin magnetic muscles bring origami robots to life for medical use
A new 3D printing technique can create paper-thin "magnetic muscles," which can be applied to origami structures to make them move.
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