Report time Jan 14, 11:00 UTC
1995-067D (23733) SPELDA
SPACECOM'S FINAL REPORT - prepared Jan 13, 11:53 UTC - predicts
the decay on
13 January, 10:10 UTC +/- 01 hour (03.8°N. 176.6°E)
on a descending pass over the Pacific.
MPM+REENTRY delivers with the ELSETs 02013.321... - 02013.335...
the decay on
13 January, 09:49 UTC +/- 12 minutes (06.30°N,95.05°E)
on a northbound pass over the Indian Ocean.
1980-069A (#11932) Cosmos 1206
SPACECOM'S FINAL REPORT - prepared Jan 13, 19:59 UTC shows the
decay on
13 January, 19:38 UTC +/- 07 minutes (69.0°S, 107.0°E)
on a northbound pass over Antarctica.
MPM+REENTRY delivers with the ELSETs 02013.344... - 01013,710...
the decay on
13 January, 19:36 UTC +/- 07 minutes (79.20°, 12.63°E)
on an ascending pass over Antarctica.
This time is identical with my preceding prediction a couple of
hours prior decay. There is a final ELSET - 02013.789... - strange
looking. I didn't use it. SPACECOM'S "impact" position is also
significantly in error, not consistent in Lat/Long.
1982-083A (# 13432) MOLNIYA 3-19
SPACECOM'S FINAL REPORT - prepared Jan 13, 21:34 UTC - shows the
decay on
13 January, 20:42 UTC +/- 35 minutes (44.2°S, 258.6°E)
on a northbound pass over the South Pacific.
MPM+REENTRY delivers with the ELSETs 02013.264...- 02013.806...
the decay on
13 January, 20:38 UTC +/- 22 minutes (55.60°S, 240.35°E)
on the same pass over the South Pacific.
Used solar & geomagnetic data inputs: SFX 241, Ap 012
Harro
Harro Zimmer
Harro.Zimmer@t-online.de
Berlin, Germany
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