I have posted another update to my Decay Watch page at http://www.wingar.demon.co.uk/satevo/dkwatch/ It covers: #25551 = 98- 69 C = MightySat This decayed at Nov 21 17:30 UTC +-1h by my calculation during a SE pass across the USA from Seattle, Washington, at 17:24 UTC to NW Florida at 17:32. The decay point I find is near Little Rock, Arkansas, but there is one hour uncertainty - enough to take in SpaceCom's decay point E of Japan at 17:11 UTC +-3h. I compute the following predicted elset for the final rev: MightySat 1.0 1.0 0.0 7.5 d 0.25 116 x 113 km 1 25551U 98069C 99325.70691192 .96076663 19217+2 27751-3 0 93771 2 25551 51.5369 83.4019 0002174 290.0872 69.8894 16.59367926 55677 #22016 = 92- 39 C = GPS 2-14 r2 I now predict this decay for Nov 23 13:59 +-5h near 34.8 N, 104.1 W. Although this is over the USA (New Mexico) on an eastbound pass that takes it from Los Angeles at 13:56 UTC to Charleston, SC, at 14:04, the uncertainty is still several orbits. #25934 = 99- 55 B = GPS 2R-3 Delta 2 r1 My current prediction is for decay at Nov 22 22:28 +-3h near 31.7 N, 135.1 E. This prediction is unusually uncertain. The recent elsets show a puzzling behaviour in the eccentricity which is probably not real. The final rev above begins with a northbound equator crossing over Uganda and continues to the Gulf of Aden, across N India to N apex over China. My predicted decay point is just S of Japan before it slants SE-wards across the Pacific. SpaceCom's latest prediction is for decay at Nov 22 21:11 +-4h at 23.1 N, 175.3 W. Alan -- Alan Pickup | COSPAR 2707: 55d53m48.7s N 3d11m51.2s W 156m asl Edinburgh | Tel: +44 (0)131 477 9144 Fax: +44 (0)870 0520750 Scotland | SatEvo page: http://www.wingar.demon.co.uk/satevo/ ----------------------------------------------------------------- Unsubscribe from SeeSat-L by sending a message with 'unsubscribe' in the SUBJECT to SeeSat-L-request@lists.satellite.eu.org http://www2.satellite.eu.org/seesat/seesatindex.html