so, as an added bonus, ipex's scoops and arms can also help it to get out of a hole orflip it over ife of its other defences will keep its cameras free from all that electrostatic dust, which will cling to every part of it. its lenses will be fitted with an electrodynamic dust shield. simply apply electricity and the charged dust particles are repelled, keeping its vision clear. but after a while of going to and fro, we might want to stay a little longer on the surface. robots like this one will prepare the ground for permanent buildings by smoothing and compacting the foundations. do you have a name for this arm? um... we call it... we call it meercat, actually. you've always got cool names for these things! yeah. why? it's called the multipurpose end effector for regolith acquisition... meercat. .. ..transportation and... yeah, yeah, that's it. you see, what worries me is there are some brilliant inventions you guys haven't bothered with because you couldn't think of a cool acronym. a cool name. that is like one of the... it's very important to have a good name for your projects bec

so, as an added bonus, ipex�*s scoops and arms can also help it to get out of a hole orflip it over if its other defences will keep its cameras free from all that electrostatic dust, which will cling to every part of it. its lenses will be fitted with an electrodynamic dust shield. simply apply electricity and the charged dust particles are repelled, keeping its vision clear. but after a while of going to and fro, we might want to stay a little longer on the surface. robots like this one will prepare the ground for permanent buildings by smoothing and compacting the foundations. do you have a name for this arm? um... we call it... we call it meercat, actually. you've always got cool names for these things! yeah. why? it's called the multipurpose end effector for regolith acquisition... meercat. .. ..transportation and... yeah, yeah, that's it. you see, what worries me is there are some brilliant inventions you guys haven't bothered with because you couldn't think of a cool acronym. a cool name. that is like one of the... it's very important to have a good name for your projects because

so, as an added bonus, ipex's scoops and arms can also help it to get out of a hole or flip it over ifof its other defences will keep its cameras free from all that electrostatic dust, which will cling to every part of it. its lenses will be fitted with an electrodynamic dust shield. simply apply electricity and the charged dust particles are repelled, keeping its vision clear. but after a while of going to and fro, we might want to stay a little longer on the surface. robots like this one will prepare the ground for permanent buildings by smoothing and compacting the foundations. do you have a name for this arm? um... we call it... we call it meercat, actually. you've always got cool names for these things! yeah. why? it's called the multipurpose end effector for regolith acquisition... meercat... ..transportation and... yeah, yeah, that's it. you see, what worries me is there are some brilliant inventions you guys haven't bothered with because you couldn't think of a cool acronym. a cool name. that is like one of the... it's very important to have a good name for your projects becaus

so, as an added bonus, ipex's scoops and arms can also help it to get out of a hole orflip it over ifinted with regolith and polymer. ok. this is another example of what we can do if we capture the resources from the moon. now, do you know, i've seen and held wheels for rovers before, full—size wheels, and they're really light. right. but this is really heavy. yes, this is the opposite. because those wheels that are light, especially if you're sending it on a rocket, they need to be light because it's expensive. this is heavy because it's made on the moon. and heavy wheels are a good thing, i guess. it's better, right? especially for a digger like that. like the more weight that we have on the excavator, the better it's going to perform. would you believe you can even make rope out of regolith? this is made from basalt glass — really, really thin fibres, a bit like optic fibre. so you could even make rope out of moon dust. these are hopeful times for space exploration, but it's always been a risky endeavour. im—1 odysseus — lunar lander separation confirmed. this year, we've seen thre