Robotics

UK robotics firm Engineered Arts has offered a sneak peek at its new humanoid, presented as "the world's most advanced human-shaped robot," and a brief look at the "future face of robotics" suggests it might just live up to this claim.

The ANYmal robot was already impressive back when it walked on four legs. It got more interesting when wheels were added, letting it both walk and roll. That wheeled version is now also able to stand up, and could soon be used for urban deliveries.

Autonomous aerial delivery drones do potentially risk getting caught in branches, losing their way, or falling onto people's heads. That's where the Coco 1 comes in, as it's a ground-based delivery robot that is entirely remotely controlled.

While manually hoeing weeds out of crops can be very time- and labor-intensive, spraying those crops with herbicides is definitely not eco-friendly. A German consortium is developing a third choice, in the form of the AMU-Bot weed-killing robot.

With large high-tech sustainable farming facilities located in California and Texas, Silicon Valley-based startup Iron Ox relies heavily on robots to help shoulder the workload. The company's latest bot, named Grover, can lift over 1,000 lb (454 kg).

Tiny 3D-printed robotic animals could one day delivering drugs directly to cancers, to help reduce side effects. These microrobots are steered by magnets, and only release their drug payload when they encounter the acidic environment around a tumor.

Although soft-bodied robots show great promise for tasks like squeezing through tight spaces, it's a bit counterproductive if their soft appendages are moved by hard actuators. A new technology addresses that problem, via the use of "fancy balloons."

While there are now several powered exoskeletons designed for use by specific groups, there are few if any that are aimed at the general public. Hong Kong-based Enhanced Robotics is out to change that, with its Sportsmate 5.

While there are now a number of robotic hands that can grasp objects, it's usually impossible to change a grasped object's orientation within the hand without releasing it. A new robotic hand is able to do so, however, via its rolling fingers.

Nature is a never-ending source of inspiration for robots, whether it’s bees, bacteria or fish. Now an unlikely new candidate has joined the list – starfish larvae, which use tiny hairs to create a vortex to propel themselves or suck in food.

Although the deep ocean floor may seem isolated from life on the rest of the planet, it actually plays a vital role in the carbon cycle. Scientists are now gaining a better understanding of that role, thanks to a tracked robotic underwater rover.

It goes without saying that a lot of people are receiving the COVID-19 vaccine these days, and will continue to do so for some time. A new robot is designed to help streamline the process, by autonomously – and needle-lessly – vaccinating patients.