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Biomimicry

Robotics

Hector the stick insect-inspired robot takes its first steps

Hector, the stick insect-inspired robot built by a research team at Bielefeld University in Germany that we first covered in 2011, could be forgiven for feeling lonely as the only one of its kind in world, but has lately been too busy learning to walk to worry on its unique status. It is hoped that Hector, which stands for Hexapod Cognitive autonomously Operating Robot, will benefit not only roboticists but also biologists interested in animal movement. Read More

Robotics

US Navy tests GhostSwimmer "roboshark"

Should you be swimming in the ocean sometime soon and spot a shark-like dorsal fin cutting through the water towards you, just relax – it might simply be a military robot, that's made to look like a shark. A US Navy team has recently been testing just such a device at its Joint Expeditionary Base East, in Virginia Beach, Virginia. Known as the GhostSwimmer, the robot was developed by Boston Engineering as part of the Navy's Silent NEMO project, which is aimed at creating nature-inspired unmanned underwater vehicles (UUVs). Read More

3D Printing

EDAG Light Cocoon concept employs weatherproof textile skin over a bionically-inspired, back-lit trellis frame

EDAG traditionally produces a concept car incorporating "new thought" for the Geneva Motor Show each year and the 2015 concept car might initially stretch your imagination beyond normal limits. The EDAG Light Cocoon Concept uses a weatherproof textile instead of the traditional metal skin for the car's panels, stretched over a bionically-inspired trellis body structure, then back-lit for effect. Read More

Drones

Bird-inspired system could result in smoother flights

Turbulence can be unpleasant enough for passengers in full-sized aircraft, but it's even more of a challenge for unmanned micro air vehicles (MAVs) – a good gust can blow one of the little drones completely off course, or even cause it to crash. That's why a team from RMIT University in Melbourne, Australia, has looked to birds for a solution. The result is a system that detects turbulence before it buffets the MAV, allowing the aircraft to anticipate it and thus maintain a smoother flight. The technology could also be applicable to regular airplanes. Read More

Robotics

Bionic bird can be flown with your smartphone

A French startup has turned to crowdfunding to build an extremely light bionic bird that can be controlled using the magnetometer and accelerometer in a smartphone. The bird, currently at the prototype stage, would communicate via Bluetooth for a range of 100 meters (330 ft) and be able to fly for up to eight minutes at a time, or over a mile, after a quick 12-minute charge.Read More

Robotics

Snake robot learns to climb sand hills better, by moving like a sidewinder

If a robot is looking for victims at a disaster site, or even exploring another planet, then it certainly better not get stuck in the sand. That may now be a little less likely to happen, as scientists recently studied one of the best sand-travelers in the animal kingdom – the sidewinder rattlesnake. After they analyzed its movement patterns and applied them to an existing snake-inspired robot, that robot was better able climb up sandy inclines. Read More

Robotics

European scientists developing a robotic tree

The animal kingdom contains many examples of efficient forms of locomotion, so it's no wonder that we've been seeing a lot of animal-inspired robots – recent examples have included a robotic cheetah, fish and snake. Plants, however, just sit there ... don't they? Actually, they do move, just not necessarily in a Point A to Point B manner. With that in mind, Europe's PLANTOID project consortium is now in the process of developing a tree-like robot. Its descendants might ultimately find use in the exploration of other planets. Read More

Science

Squid-inspired color-changing display could advance LCD tech

Scientists have long marveled at the squid's ability to sense the color of its surroundings, and then instantaneously change its own skin coloring in order to blend in. To that end, a number of projects have attempted to create man-made materials that are similarly able to change color on demand. One of the latest studies, being led by associate professor Stephan Link at Rice University, may ultimately result in improved LCD displays. Read More

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