side easily. we might send robots to an area where a human might not want to go, either due to risk of oxygen depletion or gas leaks, or even if there is the presence of radiation. it has lots of sensors, mostly we use cameras, to give what we call telepresence, so the operator has a more intuitive way of controlling and interacting with the robot. here you are looking at the beginnings of the prototype, which could be where the future of cern is going to build a new excelerator that ll be 100km in circumference. in that environment robots will be really important both as tools you can use for inspection, maintenance, or repair, but also as first responders. this is a novel robotic system we are building that once that inside of radiofrequency cavities that will acceleration to the beam and it s really important that the inner surface is perfectly machined so we built this robotic system to take thousands of close up
which means that they charge more for every container going through. so yeah, trade costs are going up and consumers will pay more. cern is one of the most famous centres for science in the world. 0n the border of switzerland and france, its high energy physics research has helped reveal the secrets of our existence. 0ur click team was able to get access to the facility, and meet with one of cern s engineers to look at some of the cutting edge robots used there. i m eloise matheson. i m a mechatronics engineer at cern. welcome to the cern s robotics workshop. this is cern bot 2, one of our modular robots that we use regularly for inspection, maintenance and repair tasks in the accelerator complex. it has these meccano wheels so it can move side to side very easily. so we might send robots to an area where a human might not want to go either due to a risk of oxygen depletion or gas leaks or even if there s presence of radiation. it s got lots of different sensors on it. mostly we use
in the accelerator complex. it has these meccano wheels so it can move side to side very easily. so we might send robots to an area where a human might not want to go either due to a risk of oxygen depletion or gas leaks or even if there s presence of radiation. it s got lots of different sensors on it. mostly we use cameras. this is to give what we call tele presence, so the operator has a more intuitive way of controlling and interacting with the robot. so here you re looking at the beginnings of the prototype of the fcc robot. this could be where the future of cern is going, to build a new accelerator that will be 100 kilometres in circumference. in that sort of accelerator environment, robots will be really important both as tools you can use for inspection, maintenance and repair, but also as first responders. so this is a novel robotic system we re building that will inspect the inside of radio frequency cavities, that give acceleration to the beam. it s really important that
regularly for inspection, maintenance and repair tasks in the accelerator complex. it has these meccano wheels so that it can move side to side easily. so, we might send robots to an area where a human might not want to go either due to risk of some oxygen depletion or some gas leaks or even if there is presence of radiation. it has got lots of different sensors on it. mostly we use cameras. this is to give what we call tele presence so the operator has a more intuitive way of controlling and interacting with the robot. so, here you are looking at the beginnings of the prototype of the fcc robot. this could be where the future of cern is going to build a new accelerator 100 kilometres in circumference, and in that accelerator environment, robots will be really important both as tools you can use for inspection, maintenance and repair, but also as first responders. this is a novel robotic system we are building that will inspect the inside of radio frequency cavities that give acceler
it has these meccano wheels so that it can move side to side easily. so, we might send robots to an area where a human might not want to go either due to risk of some oxygen depletion or some gas leaks or even if there is presence of radiation. it has got lots of different sensors on it. mostly we use cameras. this is to give what we call tele presence so the operator has a more intuitive way of controlling and interacting with the robot. so, here you are looking at the beginnings of the prototype of the fcc robot. this could be where the future of cern is going to build a new accelerator 100 kilometres in circumference, and in that accelerator environment, robots will be really important both as tools you can use for inspection, maintenance and repair, but also as first responders. this is a novel robotic system we are building that will inspect the inside of radio frequency cavities that give acceleration to the beam, and it is really important that the inner surface is perfectly m