NASA's next trip to the moon will explore its south pole, an area that gets even colder than Mars. So scientists need a robotic arm system that can function in temperatures as low as minus 280 F.

It's an epic story of almost Hollywoodesque proportions: a crippled aerospace engineer, unable to work, fighting against adversity, and while on the edge of financial destitution, decides to build ...

When NASA's new lunar rover lands on the moon's south pole next year, it will encounter a whole new kind of cold.

How to Make a Robotic Arm In this exciting video, we'll guide you through the process of creating a remarkable wooden robotic arm equipped with both wrist and elbow movements. Dive into the world of ...

Behold the new UR3 robotic arm. Smaller, lighter, and more nimble than its predecessors, the Universal Robot-built arm can be programmed for a wide variety of tasks — including the construction ...

Robot self-awareness is one step closer today after engineers at Columbia University built a robotic arm that can imagine itself. The ability to recognise the self and imagine that self in ...

She and her colleagues completed a prototype disembodied octopus arm in 2010 and are now building the remainder of the body—from mantle top to arm tip.

Researchers from Columbia Engineering have gone and done it, giving a robot arm some form of self-awareness – at least in a rudimentary sense, which allows it to better adapt to changing conditions.

Need some help using the robotic arm on the Roborock Saros Z70? Here are a few tips and tricks to improve its performance, plus a look at its limitations.