In a lab in Singapore, robots are hard at work — not on cars or gadgets, but on cockroaches. Grab a chair, you might want to ...

At a laboratory in Beijing, a nimble, tiny bionic robot effortlessly weaved through its surroundings. Finding itself in a tight "cul-de-sac," the insect-scale machine swiftly backed out with small ...

Discover how Tokyo scientists revolutionize robotics with hummingbird-inspired wings and wind sensing technology.

A team of researchers in Singapore's Nanyang Technological University has unveiled a novel manufacturing process that can ...

At a laboratory in Beijing, a nimble, tiny bionic robot effortlessly weaves through its surroundings. Finding itself in a tight "cul-de-sac", the insect-scale machine swiftly backs out in several ...

But the research by the mechanical engineers in Singapore has helped to streamline the process of implanting electronic backpacks onto insects such as cockroaches and beetles by using a robot ...

At a laboratory in Beijing, a nimble, tiny bionic robot effortlessly weaved through its surroundings. Finding itself in a tight "cul-de-sac," the insect-scale machine swiftly backed out with small ...

Researchers in Tokyo have created a groundbreaking way for robots to sense wind direction, inspired by the natural abilities of birds and insects. Using flexible, hummingbird-like wings equipped with ...

Bio-inspired wind sensing using strain sensors on flexible wings could revolutionize robotic flight control strategy.

A research team has taken inspiration from the brains of insects and animals for more energy-efficient robotic navigation. A QUT research team has taken inspiration from the brains of insects and ...