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: 1/19/2017
Index Date Time (GOES-16) GOES-16 Lat,Lon METOP-A Lat,Lon Distance(km) Time Diff (sec)
1 01/19/2017 15:43:45 0.01, -89.51 0.98, -93.74 483.04 80
2 01/20/2017 15:25:46 0.01, -89.51 -0.14, -88.75 86.82 80
3 01/22/2017 03:42:06 -0.01, -89.49 -0.85, -93.35 439.05 80
4 01/23/2017 03:24:07 -0.01, -89.50 0.27, -88.35 130.93 80
5 01/24/2017 15:40:18 0.01, -89.54 0.78, -92.91 384.37 80
6 01/25/2017 15:22:19 0.01, -89.55 -0.34, -87.91 185.76 80
7 01/27/2017 03:38:39 -0.01, -89.53 -0.65, -92.51 339.70 80
8 01/28/2017 03:20:39 -0.02, -89.54 0.41, -87.51 230.62 80
9 01/29/2017 15:36:51 0.02, -89.58 0.58, -92.08 284.17 80
10 01/30/2017 15:18:51 0.03, -89.59 -0.54, -87.08 286.32 80
11 02/01/2017 03:35:11 -0.03, -89.58 -0.51, -91.67 238.66 80
12 02/02/2017 03:17:11 -0.03, -89.59 0.61, -86.68 331.91 80

Figure of GOES-16 and METOP-A satellite orbits during SNOs since TLE Epoch: 1/19/2017
SNOs_Map_GOES-16_METOP-A_20170120.jpg

Download SNOs between GOES-16 and METOP-A since TLE EPOCH: 01/19/2017 in txt file.

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

NCC Satellite Simultaneous Nadir Overpasses (SNOs) Prediction Service