It looks like that the carrier like signal comes from GHS-01, also the TLE generated from some of them fit all of them perfectly, again given that we have different locations (so no random satellite that happened to pass over the same area twice) and that nothing else known near that frequency doesn’t fit, I’ll say that I’m 99% confident that we have signals from GHS-01.
So, here is the TLE generated for GHS-01 that we are going to use in SatNOGS DB:
GHS-01
1 98541U 98067A 25263.34858520 .00000000 00000-0 26251-3 0 02
2 98541 51.6324 195.5052 0004198 355.4694 19.4145 15.51326978 06
ghs1_263_v1.dat (1.1 KB)
sites.txt (11.5 KB)
As I said above we are going to use this TLE set for the rest of the satellites as it should fit better than the ISS TLE we use right now. So, here are all the TLE we are going to use for the satellites:
RSP-03
1 98654U 98067A 25263.34858520 .00000000 00000-0 26251-3 0 07
2 98654 51.6324 195.5052 0004198 355.4694 19.4145 15.51326978 01
STARS-Me2
1 98540U 98067A 25263.34858520 .00000000 00000-0 26251-3 0 01
2 98540 51.6324 195.5052 0004198 355.4694 19.4145 15.51326978 05
GHS-01
1 98541U 98067A 25263.34858520 .00000000 00000-0 26251-3 0 02
2 98541 51.6324 195.5052 0004198 355.4694 19.4145 15.51326978 06
Dragonfly
1 98539U 98067A 25263.34858520 .00000000 00000-0 26251-3 0 09
2 98539 51.6324 195.5052 0004198 355.4694 19.4145 15.51326978 03