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In order to explore unknown areas or save people in disasters, people sometimes have to go deep into some dangerous places. In some places, human beings can’t set foot at all, and in some places, human beings have to risk their lives. In order to help people complete dangerous tasks without getting hurt, scientists have developed a group of robots that act as pioneers for humans, climbing peaks, going deep into ice seas, and traversing caves。CNC program precision prototype precision CNC parts supply
simulating lemur climber
Many planets have extreme terrain, including steep cliffs. In order to climb up the rock wall to collect data, scientists developed the robot Lemur 3. It imitates the lemur, a rock climber who can move freely on cliffs, with flexible limbs and Velcro-like grippers, which can firmly grasp rough surfaces even on nearly vertical and uneven rock faces Marching; for scientific exploration, it is equipped with stereo cameras, lidar, etc. to detect its surroundings.
At present, Lemur 3, Bluey and Cave Rover have completed a number of tests in a similar earth environment to alien planets. Scientists are continuing to develop more functions, and they are expected to be used in the search for extraterrestrial life in the future. detection work. CNC program precision prototype precision CNC parts supply
rescuer who gallops like an alpaca
Disasters such as earthquakes, fires, wars, etc. always come unexpectedly, and many people lose their lives in the disaster, and the land damaged by the disaster is usually rugged and difficult to rescue. Scientists wanted to develop a logistics robot that could help rescue teams, and the Llama was born. It is a robot designed to imitate a llama. It has four fast-moving legs and can walk on rough ground at a speed almost as fast as a human walk, and has a certain weight-bearing capacity. In the event of an accident or disaster, the Llama can both carry supplies like a mule and cross complex terrain like a search-and-rescue dog to help rescue humans.
Researchers are also trying to develop new capabilities to apply to military reconnaissance.
Under the Ice Explorer
Some planets are covered in thick layers of ice, such as Jupiter’s moon Europa, which has an ocean beneath it, and some scientists believe that extraterrestrial life may be hiding in the subglacial ocean.
The sub-ice rover “Bruyi” came into being. It has two wheels that can roll under the ice, carries many scientific instruments, can take images and collect data, so that humans far away on Earth can explore alien ice Underwater world. CNC program precision prototype precision CNC parts supply
rovers through caves
Scientists predict that there are volcanic caves stretching thousands of meters under the surfaces of planets such as the moon, Mars and Venus. Caves block space radiation and may harbor potential life. These caves are bottomless and pitch-dark, and the use of lights to explore them disrupts the normal activities of cave microbes.
In response, scientists designed cave rovers. Equipped with scientific cameras, laser scanners and other instruments, it only needs a small amount of light reflected from the surface of the cave wall to help scientists identify and reveal signs of life in the cave, and map the cave accurately.
Underwater Transformers
Humans have laid many oil and gas pipelines on the seabed, which require regular maintenance. However, the seabed situation is very complicated and the pipelines are very long, so manual inspection is obviously not feasible. “Seabed Observer” is the robot to solve this problem. CNC program precision prototype precision CNC parts supply
It looks like a miniature submarine, and when it dives to its destination in the water, it raises the top of its shell, extends two massive arms, and swivels its sensor-laden head into place, transforming into a A half-humanoid robot that takes tools from its “belly” to work. The operator only needs to send a simple command at the command center, and it can autonomously decide the action, force, etc. to perform the task, and send back a confirmation prompt after the task is completed.
Currently, the researchers are continuing to optimize the performance of the seafloor observer. CNC program precision prototype precision CNC parts supply
