Simultaneous Nadir Overpasses (SNOs) Predictions

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

Table of predicted SNOs for the next 14.0 days since TLE Epoch: 1/23/2022
Index Date (METOP-B) Time (METOP-B) Lat,Lon (METOP-B) SZA (METOP-B ) Date (NOAA-19) Time (NOAA-19) Lat,Lon (NOAA-19) SZA (NOAA-19 ) Distance(km) Time Diff (sec)
1 01/31/2022 07:19:40 80.76, 101.86 99.15 01/31/2022 07:18:25 80.76, 101.73 99.11 2.28 75
2 01/31/2022 08:10:21 -80.77, -90.73 80.86 01/31/2022 08:09:20 -80.75, -90.78 80.89 1.74 61
3 01/31/2022 09:01:02 80.75, 76.35 99.11 01/31/2022 09:00:25 80.76, 76.27 99.10 1.58 37
4 01/31/2022 09:51:43 -80.76,-116.23 80.90 01/31/2022 09:51:20 -80.75,-116.24 80.91 0.55 23
5 01/31/2022 10:42:24 80.74, 50.85 99.07 01/31/2022 10:42:25 80.76, 50.82 99.08 1.76 1
6 01/31/2022 11:33:05 -80.75,-141.73 80.94 01/31/2022 11:33:20 -80.75,-141.70 80.93 0.75 15
7 01/31/2022 12:23:45 80.75, 25.70 99.07 01/31/2022 12:24:24 80.75, 25.73 99.08 0.96 39
8 01/31/2022 13:14:27 -80.74,-167.23 80.98 01/31/2022 13:15:20 -80.75,-167.15 80.94 1.95 53

Figure of METOP-B and NOAA-19 satellite orbits during SNOs since TLE Epoch: 1/23/2022
SNOs_Map_METOP-B_NOAA-19_20220123.jpg

Download SNOs between METOP-B and NOAA-19 since TLE EPOCH: 01/23/2022 in txt file.

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