Simultaneous Nadir Overpasses (SNOs) Predictions

Prediction of SNOs between LANDSAT-8 and METOP-A Satellite Orbit:

Table of predicted SNOs for the next 14.0 days since TLE Epoch: 11/1/2020
Index Date (LANDSAT-8) Time (LANDSAT-8) Lat,Lon (LANDSAT-8) SZA (LANDSAT-8 ) Date (METOP-A) Time (METOP-A) Lat,Lon (METOP-A) SZA (METOP-A ) Distance(km) Time Diff (sec)
1 11/01/2020 04:56:58 81.45, 151.57 98.95 11/01/2020 04:57:03 81.44, 151.73 98.97 2.68 5
2 11/03/2020 23:41:46 -81.45, 50.49 80.17 11/03/2020 23:40:46 -81.45, 50.31 80.22 3.03 60
3 11/04/2020 00:31:13 81.44,-142.11 99.81 11/04/2020 00:31:26 81.44,-141.96 99.83 2.62 13
4 11/06/2020 19:16:00 -81.45, 116.79 79.35 11/06/2020 19:15:08 -81.45, 116.62 79.39 2.92 52
5 11/06/2020 20:05:27 81.43, -75.85 100.62 11/06/2020 20:05:48 81.44, -75.66 100.66 3.18 21
6 11/09/2020 14:50:14 -81.45,-176.57 78.53 11/09/2020 14:49:30 -81.44,-176.71 78.57 2.59 44
7 11/09/2020 15:39:41 81.44, -9.23 101.45 11/09/2020 15:40:11 81.44, -9.40 101.44 2.76 30
8 11/12/2020 10:24:29 -81.44,-110.36 77.80 11/12/2020 10:23:53 -81.44,-110.45 77.83 1.37 36

Figure of LANDSAT-8 and METOP-A satellite orbits during SNOs since TLE Epoch: 11/1/2020
SNOs_Map_LANDSAT-8_METOP-A_20201101.jpg

Download SNOs between LANDSAT-8 and METOP-A since TLE EPOCH: 11/01/2020 in txt file.

Historical Predications of SNOs between LANDSAT-8 and METOP-A