Equator crossing and other events for GSAT-17 24-02-2018 05:39:15 UTC
Equator crossing and other events for GSAT-17
Time span hours:170 resolution step:1[minutes]
TLE source:Celestrak,geo.txt
24-02-2018 05:39:15 UTC
1999 - Jens T. Satre
More calculators at http://www.satellite-calculations.com

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This list contains forecasted events based on TLE data.
The accuracy is better the more inclined the satellite is
For satellites with inclination less than 0.1deg the forecasted events is NOT accurate.
Accuracy seems to be quite good with inclination higher than 0.5degrees


TLE source:Celestrak,geo.txt

Events

2018-02-24 08:04:15 UTC MAX EAST 93.565 East

2018-02-24 08:48:15 UTC EQUATOR CROSSING DESCENDING @ 93.564E ( 5 km)

2018-02-24 14:34:15 UTC MAX SOUTH -0.013 South

2018-02-24 20:00:15 UTC MAX WEST 93.434 East

2018-02-24 20:33:15 UTC EQUATOR CROSSING ASCENDING @ 93.435E ( -4 km)

2018-02-25 02:17:15 UTC MAX NORTH 0.012 North

2018-02-25 08:00:15 UTC MAX EAST 93.567 East

2018-02-25 08:16:15 UTC EQUATOR CROSSING DESCENDING @ 93.567E ( 2 km)

2018-02-25 13:59:15 UTC MAX SOUTH -0.010 South

2018-02-25 19:57:15 UTC MAX WEST 93.436 East

2018-02-25 19:59:15 UTC EQUATOR CROSSING ASCENDING @ 93.436E ( -1 km)

2018-02-26 01:41:15 UTC MAX NORTH 0.009 North

2018-02-26 07:41:15 UTC EQUATOR CROSSING DESCENDING @ 93.568E ( -2 km)

2018-02-26 07:55:15 UTC MAX EAST 93.568 East

2018-02-26 13:24:15 UTC MAX SOUTH -0.008 South

2018-02-26 19:25:15 UTC EQUATOR CROSSING ASCENDING @ 93.436E ( 3 km)

2018-02-26 19:54:15 UTC MAX WEST 93.436 East

2018-02-27 01:09:15 UTC MAX NORTH 0.007 North

2018-02-27 07:10:15 UTC EQUATOR CROSSING DESCENDING @ 93.567E ( -4 km)

2018-02-27 07:51:15 UTC MAX EAST 93.568 East

2018-02-27 12:57:15 UTC MAX SOUTH -0.006 South

2018-02-27 17:51:15 UTC SATELLITE ENTERS EARTH ECLIPSE

2018-02-27 18:08:15 UTC SATELLITE LEAVES EARTH ECLIPSE

2018-02-27 18:59:15 UTC EQUATOR CROSSING ASCENDING @ 93.436E ( 5 km)

2018-02-27 19:51:15 UTC MAX WEST 93.435 East

2018-02-28 00:49:15 UTC MAX NORTH 0.006 North

2018-02-28 06:49:15 UTC EQUATOR CROSSING DESCENDING @ 93.563E ( -6 km)

2018-02-28 07:46:15 UTC MAX EAST 93.565 East

2018-02-28 12:43:15 UTC MAX SOUTH -0.005 South

2018-02-28 17:46:15 UTC SATELLITE ENTERS EARTH ECLIPSE

2018-02-28 18:12:15 UTC SATELLITE LEAVES EARTH ECLIPSE

2018-02-28 18:43:15 UTC EQUATOR CROSSING ASCENDING @ 93.434E ( 7 km)

2018-02-28 19:48:15 UTC MAX WEST 93.431 East

2018-03-01 00:39:15 UTC MAX NORTH 0.005 North

2018-03-01 06:38:15 UTC EQUATOR CROSSING DESCENDING @ 93.558E ( -7 km)

2018-03-01 07:41:15 UTC MAX EAST 93.561 East

2018-03-01 12:37:15 UTC MAX SOUTH -0.005 South

2018-03-01 17:43:15 UTC SATELLITE ENTERS EARTH ECLIPSE

2018-03-01 18:15:15 UTC SATELLITE LEAVES EARTH ECLIPSE

2018-03-01 18:35:15 UTC EQUATOR CROSSING ASCENDING @ 93.429E ( 7 km)

2018-03-01 19:46:15 UTC MAX WEST 93.426 East

2018-03-02 00:36:15 UTC MAX NORTH 0.005 North

2018-03-02 06:33:15 UTC EQUATOR CROSSING DESCENDING @ 93.552E ( -7 km)

2018-03-02 07:35:15 UTC MAX EAST 93.554 East

2018-03-02 12:35:15 UTC MAX SOUTH -0.005 South

2018-03-02 17:40:15 UTC SATELLITE ENTERS EARTH ECLIPSE

2018-03-02 18:17:15 UTC SATELLITE LEAVES EARTH ECLIPSE

2018-03-02 18:32:15 UTC EQUATOR CROSSING ASCENDING @ 93.421E ( 7 km)

2018-03-02 19:43:15 UTC MAX WEST 93.418 East

2018-03-03 00:34:15 UTC MAX NORTH 0.006 North

2018-03-03 06:30:15 UTC EQUATOR CROSSING DESCENDING @ 93.543E ( -7 km)

2018-03-03 07:30:15 UTC MAX EAST 93.545 East

Execution time: 4,743.66ms



Orange background means satellite is in earth eclipse
Red background means there is risk of solar interference based Sun inside half power beamwidth (1.463deg.) of a 0.6 meter antenna at 11.7GHz
at Longitude: 0 Latitude: 0