chimeric oncogene
ACCESS: Secret
- Joined
- 23 May 2019
- Messages
- 317
- Reaction score
- 340
The Stardust and Genesis missions didn't return anything nasty, didn't they?
Well, if they aimed for the road for easy post landing(?) accessibility, they hit a bullseye...One of the four Booster of Long March 2F/G of Shenzhou 12 launch
hit a road on landing
interesting is that the booster has a parachute
Test use parachute to control the drop point of the booster
The booster parachute landing control system can reduce the landing area by 70%,but the final landing point is still randomWell, if they aimed for the road for easy post landing(?) accessibility, they hit a bullseye...One of the four Booster of Long March 2F/G of Shenzhou 12 launch
hit a road on landing
interesting is that the booster has a parachute
Test use parachute to control the drop point of the booster
I've read that Russia is going to build a station on the surface of the Moon with China. What do you think about that point? Do you think that really possible at all?
So it's really about controlling the drop *area* rather than the drop *point*...The booster parachute landing control system can reduce the landing area by 70%,but the final landing point is still randomWell, if they aimed for the road for easy post landing(?) accessibility, they hit a bullseye...One of the four Booster of Long March 2F/G of Shenzhou 12 launch
hit a road on landing
interesting is that the booster has a parachute
Test use parachute to control the drop point of the booster
It might well be the difference between cordoning off a bunch of fields and a bunch of fields and three villages (with slit trenches and air-raid sirens). The risk to property can be greatly reduced with a guided spent stage.So it's really about controlling the drop *area* rather than the drop *point*...
No argument here, but obviously a predictable and reliable drop point a la SpaceX is immensely more useful.It might well be the difference between cordoning off a bunch of fields and a bunch of fields and three villages (with slit trenches and air-raid sirens). The risk to property can be greatly reduced with a guided spent stage.So it's really about controlling the drop *area* rather than the drop *point*...
A predictable and reliable drop area is very, very useful.
The Russian have how-know to build Lunar base, but need the Chinese Rockets and Money to get there.I've read that Russia is going to build a station on the surface of the Moon with China. What do you think about that point? Do you think that really possible at all?
Assuming this is a real deal change of course and not just power point handwaving, you gotta give the Chinese credit for being much more nimble and bold than Europe and ULA/old space
China's relay satellites facilitate clear, smooth space-ground communication
Beijing (XNA) Jun 28, 2021 - A space-based measurement and control system composed of multiple relay satellites has guaranteed clear and smooth communication between ground control and Chinese astronauts in space. The relwww.spacewar.com
Any idea if the space station will be used for intelligence? Sounds like they don't want to work with anyone.
Any idea if the space station will be used for intelligence? Sounds like they don't want to work with anyone.
Most likely not directly. The orbit would not allow it to be a good spy sat. But it clearly woukd be used to test concepts and equipment for future spy satellites.Any idea if the space station will be used for intelligence? Sounds like they don't want to work with anyone.
ESA are going to be I believe.Any idea if the space station will be used for intelligence? Sounds like they don't want to work with anyone.
Really? My feeling is more that no-one in the West is even considering working with them, which I regret since it would open up a lot of opportunities both in contact, exchange and cooperation.
Plus the requirements of a telescope looking up are different from that of one looking down. But I imagine it has been useful in testing technologies like the manufacturing of large and very high specification mirrors.Most likely not directly. The orbit would not allow it to be a good spy sat. But it clearly woukd be used to test concepts and equipment for future spy satellites.Any idea if the space station will be used for intelligence? Sounds like they don't want to work with anyone.
Many people think that Starlink satellites will be used as spy sats and for some military purposes to track people all around the globe
iSpace confirms that the payload fairing did not separate properly, meaning the satellite could not reach its intended orbit. Rocket otherwise performed well. No TLEs for the object either. https://mp.weixin.qq.com/s/NGkDVjdGexqfCjeJz5rCDw
I have no clue what a Starlink satellite can do that Facebook isn't already doing for over a decade now. These people appear to be misled intentionally, and that intention might not be that of the idiot in question.Many people think that Starlink satellites will be used as spy sats and for some military purposes to track people all around the globe
In March, the U.S. Space Force's 18th Space Control Squadron (18SPCS) reported the breakup of Yunhai 1-02, a Chinese military satellite that launched in September 2019. It was unclear at the time whether the spacecraft had suffered some sort of failure — an explosion in its propulsion system, perhaps — or if it had collided with something in orbit.
We now know that the latter explanation is correct, thanks to some sleuthing by astrophysicist and satellite tracker Jonathan McDowell, who's based at the Harvard-Smithsonian Center for Astrophysics in Cambridge, Massachusetts.
A first engineering prototype of the YF-90 staged combustion cycle 220-ton thrust hydrolox engine for the 2nd stage of the Long March 9 has been completed by CALT and Academy of Aerospace Propulsion Technology https://mp.weixin.qq.com/s/seEq3y1ufUvShhDWKCaEnw
China appears to be accelerating its plans to land on the Moon by 2030 and would use a modified version of an existing rocket to do so.
The chief designer of the Long March family of rockets, Long Lehao, said China could use two modified Long March 5 rockets to accomplish a lunar landing in less than a decade, according to the Hong Kong-based online news site, HK01. He spoke earlier this week at the 35th National Youth Science and Technology Innovation Competition in China. The full video can be found here.