robotic robot

Instead of slow, heavy, and complex ASIMO robots, scientists now focus on building more compact and flexible robots, such as Cassie, a flexible two-legged robot.

Gravity and the deliberate deviation are the explanation why the centipede, despite having many legs, can coordinate in a smooth manner to move extremely rapidly.

2015 was a breakthrough year in science and technology and of course robot technology was no exception.

American engineers designed the first 3D robot can automatically change the state from hard to soft, and know the high jump and vertical ground.

A graduate student at the Massachusetts Institute of Technology (MIT), the United States has successfully developed a soft robot that can operate under water at a phenomenal pace

MIT researchers have announced a block cube robot that can flip, jump and assemble itself to change shape.

Scientists at the University of Freiburg in Germany have successfully demonstrated a robotic escalator, especially the spiral staircase, which is popular in today's buildings.

A team of scientists from Tokyo Technological University (Japan) has successfully created a robot, named Swumanoid, able to swim back and swim school. In the future, the robot can

The Military Technical Institute has successfully built and deployed a variety of new robots for escalating, sandblasting, civil and military use. Dr. Chu Anh My, Head of

US scientists say the new 'land speed king' robot is capable of supporting more effective combat missions.