Long March-6C had successful maiden flight just now.
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.
2. The decision to have the LM-8 complete with the commercial space sector for commercial market isn't good, to the point where the LM-8 has a entire launchpad reserved for it. Even if you have an infinite amount of rockets, there's going to be a bottleneck in launch infrastructure. Currently the pad 2 of the Wenchang commercial launchpad can handle around 16 launches a year. That's 2 launches for every private reusable rocket design currently in development. And for reusable rockets, the more launches the better, it's gonna take a few launches before they can actually land the rocket after all. And even more launches for them to refine their recovry and refurbishment process, something that took SpaceX years and dozens of landings. And that's with the CZ-8 not currently being mass produced nearly enough to even to fully use an entire launchpad fully- assuming that Pad 1 can also launch 16 rockets a year. This is when LM rockets have a large enough military exclusive missions that only the LM rockets are allowed to launch.
3. Despite other proposals to support commercial space, like commerical cargo missions to the Tiangong space station, something that basically got SpaceX though it's early years, for now the cargo missions are going towards SOEs instead of private companies. This also displays a general trend towards bias towards SOEs, when the state already has a much larger funding and support while the private companies have pick up the scraps. Source:
4. So it's entirely possible that China could have an private reusable F9 tier rocket today and not support it fully. No human spaceflight missions, no military missions, no cargo resupply for Tiangong, no lunar missions, just a Guowang/G60 workhorse- which I guess it's fine until the national agencies get their own reusable rockets. And what happens then?
Right now the main advantage that private rocket companies have is that their resauble rocket program look to be faster then the state agencies, and that CZ-10 will be busy with lunar program. But eventually CALT and SAST will have their F9 clones and what guess what happens to private companies then? CALT is already trying to muscle in on the commerical launch market, has enough sway to basically reserve an entire commerical launchpad for a single rocket, and insane enough to think that they can launch an entire megaconstellation with 50 LM-8 launches a year. What do you think will happen once they do get a cheap resauble F9 workhorse rocket along with the state support that they enjoy? Yeah no shit private spaceflight can't afford to actually take much risks.
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.
2. The decision to have the LM-8 complete with the commercial space sector for commercial market isn't good, to the point where the LM-8 has a entire launchpad reserved for it. Even if you have an infinite amount of rockets, there's going to be a bottleneck in launch infrastructure. Currently the pad 2 of the Wenchang commercial launchpad can handle around 16 launches a year. That's 2 launches for every private reusable rocket design currently in development. And for reusable rockets, the more launches the better, it's gonna take a few launches before they can actually land the rocket after all. And even more launches for them to refine their recovry and refurbishment process, something that took SpaceX years and dozens of landings. And that's with the CZ-8 not currently being mass produced nearly enough to even to fully use an entire launchpad fully- assuming that Pad 1 can also launch 16 rockets a year. This is when LM rockets have a large enough military exclusive missions that only the LM rockets are allowed to launch.
3. Despite other proposals to support commercial space, like commerical cargo missions to the Tiangong space station, something that basically got SpaceX though it's early years, for now the cargo missions are going towards SOEs instead of private companies. This also displays a general trend towards bias towards SOEs, when the state already has a much larger funding and support while the private companies have pick up the scraps. Source:
4. So it's entirely possible that China could have an private reusable F9 tier rocket today and not support it fully. No human spaceflight missions, no military missions, no cargo resupply for Tiangong, no lunar missions, just a Guowang/G60 workhorse- which I guess it's fine until the national agencies get their own reusable rockets. And what happens then?
Right now the main advantage that private rocket companies have is that their resauble rocket program look to be faster then the state agencies, and that CZ-10 will be busy with lunar program. But eventually CALT and SAST will have their F9 clones and what guess what happens to private companies then? CALT is already trying to muscle in on the commerical launch market, has enough sway to basically reserve an entire commerical launchpad for a single rocket, and insane enough to think that they can launch an entire megaconstellation with 50 LM-8 launches a year. What do you think will happen once they do get a cheap resauble F9 workhorse rocket along with the state support that they enjoy? Yeah no shit private spaceflight can't afford to actually take much risks.
You are counting your chickens much too early.
Let the eggs for the commercial space launchers prove themselves first before entertaining the idea of them doing more than some superconstellation launches.
If you are insinuating that there is state corruption or preference for state rocket developers then just come out and say it -- but all you are describing to me sounds like reasonable technological caution and backing multiple horses to me in pursuit of redundancy.
Once the commercial space launchers prove themselves, I would be surprised if they do not receive more state backing and the state would develop mechanisms to allow them to launch more sensitive and higher risk payloads, but you cannot reasonably expect them to do so this early on.
The newer ones could very well be. The market is over saturated as it is, it's like trying to start a real estate company in China right now, or a EV company. I'm not bias towards private or SOEs. I just want results, private spaceflight could equally result in grafts, scams and stagnation too I'm well aware. It's just that from what I can see, generally speaking private spaceflight in both America and China are moving faster then their state counterparts.If anything your previous statements suggesting that many of the new commercial space companies are scams or asking where they are getting their human resources from is among the most dismissive towards the commercial space companies I've seen here.
You can also apply this logic and ask why is there a entire commercial launchpad already solely reserved for the LM-8, when the CZ-8 is currently launching at a rate of 1 rocket a year and when there's already a large enough demand for military payloads that the private companies can't even launch for.Once the commercial space launchers prove themselves, I would be surprised if they do not receive more state backing and the state would develop mechanisms to allow them to launch more sensitive and higher risk payloads, but you cannot reasonably expect them to do so this early on.
The difference is that CALT and whatnot are already established and have large amount of funding and experience. Meanwhile the private companies are basically an entire nascent industry, in an industry traditionally dominated by SOEs. They need all the support that they can get at the start. Once they are more established and can survive on their own, do you start taking away support.Once the commercial space launchers prove themselves, I would be surprised if they do not receive more state backing and the state would develop mechanisms to allow them to launch more sensitive and higher risk payloads, but you cannot reasonably expect them to do so this early on.
I echo some of the points raised by Tacoburger. In fact I remember reading around 2015-16, from a Chinese state space executive, that they strongly believed that SpaceX won't succeed in making reusable rockets commercial, and hence they are going the route of making normal expendable rockets cheaper through economies of scale and better system design. This was a huge miscalculation that has resulted in a lag of 7-8 years vis-a-vis US.
Now, however since the market and technology have been proven, I am optimistic.
However these things need to be thought about:
- How did China misjudge this emerging technological trend? How can it avoid similar mistakes in space and other sectors later?
- How to catch up fast with SpaceX?
- How to put more focus on disrupting things rather than simply continuing with the current gravy train.
The newer ones could very well be. The market is over saturated as it is, it's like trying to start a real estate company in China right now, or a EV company. I'm not bias towards private or SOEs. I just want results, private spaceflight could equally result in grafts, scams and stagnation too I'm well aware. It's just that from what I can see, generally speaking private spaceflight in both America and China are moving faster then their state counterparts.
You can also apply this logic and ask why is there a entire commercial launchpad already solely reserved for the LM-8, when the CZ-8 is currently launching at a rate of 1 rocket a year and when there's already a large enough demand for military payloads that the private companies can't even launch for.
The difference is that CALT and whatnot are already established and have large amount of funding and experience. Meanwhile the private companies are basically an entire nascent industry, in an industry traditionally dominated by SOEs. They need all the support that they can get at the start. Once they are more established and can survive on their own, do you start taking away support.
And I already gave an example, the Tiangong resupply contracts, unless there's a new update, most of the leading companies currently selected for a cargo spacecraft design are SOEs, even though there are a number of private companies in the bidding process. And this despite the commercial cargo resupply being a attempt to support the private space sector, vis-a-vis SpaceX.
Bit of a catch-22 here isn't it? How are the commercial companies going to prove themselves when they are not given the resources to do so? And they won't be given more resources if they don't prove themselves. Can't grow if you're being cut off before you can even walk.Once the commercial space launchers prove themselves and show at minimum non-inferiority if not superiority, then they will receive more capacity and if CZ-8 does not prove itself then there's nothing stopping them from giving CZ-8 slots to commercial space launch companies
All of this strikes me as being reasonable and awaiting for the commercial space launchers to first prove themselves.
Commercial space companies like AZSPACE already have actual cargo spacecraft prototypes that they have literally launched into space though. Can you say the same for Chengdu aerospace?- which was one of the companies selected. Great aircraft and engines, but they don't really have experince in cargo spacecraft manufacturing...NASA did not allow SpaceX to supply cargo to the ISS before the launcher did several successful launch missions. Would you trust an unproven rocket with delivering payloads to a multibillion space station?
Bit of a catch-22 here isn't it? How are the commercial companies going to prove themselves when they are not given the resources to do so? And they won't be given more resources if they don't prove themselves. Can't grow if you're being cut off before you can even walk.
For example, a better solution then outright giving an entire commercial launchpad to just LM-8 launches from the get go, especially when the CZ-8 doesn't even has the production numbers to fully use the launchpad, is to give full use for the 2 commerical launchpads to private companies for exclusive use for a limited period, say 2-3 years, to allow them to weed out the competition and test and refine out their rockets. Then after the 2-3 years has passed, open up the 2 launchpads for the CZ rockets too, allow the 2 to directly compete for the launchpads and missions.
Commercial space companies like AZSPACE already have actual cargo spacecraft prototypes that they have literally launched into space though. Can you say the same for Chengdu aerospace?- which was one of the companies selected. Great aircraft and engines, but they don't really have experince in cargo spacecraft manufacturing...