Simultaneous Nadir Overpasses (SNOs) Predictions

Prediction of SNOs between GOES-16 and METOP-A Satellite Orbit:

Table of predicted SNOs for the next 14.0 days since TLE Epoch: 10/20/2019
Index Date Time (GOES-16) GOES-16 Lat,Lon METOP-A Lat,Lon Distance(km) Time Diff (sec)
1 10/20/2019 14:10:51 -0.00, -75.21 0.56, -77.88 303.13 80
2 10/21/2019 13:47:32 -0.00, -75.21 -0.51, -72.89 264.39 80
3 10/23/2019 02:09:13 0.00, -75.20 -0.50, -77.52 264.09 80
4 10/24/2019 01:48:33 0.00, -75.20 0.57, -72.53 303.83 80
5 10/25/2019 14:07:27 -0.00, -75.23 0.41, -77.13 216.35 80
6 10/26/2019 13:44:07 -0.00, -75.23 -0.66, -72.14 351.99 80
7 10/28/2019 02:05:49 0.01, -75.23 -0.35, -76.77 175.31 80
8 10/29/2019 01:42:30 0.01, -75.24 0.79, -71.79 393.30 80
9 10/30/2019 14:04:02 -0.01, -75.28 0.25, -76.38 125.99 80
10 10/31/2019 13:40:44 -0.01, -75.29 -0.88, -71.40 442.97 80
11 11/02/2019 01:59:45 0.01, -75.30 -0.13, -76.03 83.33 80
12 11/03/2019 01:41:46 0.00, -75.31 0.94, -71.04 486.12 80

Figure of GOES-16 and METOP-A satellite orbits during SNOs since TLE Epoch: 10/20/2019
SNOs_Map_GOES-16_METOP-A_20191020.jpg

Download SNOs between GOES-16 and METOP-A since TLE EPOCH: 10/20/2019 in txt file.

Historical Predictions of SNOs between GOES-16 and METOP-A

NCC Satellite Simultaneous Nadir Overpasses (SNOs) Prediction Service