CERN Unleashes Robot-Dog for Inspection of Nuclear Radiation Zones

The European Organization for Nuclear Research (CERN) has recently introduced a groundbreaking addition to its repertoire of robots, the CERNquadbot. This four-legged robot has undergone its first radiation protection test and passed with flying colors, proving its proficiency in navigating and inspecting areas with high levels of nuclear radiation.

Traditionally, CERN has utilized robots such as the CERNbotSPS, Train Inspection Monorail, and CRANEbot, which were capable of carrying heavy loads and performing various tasks. However, these robots faced limitations when it came to maneuvering through cluttered or obstructed spaces. The CERNquadbot addresses this issue by venturing into areas that were previously inaccessible to its wheeled counterparts.

The motivation behind developing the CERNquadbot stemmed from the presence of loose wires and pipes on the ground that often slid and moved, creating obstacles for both wheeled robots and human personnel. By utilizing the CERNquadbot, CERN’s radiation protection group conducted a proof-of-concept survey and found no issues during the inspection process. The robot demonstrated remarkable stability throughout the mission.

One of the strengths of the CERNquadbot lies in its ability to fulfill specific requirements within CERN’s operations. In conjunction with the Train Inspection Monorail (TIM), which monitors large distances within the Large Hadron Collider (LHC), the quadbot can access localized areas that TIM cannot easily reach. This collaboration enables gathering more detailed information about specific places, enhancing CERN’s overall capabilities in inspection and maintenance.

Interestingly, the CERNquadbot bears a resemblance to the robotic dogs featured in an episode of the popular TV series “Black Mirror” called “Metalhead.” In this dystopian narrative, humans are forced to fight for survival after the robot dogs turn hostile. However, it is important to note that, for now, there are no plans for CERN’s robots to become post-apocalyptic, murderous machines. The visual similarity between the CERNquadbot and the robo-dogs in “Metalhead” is purely coincidental.

With the successful completion of its radiation protection test, the CERNquadbot presents itself as a valuable asset for precision inspection in environments with high levels of nuclear radiation. Its ability to traverse cluttered spaces and gather crucial data in areas previously off-limits demonstrates CERN’s commitment to pushing the boundaries of robotics technology. As advancements continue, the CERNquadbot and its counterparts may play an essential role in enhancing safety, efficiency, and productivity in various industries.