Ron Lee commented on the ability of Randy John's Skysat to predict the NEAR orbital path. A few days ago I asked Randy if he knew where NEAR would be in the sky for the San Francisco bay area (he lives about a hundred miles north of me), and he showed me how to have Skysat do the prediction. Just feed it the following three lines of data as the TLE file: NEAR 1 XYZ KM 98023.30759792 1045.844 -5701.724 3757.666 2 -3.445125 -7.184133 -9.942337X Skysat will automatically recognize this elset as a state vector. When Skysat displays the 'Command?' prompt, enter: S Randy said that might help the search logic by turning off the sun check. It will then ask for a starting UT date and time. I used 23-Jan-1998 06:43 since that was one minute before the centertime of the NEAR glint for my location, as determined from the movie. The next prompt was duration, which I defaulted to 1 hour. The mininum altitude prompt was next. I entered 0 For 'Search Text?' I just pressed enter since the elset file consisted only of the state vector above. Voila! Skysat displayed the RA/Dec and Alt/Az, and I used the up/down arrow keys and PgUp/PgDn to adjust the time and display the track. For my location approx 100 miles south of San Francisco, here's where I'm going to look Jan 22nd at 10:44pm Pacific Standard Time: Alt= 54, Az=302 RA=03h 35m Dec=47:52 This puts it in Perseus. Just for fun, I ran Skysat for the location that the NEAR website says will be underneath the lowest flyover point (Ahvaz Iran), and Skysat showed a daytime overhead pass very close to the correct time. For those who want to duplicate that pass, enter these parameters: Longitude (west)= 311 Latitude= 31.1900 Start date & time: 23-Jan-1998 07:00 Duration: 1 hour (default) Minimum Altitude: 0 Randy said to use at least version 0.6 of Skysat. The latest version is 0.62, available at: http://members.aol.com/skysatrj/index.html DOS, WIN 3.1, WIN95, Win/NT, and OS/2 only. If you can't run it, and want to try seeing the NEAR glint, I can try to run predictions (US only) if you send me your lat/long, timezone, and the time you think the glint will occur, based on the movie. I doubt your altitude is important since NEAR won't be very near at all <g>. The distance to my predicted glint is 17389km (10805 miles). Craig Cholar 3432P@VM1.CC.NPS.NAVY.MIL Marina, California 36 41 10.3N, 121 48 17.9W (36.6862, -121.8050) UTC -8