CyclopsRock
Member
all it has to do is direct the parachuting rocket/engine to a specific GPS location, intercept it while falling back to earth by a helicopter dangling a heavy cable/hook, and then somehow the helicopter has to hook onto it without getting its rotors fucked up in the parachute? Sounds like the helicopter would need to intercept at altitude and then descend rapidly after the parachute passes in order to catch it up? Nice idea but sounds messy - also less refactorable for future space exploration - being able to land on other planets/surfaces could be a nice secondary revenue source for SpaceX
Well, quite - you're not going to land on Mars with a helicopter. But then again, I suppose they're thinking relatively mid-term with this; If they can get it right they'll be able to reduce the cost of launch pretty hugely (the article there states $200m per launch - I suspect they're being ambitious here but it's a lot of money either way). And I agree that it sounds messy but I assume these guys have some idea of how they'll do it... Or, you'd like to think they do.