Single Satellite View for INMARSAT 3-F1 64.5E
20.12.2014 06:29:28 UTC
1999 - Jens T. Satre
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Open 170 hour predicted tracking data for INMARSAT 3-F1
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Current Sat Longitude Sat Name Launch date Site Org Op Current Lat Longitude at Epoch Equator Crossing Longitude Current Lon Driftrate [degpr.day] Lon rate of change [pr.10 min] Lat rate of change [pr.10min] Inclination E/W Lon Osc (Incl) E/W Lon Osc (Ecc) Current apogee[km] Current perigee[km]
64.4919E INMARSAT 3-F1 04/03/1996 AFETR IM + 0.0563N 64.4754E 64.4927E 0.008E 0.0013 0.0975 2.2197 0.0215 0.0750 35813.29 35757.88
Epoch Time of calculation Time since Epoch Current Alt [km] AVR Alt [km] AVR Distance from GEO [km] Number of orbits ID SatCat Predicted Time next crossing Alt. Eq. Crossing Dist. from GEO eq crossing
18.12.2014 20:06:49 20.12.2014 06:25:51 034:19:00 T= 1.43 35758.89 35785.58 -0.82 6854.43 96020A 23839 20.12.2014 06:31 35758.7116 -27.6884
Satellite launced at Air Force Eastern Test Range, Florida, USA 1996
Satellite Source : International Mobile Satellite Organization (INMARSAT)
Antenna Pointing Data:
Site location:
Site coordinates:
Magnetic Declination:
Azimuth True North:
Azimuth Magnetic [360 compass]:
Azimuth Magnetic [400 compass]:
Elevation:
Status:
Atmospheric Refraction:
Skew:

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Sun/Sat:


Antenna Pointing Data Next Equator Crossing:
Azimuth True North:
Azimuth Magnetic [360 compass]:
Azimuth Magnetic [400 compass]:
Elevation:
Atmospheric Refraction:
Skew:





Misc:
Orange longitude background
satellite in earth shadow
Red longitude background
sun outage
Earth Location:
Site Name:
Site coordinates:
Magnetic Declination:
Theoretical East Limit:
Theoretical West Limit:

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NOTE: Based on current azimuth !
Predicted Upcoming Sun Outages for INMARSAT 3-F1 - :

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Forecasted events for INMARSAT 3-F1 :
Normal TLE source, Epoch:18.12.2014 20:06:49 UTC
Time Since Epoch:034:19:00 T= 1.43 days
14352.838075
Time of calculation:20.12.2014 06:25:51 UTC
14354.26795150
No next TLE epoch date available
Max south02.2289S 20.12.2014 12:30 UTC@Lon:064.585E
Max east064.6037E 20.12.2014 14:33 UTC
Crossing equatorAscending 20.12.2014 18:29 UTC
Apogee35813.29 [km] 20.12.2014 19:24 UTC@Lon:064.504E
Max west064.4385E 20.12.2014 23:23 UTC
Max north02.2308N 21.12.2014 00:29 UTC@Lon:064.443E
Crossing equatorDescending 21.12.2014 06:27 UTC
Perigee35757.88 [km] 21.12.2014 07:22 UTC@Lon:064.508E

NOTE: The accuracy of TLE will affect the
accuracy of the time calculated.
There will typicaly be better accuracy of
time calculated the larger
eccentricity and inclination are.
Best accurcy will be obtained
for satellites using supplementary TLE from CELESTRAK.
Next 14 equator crossings for INMARSAT 3-F1 :
20.12.2014 06:31 UTC Lon:64.4927E -28[km] from GEO Desc.-2
20.12.2014 18:30 UTC Lon:64.5313E 26[km] from GEO Asc.4 Time since last crossing:11h 58m 14s
21.12.2014 06:28 UTC Lon:64.5001E -28[km] from GEO Desc.-5 Time since last crossing:11h 58m 14s
21.12.2014 18:25 UTC Lon:64.5397E 26[km] from GEO Asc.0 Time since last crossing:11h 57m 14s
22.12.2014 06:23 UTC Lon:64.5086E -28[km] from GEO Desc.-1 Time since last crossing:11h 58m 14s
22.12.2014 18:22 UTC Lon:64.5488E 26[km] from GEO Asc.3 Time since last crossing:11h 58m 14s
23.12.2014 06:20 UTC Lon:64.5183E -28[km] from GEO Desc.-3 Time since last crossing:11h 58m 14s
23.12.2014 18:18 UTC Lon:64.5587E 26[km] from GEO Asc.6 Time since last crossing:11h 58m 14s
24.12.2014 06:16 UTC Lon:64.5288E -28[km] from GEO Desc.-6 Time since last crossing:11h 58m 14s
24.12.2014 18:13 UTC Lon:64.5698E 26[km] from GEO Asc.1 Time since last crossing:11h 57m 14s
25.12.2014 06:12 UTC Lon:64.5398E -28[km] from GEO Desc.-1 Time since last crossing:11h 58m 14s
25.12.2014 18:10 UTC Lon:64.5809E 26[km] from GEO Asc.3 Time since last crossing:11h 58m 14s
26.12.2014 06:08 UTC Lon:64.5514E -28[km] from GEO Desc.-3 Time since last crossing:11h 58m 14s
26.12.2014 18:06 UTC Lon:64.5924E 26[km] from GEO Asc.6 Time since last crossing:11h 58m 14s

NOTE: The accuracy of TLE will affect the
accuracy of the time calculated.
There will typicaly be better accuracy of
time calculated the larger
the inclination are.
Best accurcy will be obtained
for satellites using supplementary TLE fron CELESTRAK.
Next 90 days longitude predictions
for INMARSAT 3-F1 :
21.12.2014 06:25:50 UTC 64.4998 E
22.12.2014 06:25:50 UTC 64.5089 E
23.12.2014 06:25:50 UTC 64.5191 E
24.12.2014 06:25:50 UTC 64.5301 E
25.12.2014 06:25:50 UTC 64.5417 E
26.12.2014 06:25:50 UTC 64.5537 E
27.12.2014 06:25:50 UTC 64.5663 E
28.12.2014 06:25:50 UTC 64.5793 E
29.12.2014 06:25:50 UTC 64.5929 E
30.12.2014 06:25:50 UTC 64.6072 E
31.12.2014 06:25:50 UTC 64.6222 E
01.01.2015 06:25:50 UTC 64.6379 E
02.01.2015 06:25:50 UTC 64.6541 E
03.01.2015 06:25:50 UTC 64.6708 E
04.01.2015 06:25:50 UTC 64.6879 E
05.01.2015 06:25:50 UTC 64.7051 E
06.01.2015 06:25:50 UTC 64.7226 E
07.01.2015 06:25:50 UTC 64.7404 E
08.01.2015 06:25:50 UTC 64.7584 E
09.01.2015 06:25:50 UTC 64.7769 E
10.01.2015 06:25:50 UTC 64.7959 E
11.01.2015 06:25:50 UTC 64.8155 E
12.01.2015 06:25:50 UTC 64.8361 E
13.01.2015 06:25:50 UTC 64.8577 E
14.01.2015 06:25:50 UTC 64.8805 E
15.01.2015 06:25:50 UTC 64.9047 E
16.01.2015 06:25:50 UTC 64.9302 E
17.01.2015 06:25:50 UTC 64.9572 E
18.01.2015 06:25:50 UTC 64.9855 E
19.01.2015 06:25:50 UTC 65.0148 E
20.01.2015 06:25:50 UTC 65.0451 E
21.01.2015 06:25:50 UTC 65.0761 E
22.01.2015 06:25:50 UTC 65.1075 E
23.01.2015 06:25:50 UTC 65.1394 E
24.01.2015 06:25:50 UTC 65.1718 E
25.01.2015 06:25:50 UTC 65.2046 E
26.01.2015 06:25:50 UTC 65.2381 E
27.01.2015 06:25:50 UTC 65.2722 E
28.01.2015 06:25:50 UTC 65.3070 E
29.01.2015 06:25:50 UTC 65.3423 E
30.01.2015 06:25:50 UTC 65.3781 E
31.01.2015 06:25:50 UTC 65.4143 E
01.02.2015 06:25:50 UTC 65.4506 E
02.02.2015 06:25:50 UTC 65.4872 E
03.02.2015 06:25:50 UTC 65.5239 E
04.02.2015 06:25:50 UTC 65.5608 E
05.02.2015 06:25:50 UTC 65.5981 E
06.02.2015 06:25:50 UTC 65.6357 E
07.02.2015 06:25:50 UTC 65.6739 E
08.02.2015 06:25:50 UTC 65.7129 E
09.02.2015 06:25:50 UTC 65.7527 E
10.02.2015 06:25:50 UTC 65.7936 E
11.02.2015 06:25:50 UTC 65.8357 E
12.02.2015 06:25:50 UTC 65.8792 E
13.02.2015 06:25:50 UTC 65.9240 E
14.02.2015 06:25:50 UTC 65.9701 E
15.02.2015 06:25:50 UTC 66.0173 E
16.02.2015 06:25:50 UTC 66.0655 E
17.02.2015 06:25:50 UTC 66.1144 E
18.02.2015 06:25:50 UTC 66.1638 E
19.02.2015 06:25:50 UTC 66.2136 E
20.02.2015 06:25:50 UTC 66.2637 E
21.02.2015 06:25:50 UTC 66.3143 E
22.02.2015 06:25:50 UTC 66.3654 E
23.02.2015 06:25:50 UTC 66.4170 E
24.02.2015 06:25:50 UTC 66.4693 E
25.02.2015 06:25:50 UTC 66.5220 E
26.02.2015 06:25:50 UTC 66.5753 E
27.02.2015 06:25:50 UTC 66.6288 E
28.02.2015 06:25:50 UTC 66.6825 E
01.03.2015 06:25:50 UTC 66.7364 E
02.03.2015 06:25:50 UTC 66.7903 E
03.03.2015 06:25:50 UTC 66.8443 E
04.03.2015 06:25:50 UTC 66.8984 E
05.03.2015 06:25:50 UTC 66.9528 E
06.03.2015 06:25:50 UTC 67.0076 E
07.03.2015 06:25:50 UTC 67.0629 E
08.03.2015 06:25:50 UTC 67.1189 E
09.03.2015 06:25:50 UTC 67.1759 E
10.03.2015 06:25:50 UTC 67.2338 E
11.03.2015 06:25:50 UTC 67.2930 E
12.03.2015 06:25:50 UTC 67.3534 E
13.03.2015 06:25:50 UTC 67.4151 E
14.03.2015 06:25:50 UTC 67.4778 E
15.03.2015 06:25:50 UTC 67.5416 E
16.03.2015 06:25:50 UTC 67.6060 E
17.03.2015 06:25:50 UTC 67.6709 E
18.03.2015 06:25:50 UTC 67.7361 E
19.03.2015 06:25:50 UTC 67.8016 E
20.03.2015 06:25:50 UTC 67.8674 E

NOTE: Based on current TLE data

NOTE: Prediction based on Inclination=0 !


































































































































































































































































































































































































































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