SNIPE A
In orbit NORAD 56749 AYLO-6910-6407-3496-4588 South Korea
2023
Launch
4
Observations all time
The satellite is in orbit
The network has not received data from this satellite for a long time
Gallery
1 56749U 23072G 26285.91093429 .00037111 00000-0 50532-3 0 9996
2 56749 97.4724 138.9490 0000952 268.0755 92.0391 15.57467133188743
Mean elements of every TLE set over the past 365 days, plotted against the epoch of the set. Each source is its own line; click it in the legend to hide it. A jump in altitude is a manoeuvre or a bad set; lines drifting apart are a disagreement between sources. “TLE age” is how many hours have passed since the epoch of the source's freshest set, plotted against when the set reached us, on a logarithmic scale. A set the source repeats unchanged does not reset the age.
Each TLE set is propagated with SGP4 to the epoch of the next set from the same source and compared with it, plotted against the epoch of the next set; the tooltip shows how many hours ahead the prediction ran. The logarithmic scale shows the size of the divergence and the tooltip its sign: plus along-track means the prediction is ahead of the satellite. This is how well the sets agree, not the true error: the reference is a TLE too, off by about a kilometre. An outlier is a manoeuvre between sets. Sets more than a week apart are not compared.
| Time of closest approach, UTC | Object 1 | Object 2 | Distance, km | Speed, km/s | Max. probability |
|---|---|---|---|---|---|
| 2026-10-13 23:27:08 |
OBJECT G
NORAD 56749 |
EOS-08
NORAD 60454 |
4.328 | 12.87 | 1.4e-07 |
| 2026-10-18 00:54:40 |
GAOFEN-11 01
NORAD 43585 |
OBJECT G
NORAD 56749 |
2.971 | 14.55 | 2.2e-07 |
| 2026-10-18 01:40:54 |
GAOFEN-11 01
NORAD 43585 |
OBJECT G
NORAD 56749 |
3.295 | 14.58 | 1.8e-07 |
| 2026-10-18 03:13:22 |
GAOFEN-11 01
NORAD 43585 |
OBJECT G
NORAD 56749 |
3.510 | 14.58 | 1.6e-07 |
Data: CelesTrak SOCRATES Plus, computed from TLEs of the public catalog. This is an estimate, not grounds for a manoeuvre: TLEs carry no covariance, and the maximum probability assumes a position error.
