A humanoid robot, developed by the Korean Nuclear Research Institute, has made significant strides in disaster response capabilities. The robot, named Armstrong Dex, successfully threw a bottle of water into a yellow barrel from about ten feet away, demonstrating its precision.
A brief video showcases this moment, highlighting the robot’s ability to place a 500ml bottle in the target barrel using its mechanical arm. This capability is not just for show—it indicates that the robot possesses critical skills needed in emergency situations.
In disaster areas, particularly where access is difficult or dangerous, this technology could rapidly deliver essential items like medical kits, radios, and water.
The engineers behind Armstrong Dex ensured it could accurately determine the timing and strength of its throws, achieving precision within a second. This careful calibration is based on the robot’s well-established physical abilities. Previous tests have shown it successfully executing pull-ups and controlled arm exercises, even while managing substantial weights.
Last month, a video emerged of the robot completing a pull-up with an additional weight of 44 pounds and performing an 88-pound single-arm curl, which aimed to evaluate its mechanical stability and control systems.
These tests have allowed engineers to refine the robot’s hydraulic pressure, enhance its sensors, and upgrade its exercise software.
Armstrong Dex’s design mimics that of an adult human, allowing it to navigate standard environments like corridors and control rooms. Equipped with a truck to help it maneuver over rough debris, the robot can perform various tasks, such as turning valves, moving heavy items, connecting wires, and even using tools like fire extinguishers.
Primarily intended for use in disaster zones and nuclear sites, these robots can be operated remotely, keeping operators at a safe distance from potential dangers.
