The trio relied on silicone molds to ensure the flippers’ necessary flexibility, and utilized 3D printed rigid ... animal-inspired robots, however, Ozkan-Aydin’s turtle tech is initially ...

PVC pipes surround ART’s internal modular chassis to protect it from water, while the robot turtle’s lightweight 3D printed shell gives it buoyancy. At its fastest, ART can “swim” at 0.083 ...

It's not the only robo-turtle in town, though, as another one has been developed to possibly one day lead real baby turtles to the safety of the sea. The land-crawling robot was designed at the ...

Courtesy of Robert Baines To design a robot that can thrive in both worlds, the researchers studied the natural movement mechanisms of terrestrial and aquatic turtles in their respective ... like the ...

The robot turtle is battery-powered and uses 3D-printed plastic for the oval of its “body” and the parts that connect this body to the flippers. According to Nature, baby sea turtles typically ...

Burlington’s own Evan Budz is making waves in the world of youth innovation after winning the Best Project in Innovation at the 63rd Canada-Wide Science Fair, held this year at ...

By joining tiny actuator modules with various movement ranges, the team was able to construct a range of robot designs, including a transformer, an airplane, and even a turtle, using a technique ...

What really caught our eye on the show floor, however, is RoboTurtle, because, well, it’s a robot that looks like a turtle. The turtle, sadly, seems to very much be in the concept stages ...

The robot turtle is battery-powered and uses 3D-printed plastic for the oval of its “body” and the parts that connect this body to the flippers. According to Nature, baby sea turtles typically use ...