thing. this is that abl are, the automated bricklaying robot. it is an enormous read that circles the sight of where the house will be. after blowing it up loading it up with mortar and bricks, it is laying them down. firstly it expels the mortar before placing the dam on top, and being able to do so with incredible accuracy, at a rate of three bricks per minute. that is compared to your average experienced human bricklayer like simon here, who would lay down for permanent. so it still needs to catch up a little bit. that is not forgetting machines don t get tired, and don t need tea breaks. this massive tracker surrounding the site allows the robot to go all the way around, playing levels of bricks, without ever needing to stop. and it means there is no need for scaffolding either, because there is an operator in a separate trolley going around the track surveying the builder. and this is where the uk s first home being built by a robot player will be. now not
asteroid by grabbing onto the surface hard. it asteroid by grabbing onto the surface - hard. surface - hard. it is essentially - surface - hard. it is essentially derived | surface - hard. it is - essentially derived from surface - hard. it is essentially derived from things like gecko pads and if you look at the ends of tarantula s feet, the hairs that they have, the spider is able to cling the wall. it has quite a bit of warts to it, and i have been told, only anecdotally, but if you are to put one on your head it would have the force required to crush your skull. i mean, if you are going to make an asteroid climbing robot, make it a killer asteroid climbing robot. but really, is this the way to solve our resource problem? after all, it is all a fair resource problem? after all, it is alla fairway resource problem? after all, it is all a fair way off yet, as well as designing the rest of the robot with help of a university injapan, the university in japan, the asteroid universit
the music industry in the process. homes and buildings are being built higher, faster, better. and even with 3d printed construction getting a lot of hype, for now it s still mostly with good old brick and mortar, laid by skilful bricklayers. but this home right here isn t being built by humans, it s being built by that thing. this is that ablr, the automated bricklaying robot. it is an enormous rig that circles the site of where the house will be. after loading it up with mortar and bricks, it begins laying them down. first it expels the mortar before placing the brick down on top, and being able to do so with incredible accuracy, at a rate of three bricks per minute. that s compared to your average experienced human
research, but they are really difficult to mine. other resources ijust, well, running out. resources i ust, well, running out. , , , resources i ust, well, running out. , . resources i ust, well, running out. .,, out. all systems are ready. and all of out. all systems are ready. and all of this out. all systems are ready. and all of this begs - out. all systems are ready. and all of this begs the - and all of this begs the question as we venture into space, how are we going to live, where are we going to live? and what are we going to live? and what are we going to live on? $5 live? and what are we going to live on? , ., , live? and what are we going to live on? , . , ., , live on? as humans we have been ex-aloitin live on? as humans we have been exnloiting the live on? as humans we have been exploiting the resources live on? as humans we have been exploiting the resources on - exploiting the resources on earth for as long as we have been around, but instead of look
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