It s got quite a bit of force. we haven t tested it. we ve not quite tested this, but if you were to put one on your head, it would have the force required to crush your skull. oh, good! which is lovely, isn t it? well, if you re going to make an asteroid climbing robot, make a killer asteroid climbing robot. but, really, is this the way to solve our resource problem? after all, it s all a fair way off yet. as well as designing the rest of the robot, with help of tohoko university injapan, the asteroid mining corporation need to find the right asteroid to mine. now, that s done by looking at the chemical composition of meteorites to identify what their parent bodies in this case, asteroids are made of. so, there you go. each element has been assigned randomly a colour. so, in this image, all the green is iron, all the orange is calcium, the pink is silicon, the cyan is magnesium and there s also some darker green that is oxygen in here. is it the case that you will look through all your meteorite samples and one day, you ll come across something that s, say, rich in platinum, and then that gives them then the green light to go get it? absolutely. if we find a concentration
The hairs that they have, that s how a spider is able to climb the wall. it has quite a bit of force to it, and i have been told, only anecdotally, we ve not tested this, but if you were to put one on your head, it would have the force required to crush your skull. oh good. which is lovely, isn t it? well, i mean, if you are going to make an asteroid climbing robot, make a killer asteroid climbing robot. but really, is this the way to solve our resource problem? after all, it is all a fair way off yet. as well as designing the rest of the robot, with the help of tohoko university injapan, the asteroid mining corporation need to find the right asteroid to mine. now, that is done by looking at the chemical composition of meteorites, to identify what their parent bodies, in this case asteroids, are made of. so, there you go, each element has been resigned randomly a colour. so, in this image, the green is iron, all the orange is calcium, the pink is silicon, the cyan is magnesium and there
Tested this, but if you were to put one on your head it would have the force required to crush your skull. oh good. which is lovely, isn t it? well, 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 way off yet. as well as designing the rest of the robot, with help of tohoko university injapan, the asteroid mining corporation need to find the right asteroid to mine. now that is done by looking at the chemical composition of meteorites, to identify what their parent bodies, in this case asteroids, are made of. so there you go, each element has been resigned randomly a colour. so in this image the green is iron, all the orange is calcium, the pink is silicon, the cyan is magnesium and there is also some darker green that is oxygen. is it the case that you will look through all your meteorite samples, and one day you will come across something that s, say, rich in platinum, and then that gives them then
On your head, it would have the force required to crush your skull. oh good. which is lovely, isn t it? well, i mean, if you are going to make an asteroid climbing robot, make a killer asteroid climbing robot. but really, is this the way to solve our resource problem? after all, it is all a fair way off yet. as well as designing the rest of the robot, with the help of tohoko university injapan, the asteroid mining corporation need to find the right asteroid to mine. now, that is done by looking at the chemical composition of meteorites, to identify what their parent bodies, in this case asteroids, are made of. so, there you go, each element has been resigned randomly a colour. so, in this image, the green is iron, all the orange is calcium, the pink is silicon, the cyan is magnesium and there is also some darker green that is oxygen. is it a case that you will look through all your meteorite samples, and one day you will come across something that s, say, rich in platinum, and then that gives them the green light to go get it?
To solve our resource problem? after all, it s all a fair way off yet. as well as designing the rest of the robot, with help of tohoko university injapan, the asteroid mining corporation need to find the right asteroid to mine. now, that s done by looking at the chemical composition of meteorites to identify what their parent bodies in this case, asteroids are made of. so, there you go. each element has been assigned randomly a colour. so, in this image, all the green is iron, all the orange is calcium, the pink is silicon, the cyan is magnesium and there s also some darker green that is oxygen in here. is it the case that you will look through all your meteorite samples and one day, you ll come across something that s, say, rich in platinum, and then that gives them then the green light to go get it? absolutely. if we find a concentration of platinum in one of our meteorites, then we can certainly tell the amc guys, ok, the types of meteorites that we re finding platinum in are likely to involve this type of asteroid, so now, it s over to you.
Un- ers gripping onto the surface hard. the grippers they use are essentially derived grippers they use are essentially derived from ultimately things like gecko derived from ultimately things like gecko pads and if you look at the ends gecko pads and if you look at the ends of gecko pads and if you look at the ends of tarantula s feats, at the little ends of tarantula s feats, at the little hairs ends of tarantula s feats, at the little hairs they have, that is how a spider little hairs they have, that is how a spider is little hairs they have, that is how a spider is able to climb a wall. we have a spider is able to climb a wall. we have not a spider is able to climb a wall. we have not tested this, but if you were have not tested this, but if you were to have not tested this, but if you were to put one on your head it would were to put one on your head it would have were to put one on your head it would have the strength to crush your skull would have the strength to crush our skull. would have the strength to crush your skull- your skull. 0h, lovely. if you re auoin to your skull. 0h, lovely. if you re going to make your skull. 0h, lovely. if you re going to make a your skull. 0h, lovely. if you re going to make a robot, - your skull. 0h, lovely. if you re going to make a robot, make i your skull. 0h, lovely. if you re going to make a robot, make a| your skull. 0h, lovely. if you re - going to make a robot, make a killer robot. but is this the way to solve a resource problem. after all, it is all a fair way a resource problem. after all, it is alla fairway off a resource problem. after all, it is all a fair way off yet. as well as designing a robot. as well as designing the rest of the robot, with help of tohoko university injapan, the asteroid mining corporation need to find the right asteroid to mine. now, that s done by looking at the chemical composition of meteorites to identify what their parent bodies in this case, asteroids are made of. so, there you go. each element has been assigned randomly a colour. so, in this image, all the green is iron,
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 way off yet. as well as designing the rest of the robot, with help of tohoko university injapan, the asteroid mining corporation need to find the right asteroid to mine. now that is done by looking at the chemical composition of meteorites, to identify what their parent bodies, in this case asteroids, are made of. so there you go, each element has been resigned randomly a colour. so in this image the green is iron, all the orange is calcium, the pink is silicon, the cyan is magnesium and there is also some darker green that is oxygen. is it the case that you will look through all your meteorite samples, and one day you will come across something that s, say, rich in platinum, and then that gives them then the green light to go get it? absolutely. if we find a concentration of platinum in one of our meteorites we can certainly tell the amc guys, 0k, the types of meteorites
Quintillions of pounds. and this is the first part of that robot the claw that stops it from floating away from the asteroid by gripping onto the surface hard. the grippers they use are essentially derived from, ultimately, things like gecko pads and if you look at the ends of tarantula s feet, you know the hairs that they have? that s how a spider is able to climb the wall. we have not quite tested this but if you were to put one on your head, it would have the force required to crush your skull. oh, good! which is lovely, isn t it? but really, is this the way to solve our resource problem? after all, it is all a fair way off yet. as well as designing the rest of the robot, with help of tohoko university injapan, the asteroid mining corporation need to find the right asteroid to mine. now, that is done by looking at the chemical composition of meteorites, to identify what their parent bodies in this case, asteroids
The claw that stops it from floating away from the asteroid by gripping onto the surface hard. the grippers that they use are essentially derived from, ultimately, things like gecko pads and if you look at, like, the ends of tarantula s feet, you know, the hairs that they have? that s how a spider is able to climb the wall. we ve not quite tested this, but if you were to put one on your head, it would have the force required to crush your skull. oh, good! which is lovely, isn t it? well, if you re going to make an asteroid climbing robot, make a killer asteroid climbing robot. but, really, is this the way to solve our resource problem? after all, it s all a fair way off yet. as well as designing the rest of the robot, with help of tohoko university injapan, the asteroid mining corporation need to find the right asteroid to mine. now, that s done by looking at the chemical composition of meteorites to identify what their parent bodies in this case, asteroids are made of. so, there you go.
Gecko pads and if you look at, like, the ends of tarantula s feet, you know, the hairs that they have? that s how a spider is able to climb the wall. we ve not quite tested this, but if you were to put one on your head, it would have the force required to crush your skull. oh, good! which is lovely, isn t it? well, if you re going to make an asteroid climbing robot, make a killer asteroid climbing robot. but, really, is this the way to solve our resource problem? after all, it s all a fair way off yet. as well as designing the rest of the robot, with help of tohoko university injapan, the asteroid mining corporation need to find the right asteroid to mine. now, that s done by looking at the chemical composition of meteorites to identify what their parent bodies in this case, asteroids are made of. so, there you go. each element has been assigned randomly a colour. so, in this image, all the green is iron, all the orange is calcium, the pink is silicon, the cyan is magnesium and there s also some darker green that is oxygen in here. is it the case that you will