Engineers have developed one of the first 3-D printed, soft robots that moves autonomously. The design offers a new solution to an engineering challenge that has plagued soft robotics: the integration of rigid and soft materials.
Engineers developing moveable robot components may soon take advantage of a trick plants use. Researchers have devised porous materials that could serve as actuators, or motors. The dynamic mechanism of the material resembles that of some plant tissues.
Last weekend was the final round of competition in the U.S. Defense Advanced Research Projects Agency's contest to design control systems for a humanoid robot that could climb a ladder, remove debris, drive a utility vehicle, and perform several other tasks related to a hypothetical disaster.
The way insects see and track their prey is being applied to a new robot in the hopes of improving robot visual systems. The project - which crosses the boundaries of neuroscience, mechanical engineering and computer science - builds on years of research into insect vision.
Researchers are developing a new algorithm to help robots better plan their actions in complex environments. It's designed to help robots be more useful in the real world, but it's being developed with the help of a virtual world - that of the video game Minecraft.