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MIT's prototype contraband-searching robot

Maritime smugglers will often hide contraband in false hulls or propeller shafts within their boats. While there are ways in which port authorities can search for such stashes, the smugglers often have time to ditch their illicit goods before those searches can be performed. However, what if there were stealthy, inexpensive, underwater hull-hugging robots that could check the boats out, without the crews even knowing they were there? That's just what a team at MIT is developing.  Read More

Georgia Tech's PR2 locates an RFID-labelled item

In order for household robots to be truly useful, it would be great if they could go and get items for you, without having to be shown where those things are. Thanks to research being carried out at Georgia Tech, that may someday be the case. A robot there is now able to search out hidden objects – as long as they've been labelled first.  Read More

Harvard University labs are offering a downloadable toolkit to design, create, and control...

Harvard University labs, working in collaboration with Trinity College Dublin, are offering a comprehensive online toolkit to help in the design, creation, and control of soft robots made from flexible materials. Aimed at skilled and novice researchers alike, the Soft Robotics Toolkit provides a veritable cornucopia of downloadable, open-source plans, step-by-step tutorial videos, and real world studies for users to apply to their own soft robot project.  Read More

Using a GelSight sensor on one of its pinchers, a Baxter robot is able to guide a USB plug...

Three years ago, we first heard about GelSight – an experimental new system for imaging microscopic objects. At the time, its suggested applications were in fields such as aerospace, forensics, dermatology and biometrics. Now, however, researchers at MIT and Northeastern University have found another use for it. They've incorporated it into an ultra-sensitive tactile sensor for robots.  Read More

Colias is a tiny, low-cost autonomous robot that replicates the behavior of swarming honey...

It may sound a touch like the plot of a horror movie, but tiny robotic swarms have been unleashed – albeit in the controlled environment of a scientific lab. The development comes courtesy of computer scientists at the University of Lincoln, who, with help from researchers at Tsinghua University in China, have created Colias, a low-cost autonomous micro-robot that in large numbers replicates the behavior of swarming honeybees.  Read More

MIT researchers have come up with a 3D printed, soft-shelled, disembodied tentacle robot t...

Once upon a time, robots were imagined as human-like machines with a distinct body complete with head, arms, hands, feet, and legs. More recently, designers have explored the benefits of emulating other creatures and their capabilities, with robots that can fly like birds, run like cheetahs, swim like a squids or, in this case, slither like snakes. Researchers at MIT's Computer Science and Artificial Intelligence Lab (CSAIL) have come up with a single 3D printed, soft-shelled tentacle that is designed to navigate through all manner of pipes, channels, and burrows.  Read More

Researchers at MIT have created an untethered, electrically powered robotic cheetah

Researchers at MIT have announced the latest developments in their robotic cheetah project. The project aims to provide insights into how cheetahs can move so quickly. The cheetah is now "wireless" and is electrically powered.  Read More

Scrobby is an autonomous robot prototype designed to keep domestic solar panels clean and ...

Solar panels need regular cleaning to ensure they are working at their optimum efficiency, and spraying them with the hose from the ground or relying on a heavy downpour won't necessarily get the job done. Like the windows on your house, they need to be scrubbed and polished for maximum effect. Enter Scrobby, a solar-powered, autonomous robot prototype designed to keep domestic solar panels clean and clear.  Read More

A US$2,9 million contract will allow the Wyss institute to continue development of a soft ...

DARPA has awarded a first-phase US$2.9 million follow-on contract to the Wyss Institute for Biologically Inspired Engineering at Harvard University as part of its Warrior Web program to create a soft exoskeleton. The Wyss Institute is studying the biometrics of walking as part of an effort to develop a soft fabric exoskeleton called the Soft Exosuit that uses robotics and biomimetics to augment the wearer’s musculoskeletal system as a way to reduce fatigue and injuries in soldiers and the disabled.  Read More

Both the robot and the car are available in blue or red

As far as consumer humanoid robots go, Aldebaran Robotics' NAO is certainly one of the more capable. Among other things, it features a two-camera computer vision system, a sonar distance sensor, two infrared emitters and receivers, nine tactile and eight pressure sensors. Now, the li'l bot can also drive a car – if that car is its new miniature electric BMW Z4.  Read More

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