Missions - that don't need people - are the luckiest missions in the world..
Missions - that don't need people - are the luckiest missions in the world..
http://www.heavens-above.com/orbit.aspx?satid=40651&lat=0&ln...
If it was to get close to a non-US military satellite, one could expect people to complain diplomatically, at least.
[0] http://www.space.com/8470-secret-37b-space-plane-spotted-ama...
[1] https://www.universetoday.com/65338/amateur-astronomer-image...
It may be all electronic surveillance. I guess, you can count on satellites not changing after they're launched, so the electronics package would be good for a couple years. come back, get a new package for new surveillance.
Just delivering fuel though, has a lot of value, and you could keep using the same platform for a long long time. Seems to fit better with many multi year missions.
I'm sure somebody knows. But, you know, not me.
Again, i have no evidence of any of this. But it's my favorite pet theory.
Declassified on-orbit satellite servicing and refueling has not been performed as of yet. I wouldn't be shocked if the X-37 has refueled a NRO bird or two (or just simulated it) as a test.
The X37 does not have the mechanical tools or sensors required to perform the kind of reservicing Restore-L is doing.
I work on Restore-L and believe me, there is a huge need for on-orbit satellite refueling and reservicing. The vast majority of satellites reach their end of life due to depletion of fuel, not due to electrical problems or sensor issues. This will be a huge business one day.
http://www.airspacemag.com/space/spaceplane-x-37-180957777/
tldr possibly a test bed for new smaller electronics packages designed for new smaller satellites
It sounds cool, and I can think of a few ways that could work, and it would be super useful. So I'm sticking with my personal conspiracy theory. But yeah, it's a low likelihood of being true.
Recent US spy satellites such as PAN (https://en.wikipedia.org/wiki/USA-207) have started using much, much more aggressive manoeuvring strategies in order to do line-of-site microwave dish spying and spying on commercial sats.
This is unusual for "geostationary" satellites, as it wastes precious fuel. If there is no restriction on the amount of fuel used, they can stay up a lot longer than a normal satellite could.