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K5ARH > SAREX 19.11.95 06:13l 110 Lines 4429 Bytes #-11194 (0) @ AMSAT
BID : STS-74.015
Read: DG5MMW GUEST OE7FMI
Subj: STS-74 World R/S Times 11/18
Path: DB0AAB<DB0MWS<DB0LAN<DB0BOX<DB0ABH<DB0SRS<DB0SIF<DB0EAM<DB0NHM<DB0SHG<
DB0HSK<DB0QS<DB0ACC<DB0AHA<DB0NDR<DK5SG<N0MPI<N0ARY<KA6EYH<WB0TAX<
K5ARH
Sent: 951118/2249z @:K5ARH.#LFT.LA.USA.NOAM #:28662 $:sts-74.015
Below are the rise and set times for STS-74 for selected world cities
over the next two days. This data was generated to help hams without
orbit programs to participate in the SAREX activities. Please note that
the times shown are UTC and NOT LOCAL TIME. This listing includes only
those passes with an elevation greater than 5 degrees. For information
regarding SAREX frequencies and operations procedures, check your local
PBBS, or bulletins from W1AW, W5RRR, W6VIO or WA3NAN.
Symbol key: rise = time that shuttle appears above horizon
tca = time of closest approach to observer
set = time that shuttle disappears below horizon
el = maximium elevation above horizon
geo = geometry: A = Ascending orbit, moving south to north
D = Descending orbit, moving north to south
E = passes east of observer
W = passes west of observer
These predictions were generated from the orbit 96 state vector provided
by Ken Ernandes N2WWD, and are valid for the period of time following the
separation burn until landing. Landing is scheduled for 17:02 UTC on
November 20 at Kennedy Space Center, predictions for times later than
the nominal landing are provided in case the mission should be extended
due to poor weather at the landing site.
Users are reminded that these prediction bulletins are generated to assist
new hams and others who have no prior experience tracking space shuttle
missions. Anyone seriously interested in space shuttle missions is
encouraged to obtain their own tracking software. Many different programs
are available over the internet, or by calling Amsat headquarters at
301-589-6062.
London, England
STS-74 Orbit 96 State Vector
date rise tca set el geo orbit
19Nov95 05:26:32 05:30:44 05:34 13 A-E 105
19Nov95 07:00:26 07:05:22 07:09 49 A-E 106
19Nov95 08:35:26 08:40:28 08:45 84 D-E 107
19Nov95 10:10:34 10:15:35 10:20 61 D-W 108
19Nov95 11:45:48 11:50:17 11:54 17 D-W 110
20Nov95 05:49:00 05:53:42 05:57 26 A-E 121
20Nov95 07:23:37 07:28:37 07:33 80 A-E 122
20Nov95 08:58:45 09:03:47 09:08 88 D-E 123
20Nov95 10:33:52 10:38:44 10:43 33 D-W 124
20Nov95 12:09:32 12:13:09 12:16 7 D-W 126
Paris, France
STS-74 Orbit 96 State Vector
date rise tca set el geo orbit
19Nov95 05:26:27 05:30:54 05:34 17 A-E 105
19Nov95 07:00:41 07:05:41 07:10 70 A-E 106
19Nov95 08:35:51 08:40:52 08:45 67 D-E 107
19Nov95 10:11:02 10:16:04 10:20 67 D-W 108
19Nov95 11:46:19 11:50:46 11:54 16 D-W 110
20Nov95 04:15:59 04:19:30 04:22 7 A-E 120
20Nov95 05:49:07 05:53:57 05:58 35 A-E 121
20Nov95 07:23:58 07:28:59 07:33 77 A-W 122
20Nov95 08:59:12 09:04:14 09:08 78 D-E 123
20Nov95 10:34:21 10:39:13 10:43 34 D-W 124
20Nov95 12:10:07 12:13:38 12:16 6 D-W 126
Tokyo, Japan
STS-74 Orbit 96 State Vector
date rise tca set el geo orbit
19Nov95 01:05:16 01:08:53 01:12 7 D-E 102
19Nov95 02:39:53 02:44:46 02:49 33 D-E 104
19Nov95 04:15:17 04:19:41 04:23 15 D-W 105
19Nov95 19:03:31 19:08:18 19:12 35 A-E 114
19Nov95 20:39:00 20:43:31 20:47 18 A-W 115
20Nov95 01:28:18 01:32:40 01:36 13 D-E 119
20Nov95 03:03:06 03:08:05 03:12 61 D-W 120
20Nov95 17:52:53 17:56:45 18:00 9 A-E 129
20Nov95 19:26:39 19:31:32 19:35 52 A-W 130
20Nov95 21:03:23 21:07:13 21:10 8 A-W 131
Sydney, Australia
STS-74 Orbit 96 State Vector
date rise tca set el geo orbit
19Nov95 06:06:16 06:10:48 06:14 22 D-E 106
19Nov95 07:41:17 07:45:51 07:49 21 D-W 107
19Nov95 12:31:47 12:35:18 12:38 6 A-E 110
19Nov95 14:06:11 14:11:03 14:15 45 A-E 111
19Nov95 15:41:57 15:45:48 15:49 9 A-W 112
20Nov95 04:56:16 04:59:19 05:01 5 D-E 121
20Nov95 06:29:06 06:33:58 06:38 80 D-W 122
20Nov95 08:05:39 08:09:29 08:12 9 D-W 123
20Nov95 12:54:40 12:59:02 13:02 15 A-E 126
20Nov95 14:29:30 14:34:16 14:38 36 A-W 127
Compiled by Dan Schultz, N8FGV
Submitted by Frank H. Bauer, KA3HDO for the SAREX Working Group
Send comments to n8fgv@amsat.org
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