Srsly, no-one going with the “it’s free real estate” meme.
Jokingly, but also really, seems a waste. I get they don’t want the overhead, but just boost it north, perhaps to a Lagrange, maybe just high orbit, but someone will come along to salvage eventually…
ETA: Also, one of the beauties of SpaceX is that Musk doesn’t muck with it (yet), working too well without him, unlike everything else he’s bollocksed up.
L1 is sunwards, L2 is counter-sunwards, L3 is on the other side of the Sun, L4 is Eastwards, and L5 is Westwards.
Going from LEO to L1/L2, requires a ∆v of 7.5km/s, which is comparable to the 9.4km/s ∆v required to go from Earth surface to LEO.
Meanwhile, the ISS keeps getting slowed down by Earth’s atmosphere, and it only takes a ∆v of 1km/s or less, to plunge it into denser atmosphere for reentry.
Srsly, no-one going with the “it’s free real estate” meme.
Jokingly, but also really, seems a waste. I get they don’t want the overhead, but just boost it north, perhaps to a Lagrange, maybe just high orbit, but someone will come along to salvage eventually…
ETA: Also, one of the beauties of SpaceX is that Musk doesn’t muck with it (yet), working too well without him, unlike everything else he’s bollocksed up.
There is no Lagrange point “North”.
L1 is sunwards, L2 is counter-sunwards, L3 is on the other side of the Sun, L4 is Eastwards, and L5 is Westwards.
Going from LEO to L1/L2, requires a ∆v of 7.5km/s, which is comparable to the 9.4km/s ∆v required to go from Earth surface to LEO.
Meanwhile, the ISS keeps getting slowed down by Earth’s atmosphere, and it only takes a ∆v of 1km/s or less, to plunge it into denser atmosphere for reentry.
I was just colloquially referring to away from Earth as North.
Ah… I didn’t catch on that. Nvm then.