Detailed Description - Flyovers Flyovers were taken generally during the higher orbits (200 and 100km) although there are a few at 50km. A flyover is an observation which points to an asteroid center relative position (nadir-sun offset) and either stays still or scans very slowly as the asteroid rotates beneath. Images are taken at a quick rate (delta between frames 15 sec to 60 seconds usually). The result is a 'movie' type observation. Image sequences can be made into a 'flyover movie' where it appears we are flying over the surface. Descriptions are not very detailed here. All of these movies have been made by Mark Robinson at Northwestern University. Leftmost two columns indicate range and general illumination. Sub-s/c column indicates viewing direction. NOTE: The notations (S) and (N) do NOT indicate latitude, they indicate whether orbit was going north or going south. The sign of the latitude (+ or -) indicates north or south, respectively. RTC Solar Observation Start UTC Sub-s/c Brief Description Lat Lat 204 48 Flyover1 067T03:10:00 -24(N) lat-16, lon 198 to 306 III plus saddle Flyover2 067T21:34:59 -9(N) lat 0, lon 353 to 64 (I) Flyover3 075T06:39:59 -32(S) all way around, south lats (S) (orbit going South) Flyover4 079T03:09:59 +13(N) I and IV in northern hemisph Flyover_5 081T08:49:59 +33(S) North pole Flyover_6 081T10:59:59 +32(S) North pole Flyover_7 081T23:39:59 +26(S) all way around at mid north (S) (going South) 207 40 Flyover_8_rev1 083T07:35:59 +3(S) all way around equator (S) (orbit going South Flyover_12 088T01:30:00 -10(N) all way around, south equator (orbit going North) Flyover_13 088T07:00:00 -3(N) all way around , high north (orbit going North) Flyover_14 089T02:40:20 +13(N) ride with nlr pointing, nadir? Flyover_15 091T01:55:00 +25(S) south polar region Flyover_16 092T00:50:00 +34(S) goes all over the northern hemisphere Flyover_17 092T06:35:00 +22(S) goes all over the northern hemisphere 198 36 Flyover_18 093T20:51:00 -11(S) 93/2051 - 0100 ride with nlr pointing, nadir 51 26 MSI_Flyover_117 117T06:24:59 -56(S) images taken as asteroid rotates below 51 -21 Flyover_242a 242T03:34:59 -60(S) images taken as asteroid rotates below 50 Flyover_242b 242T06:22:59 -61(N) images taken every 30 seconds 50 Flyover_242c 242T07:45:59 -40(N) images taken every 29 seconds 50 -22 Flyover_244a 244T19:13:29 +6(N) images taken every 30 seconds 91 -23 Flyover_246a 246T21:39:59 -39(N) images taken every 30 seconds 102 -26 MSI_Flyover_255 255T04:10:00 -67(S) images every 27 sec MSI_LimbScan_263a 263T00:30:00 -13(N) Filter 4 images taken as FOV scans across limb 101 -29 MSI_LimbScan_263b 263T03:30:00 -1(N) Filter 4 images taken as FOV scans across limb 102 MSI_Flyover_264 264T02:20:00 +67(S) Filter 4 images taken as asteroid moves across FOV MSI_LimbScan_266 266T20:55:00 +21(N) Filter 4 images taken as FOV scans across limb 102 MSI_Flyover_267 267T13:15:00 +68(S) Filter 4 images taken as asteroid moves across FOV, double read-down MSI_LimbScan_281 281T06:09:59 +50(N) Filter 4 images taken as FOV scans across limb 103 MSI_Flyover_281a 281T15:39:59 +68(S) Filter 4 images taken as asteroid moves across FOV 103 MSI_Flyover_281b 281T16:57:59 +67(S) Filter 4 images taken as asteroid moves across FOV 104 -36 MSI_Flyover_281c 281T18:49:59 +61(S) Filter 4 images taken as asteroid moves across FOV 97 MSI_Flyover_284 284T07:59:59 +11(N) Filter 4 images taken as asteroid moves across FOV MSI_Flyover_289 289T11:26:00 -48(N) Filter 4 images taken as asteroid moves across FOV 95 MSI_Flyover_291a 291T08:10:00 -51(S) Filter 4 images taken as asteroid moves across FOV 96 MSI_Flyover_291b 291T18:40:00 -43(N) Filter 4 images taken as asteroid moves across FOV 96 -40 Flyover_306 306T14:33:29 -31(S) Point off-nadir and take images 196 MSI_Flyover_310 310T08:33:29 +13(N) Point off-nadir and take images 196 -48 MSI_Flyover_311 311T06:53:29 +30(N) Point off-nadir and take images MSI_Flyover_311b 311T22:08:29 +35 Filter 4 images taken as asteroid moves across FOV MSI_Flyover_314 314T21:08:29 -11(S) Filter 4 images taken as asteroid moves across FOV MSI_Flyover_320 320T09:08:30 +26(N) scan around equator 195 -52 MSI_Flyover_322 322T07:38:30 +29(S) scan around the asteroid MSI_Flyover_323 323T03:38:30 +14(S) scan around the asteroid MSI_Flyover_326 326T02:50:00 -35(N) scan across region while imaging MSI_Flyover_334 334T06:38:30 -23(S) Filter 4 images taken as asteroid moves across FOV MSI_Flyover_336 336T08:13:29 -28(N) Filter 4 images taken as asteroid moves across FOV 197 -59 MSI_Flyover_338a 338T03:43:29 +8(N) Filter 4 images taken as asteroid moves across FOV MSI_Flyover_338b 338T23:08:29 +24(N) Filter 4 images taken as asteroid moves across FOV 198 MSI_Flyover_339 339T22:58:19 +35 Filter 4 images taken as asteroid moves across FOV 186 MSI_Flyover_343 343T00:43:19 -2 Filter 4 images taken as asteroid moves across FOV 82 -62 MSI_Flyover_344 344T23:18:19 0 Filter 4 images taken as asteroid moves across FOV