Gosh, that dark-blue planet with white wisps in the distance is so beautiful, especially thus compared with the barren and grey moon rock, and She's the only one amongst billions and billions of stars......feel like I'm 9000 years old, and missing Her already, and I'll forever love Her underneath the moon...Photo taken by Chang'e 5-T1 of the far side of the Moon with the Earth in frame, which according to a NASA chief is always dark.
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Just posting this to show how badly China has fallen behind and how badly it needs the commercial space sector. People talk about the space race to the Moon for optimal south pole sites and access to water, but the real space race is in LEO. There's a limited amount of good orbital bands in LEO and GTO, not to mention frequencies. This has never been a problem before, but with multiple American and Chinese mega constellations coming online, and with Europe and India likely to try their hand at launching their mega constellations too, it's going to be very crowded in LEO and GTO. With how much of a nightmare it's going to take for all those nations to share, it's likely just going to be a game of "first come first served" in regards to LEO real estate. And sure, China launches a large number of rockets, but the the actual total amount of satellites is actually quite low.
One reason why China is not way ahead the number of satellites launched despite their larger number of launches compared to other countries is that the military monopolies Long March launches and that military focused LM payloads don't tend to offer ride-shares , and even when they do, it's not for a lot of payloads. The record for the amount of satellites a Long March has deployed on a single launch is 22, which is low compared to other space agencies. Russia, India and SpaceX all surpassed this record easily.
2ndly is that a large number of launches are from small lift solid fueled rockets, which inflates China's launch numbers while not launching very much into orbit.
This is why private spaceflight in China is going to be extremely important, even more so then national prestige missions to the Moon. Despite the people here that keeps trying to shit on China's private rocket efforts. Even if they don't achieve greater costs saving then a long march rocket, even if they never figure out re-usability, they will still be useful in that they won't be largely limited to launching a handful of military satellites and can actually optimize ride sharing to launch as much payload and mass as they can into orbit per launch.
Even the Long March 8, which is supposed to be more focused on be launching commercial payloads , I suspect will still be roped into supporting a large number of military payloads, especially if it's replacing the older hypergolic rockets. And of course the LM-8 is still very far away from being mass produced enough to take up the brunt of China's launch market.
This kind of chart is misleading.View attachment 129170
Just posting this to show how badly China has fallen behind and how badly it needs the commercial space sector. People talk about the space race to the Moon for optimal south pole sites and access to water, but the real space race is in LEO. There's a limited amount of good orbital bands in LEO and GTO, not to mention frequencies. This has never been a problem before, but with multiple American and Chinese mega constellations coming online, and with Europe and India likely to try their hand at launching their mega constellations too, it's going to be very crowded in LEO and GTO. With how much of a nightmare it's going to take for all those nations to share, it's likely just going to be a game of "first come first served" in regards to LEO real estate. And sure, China launches a large number of rockets, but the the actual total amount of satellites is actually quite low.
One reason why China is not way ahead the number of satellites launched despite their larger number of launches compared to other countries is that the military monopolies Long March launches and that military focused LM payloads don't tend to offer ride-shares , and even when they do, it's not for a lot of payloads. The record for the amount of satellites a Long March has deployed on a single launch is 22, which is low compared to other space agencies. Russia, India and SpaceX all surpassed this record easily.
2ndly is that a large number of launches are from small lift solid fueled rockets, which inflates China's launch numbers while not launching very much into orbit.
This is why private spaceflight in China is going to be extremely important, even more so then national prestige missions to the Moon. Despite the people here that keeps trying to shit on China's private rocket efforts. Even if they don't achieve greater costs saving then a long march rocket, even if they never figure out re-usability, they will still be useful in that they won't be largely limited to launching a handful of military satellites and can actually optimize ride sharing to launch as much payload and mass as they can into orbit per launch.
Even the Long March 8, which is supposed to be more focused on be launching commercial payloads , I suspect will still be roped into supporting a large number of military payloads, especially if it's replacing the older hypergolic rockets. And of course the LM-8 is still very far away from being mass produced enough to take up the brunt of China's launch market.
With how data linked modern militaries are, having global high speed internet access is a pretty big deal. Furthermore, at least this can be commercialized and sold as a service to other countries, so it's also a race for customers between Starlink and China's own mega-constellations, especially in the BRI countries that China is courting.Internet satellite like starlink is not a big of a deal.
I think the real question you are asking is whether it makes sense to put up relatively small satellite constellations for the purposes of a "first come first served" strategy.
It's not like China has any extra launch capacity to spare. The waiting time for commercial payloads is years long, even without the new Guowang and the G60. Even if China devotes every LM launch to launching as many commercial payloads as they can, the number of objects launched will not rise by much, like I said, a lot of launches are small lift rockets and even the workhorses of CZ-2/CZ-3 aren't that impressive when compared to the F9. And we all see exactly how many launches it takes to launch thousands of Starlinks into space, weekly launches of 50 satellites each for years.If they had a lot more launch capacity that outstripped their useful payload development/industry, then in theory putting up large constellations of small satellites would make more sense (and that is partly why most F9 launches are Starlink to begin with),
Nobody is outright saying "cancel the private spaceflight program" but I think a lot of people are generally dismissive of private spaceflight efforts and saying that the state agencies should take priority and the majority of launches. For example, when discussing the limited number of launchpad availability and who should get the most spots. Or often repeated argument of the LM-8 vs private rockets for launching the mega-constellations. Or the role the private companies should play in launching national science missions, military payloads, human spaceflight etc etc, with some people thinking that the private companies should be solely limited to commercial payloads and even then they have to share the market with the more mature state owned rockets.I'm also not sure who here is talking down on Chinese commercial space efforts, most people seem neutral to supportive of their efforts. If anything the array of different companies offering up first launches of rockets intended for reusability in the next year or two is quite dynamic.
China's commercial launch market has been starved of launch capacity of years, even before Starlink/Guowang/G60 became a thing. Waiting time for commercial payloads is years long. The demand of satellites is there, the launches are not. It's not unique to China of course, in every country rocket launches are the bottleneck and the waiting times are long, although SpaceX is changing that.Basically, you only launch that many satellites if demand is there. Demand simply wasn't there for launch 2000 satellites into LEO until past 2 years. That's why you have Guowang and G60 both at start of deployment now and why you have multiple gigafactories for satellite production coming online. America's # only increased because Starlink came online.
1) The decision to not push for cryogenic rockets systems earlier in China's space history and sticking to hypergolic rockets for so long 100% harmed entire sector. Fun fact, the earliest private rocket companies (Landspace, Ispace) were founded around the same time as when the first chinese cryogenic rocket reached orbit. So some of the early private rocket companies would have had a tiny amount of experiences with cryogenic rockets and fuels, and had to develop everything from scratch basically. Compare that with the American private space sector, that could directly recruit engineers with decades worth of experience with cryogenic rockets from the very start.You can get angered at the lack of development but unless you can pinpoint the lack of a resource, or policy/legal support it doesn't help anything.
The way I see it now is that there are multiple Chinese companies that are in the process of developing reusable rockets, it is a matter of time before that happens. What can they do to be faster? These are private companies with little access to capital and this will not take on much risk, unlike SpaceX.
Nobody is outright saying "cancel the private spaceflight program" but I think a lot of people are generally dismissive of private spaceflight efforts and saying that the state agencies should take priority and the majority of launches. For example, when discussing the limited number of launchpad availability and who should get the most spots. Or often repeated argument of the LM-8 vs private rockets for launching the mega-constellations. Or the role the private companies should play in launching national science missions, military payloads, human spaceflight etc etc, with some people thinking that the private companies should be solely limited to commercial payloads and even then they have to share the market with the more mature state owned rockets.