Simultaneous Nadir Overpasses (SNOs) Predictions

Prediction of SNOs between NOAA-19 and METOP-C Satellite Orbit:

Table of predicted SNOs for the next 14.0 days since TLE Epoch: 11/17/2023
Index Date (NOAA-19) Time (NOAA-19) Lat,Lon (NOAA-19) SZA (NOAA-19 ) Date (METOP-C) Time (METOP-C) Lat,Lon (METOP-C) SZA (METOP-C ) Distance(km) Time Diff (sec)
1 11/27/2023 14:46:58 -80.77, 170.10 76.54 11/27/2023 14:48:04 -80.76, 169.97 76.54 2.40 66
2 11/27/2023 15:38:00 80.79, -22.22 103.52 11/27/2023 15:38:43 80.78, -22.38 103.52 2.94 43
3 11/27/2023 16:28:56 -80.78, 144.83 76.51 11/27/2023 16:29:25 -80.78, 144.85 76.50 0.39 29
4 11/27/2023 17:19:58 80.79, -47.48 103.56 11/27/2023 17:20:04 80.79, -47.50 103.56 0.34 6
5 11/27/2023 18:10:54 -80.79, 119.57 76.47 11/27/2023 18:10:46 -80.79, 119.72 76.45 2.82 8
6 11/27/2023 19:01:56 80.80, -72.75 103.60 11/27/2023 19:01:25 80.81, -72.62 103.60 2.42 31
7 11/27/2023 19:52:51 -80.80, 94.66 76.39 11/27/2023 19:52:07 -80.80, 94.60 76.41 1.16 44

Figure of NOAA-19 and METOP-C satellite orbits during SNOs since TLE Epoch: 11/17/2023
SNOs_Map_NOAA-19_METOP-C_20231117.jpg

Download SNOs between NOAA-19 and METOP-C since TLE EPOCH: 11/17/2023 in txt file.

Historial Predications of SNOs between NOAA-19 and METOP-C