Im fully convinced China is going to win the next space race
Cruel2BEkind12 on
I’d bet the X-37 already achieved the same. Just under secret testing.
BarbequedYeti on
That would be pretty cool. Get more life out of satellites. Less waste etc. especially your more expensive resource intensive satellites. I wonder if that refueling satellite is reusable in some way as well.
I guess it could even change how much fuel you need to bring or store. Which could lead to more usable space on the satellite for more instruments or whatnot. Interesting to see where this might lead.
Xenomorph555 on
*Refueling of bi-propellants (hypergolic), also first in GEO.
We’ve been refueling space stations and misc LEO satellites with monopropellants since the 80’s. Still a good achievement for the development and expansion of human space infrastructure.
Next to be developed is cryogenic fuel transfer which will allow greater exploration of the inner solar system.
Congrats to china, as sad as i am to see the end of US space dominance the writings been on the wall
fatnino on
There are already American space tug things where the second satellite approaches the older, fully functional but out of fuel satellite and docks to its engine nozzle. Then it moves it to where we want it now. Then lets go and heads off to service another derelict satellite.
8 Kommentare
The SJ-21 and SJ-25 satellites “merged” on July 2 and have remained together since then.
Read the full article: [https://www.wired.com/story/china-jumps-ahead-in-the-race-to-achieve-a-new-kind-of-reuse-in-space/](https://www.wired.com/story/china-jumps-ahead-in-the-race-to-achieve-a-new-kind-of-reuse-in-space/)
Im fully convinced China is going to win the next space race
I’d bet the X-37 already achieved the same. Just under secret testing.
That would be pretty cool. Get more life out of satellites. Less waste etc. especially your more expensive resource intensive satellites. I wonder if that refueling satellite is reusable in some way as well.
I guess it could even change how much fuel you need to bring or store. Which could lead to more usable space on the satellite for more instruments or whatnot. Interesting to see where this might lead.
*Refueling of bi-propellants (hypergolic), also first in GEO.
We’ve been refueling space stations and misc LEO satellites with monopropellants since the 80’s. Still a good achievement for the development and expansion of human space infrastructure.
Next to be developed is cryogenic fuel transfer which will allow greater exploration of the inner solar system.
Boeing sabotaged US efforts to develop refueling tech more than five years ago: https://arstechnica.com/science/2019/08/rocket-scientist-says-that-boeing-squelched-work-on-propellant-depots/
Congrats to china, as sad as i am to see the end of US space dominance the writings been on the wall
There are already American space tug things where the second satellite approaches the older, fully functional but out of fuel satellite and docks to its engine nozzle. Then it moves it to where we want it now. Then lets go and heads off to service another derelict satellite.
Neat, but no not even close to the first. [DARPA and NASA demonstrated this technology all the way back in 2007](https://en.wikipedia.org/wiki/Orbital_Express)