Lots of classic video game RPGs are inspired by tabletop settings or popular franchises, but some of the best feature their ...

It seems we may have autonomous ships even before flying cars hit the skies. Blue Water Autonomy, a Boston-based startup, is reportedly working on autonomous ships. The company founded by experts from ...

A Japanese start-up company conducted a demo flight of a flying vehicle, which is expected to become a means of transportation in the future, while a humanoid robot welcomed visitors at the China ...

The alternative flying locomotion ... is because the scientists have given the robot flapping wings. They are driven by soft, artificial muscles with little energy and provide additional lift ...

Notably, it achieves this with 60% less energy consumption compared to a similar-sized flying robot. Previously, Interesting Engineering reported on the robotic insects created by the team that ...

Liwei Lin, Professor of Mechanical Engineering at UC Berkeley said: "This flying robot can be wirelessly controlled to approach and hit a designated target, mimicking the mechanism of pollination ...

The robot’s hopping design builds on the drawbacks of tiny crawling or flying robots, which are more commonly used. The new robot is smaller than a thumb and weighs less than a paper clip.

All the while, the hopping robot consumes about 60% less energy than its flying cousin. Due to its light weight and durability, and the energy efficiency of the hopping process, the robot could carry ...

H2 Clipper’s newly patented system uses a swarm of smart robots to build large aerospace structures faster, more safely, and with less space needed. These robots work together like a team ...

No batteries or electrical cords necessary for this flying robot. A team at the University of California, Berkeley, has developed a teeny-tiny drone that only needs magnets in order to fly.

Researchers at the University of California, Berkeley, have just unveiled the world’s smallest flying robot. With a wingspan of just 9.4 millimeters and weighing 21 milligrams — smaller than a ...

“Bees have impressive aerial agility, and we wanted to replicate that at the smallest possible scale,” said Liwei Lin, Distinguished Professor of Mechanical Engineering at UC Berkeley and senior ...