Wednesday, November 04, 2020
Bright ISS passes shoot past Saturn and Jupiter (4-11 November, 2020)
The ISS as seen from Melbourne on the evening of Wednesday 5 November at 20:46 AEDST. Simulated in Stellarium (the ISS will actually be a bright dot), click to embiggen. | The ISS as seen from Adelaide on the evening of Saturday 7 November at 20:18 ACDST. Simulated in Stellarium (the ISS will actually be a bright dot), click to embiggen. | The ISS as seen from Perth on the evening of Saturday 7 November at 19:21 AWST. Simulated in Stellarium (the ISS will actually be a bright dot)click to embiggen. |
All sky chart showing local times from Heavens Above for Wednesday 5 November for Melbourne . | All sky chart showing local times from Heavens Above for Saturday 7 November for Adelaide. | All sky chart showing local times from Heavens Above for Saturday 7 November for Perth. |
Over the next few days there are a series of bright ISS passes in the late evening twilight/early evening. The outstanding passes are when the ISS passes below or through Jupiter and Saturn (See above and Sydney 5th), or Mars (Sydney 6th) and in some sites through the pointers (Adelaide 5th , Brisbane 6th), or very close to these bright stars.
The following tables are from data provided from Heavens Above. Particularly impressive passes are highlighted.
Passes from Adelaide (ACDST)
Date | Brightness | Start | Highest point | End | Pass type | ||||||
(mag) | Time | Alt. | Az. | Time | Alt. | Az. | Time | Alt. | Az. | ||
04 Nov | -3.8 | 21:01:32 | 10° | SW | 21:04:59 | 89° | NW | 21:06:23 | 33° | NE | visible |
05 Nov | -3.2 | 20:13:49 | 10° | SW | 20:17:10 | 48° | SE | 20:20:28 | 10° | ENE | visible |
05 Nov | -1.1 | 21:51:53 | 10° | W | 21:53:37 | 13° | NW | 21:53:41 | 13° | NW | visible |
06 Nov | -1.9 | 21:03:08 | 10° | WSW | 21:05:59 | 24° | NW | 21:08:06 | 14° | N | visible |
07 Nov | -2.9 | 20:14:58 | 10° | WSW | 20:18:17 | 46° | NW | 20:21:33 | 10° | NNE | visible |
Passes from Brisbane (AEST)
Date | Brightness | Start | Highest point | End | Pass type | ||||||
(mag) | Time | Alt. | Az. | Time | Alt. | Az. | Time | Alt. | Az. | ||
04 Nov | -1.4 | 18:59:51 | 10° | S | 19:01:47 | 14° | SE | 19:03:25 | 11° | ESE | visible |
04 Nov | -0.8 | 20:35:29 | 10° | WSW | 20:36:23 | 16° | WSW | 20:36:23 | 16° | WSW | visible |
05 Nov | -3.7 | 19:47:32 | 10° | SW | 19:50:43 | 76° | SW | 19:50:43 | 76° | SW | visible |
06 Nov | -3.2 | 18:59:51 | 10° | SSW | 19:03:09 | 44° | SE | 19:05:08 | 20° | ENE | visible |
07 Nov | -1.7 | 19:49:21 | 10° | WSW | 19:51:55 | 20° | NW | 19:52:35 | 19° | NW | visible |
08 Nov | -2.6 | 19:00:59 | 10° | WSW | 19:04:13 | 40° | NW | 19:07:09 | 12° | NNE | visible |
10 Nov | -0.7 | 19:04:30 | 10° | WNW | 19:05:03 | 10° | WNW | 19:05:36 | 10° | NW | visible |
Passes from Darwin (ACT)
Date | Brightness | Start | Highest point | End | Pass type | ||||||
(mag) | Time | Alt. | Az. | Time | Alt. | Az. | Time | Alt. | Az. | ||
07 Nov | -0.7 | 20:54:52 | 10° | SW | 20:55:33 | 15° | SW | 20:55:33 | 15° | SW | visible |
08 Nov | -2.9 | 20:07:16 | 10° | SSW | 20:10:08 | 38° | SE | 20:10:08 | 38° | SE | visible |
09 Nov | -1.9 | 19:20:10 | 10° | S | 19:22:37 | 18° | SE | 19:24:47 | 11° | E | visible |
09 Nov | -0.6 | 20:57:06 | 10° | W | 20:57:46 | 13° | W | 20:57:46 | 13° | W | visible |
10 Nov | -2.4 | 20:08:23 | 10° | WSW | 20:11:29 | 34° | NW | 20:12:30 | 27° | NNW | visible |
11 Nov | -3.7 | 19:20:20 | 10° | SW | 19:23:43 | 86° | NW | 19:27:04 | 10° | NE | visible |
13 Nov | -1.0 | 19:22:27 | 10° | W | 19:24:38 | 16° | NW | 19:26:48 | 10° | NNW | visible |
Passes from Hobart (AEDST)
Date | Brightness | Start | Highest point | End | Pass type | ||||||
(mag) | Time | Alt. | Az. | Time | Alt. | Az. | Time | Alt. | Az. | ||
04 Nov | -1.2 | 21:32:49 | 10° | W | 21:34:43 | 14° | NW | 21:36:23 | 11° | NNW | visible |
05 Nov | -1.8 | 20:44:17 | 10° | W | 20:47:05 | 23° | NW | 20:49:51 | 10° | N | visible |
Passes from Melbourne (AEDST)
Date | Brightness | Start | Highest point | End | Pass type | ||||||
(mag) | Time | Alt. | Az. | Time | Alt. | Az. | Time | Alt. | Az. | ||
04 Nov | -2.3 | 21:32:22 | 10° | WSW | 21:35:24 | 30° | NW | 21:36:23 | 25° | NNW | visible |
05 Nov | -3.2 | 20:44:20 | 10° | WSW | 20:47:42 | 55° | NW | 20:50:43 | 12° | NE | visible |
07 Nov | -1.3 | 20:46:16 | 10° | W | 20:48:36 | 17° | NW | 20:50:55 | 10° | N | visible |
Passes from Perth (AWST)
Date | Brightness | Start | Highest point | End | Pass type | ||||||
(mag) | Time | Alt. | Az. | Time | Alt. | Az. | Time | Alt. | Az. | ||
04 Nov | -3.7 | 20:05:08 | 10° | SW | 20:08:34 | 67° | SE | 20:09:20 | 47° | ENE | visible |
05 Nov | -2.7 | 19:17:31 | 10° | SSW | 19:20:43 | 35° | SE | 19:23:41 | 11° | ENE | visible |
05 Nov | -1.1 | 20:55:06 | 10° | W | 20:56:38 | 15° | WNW | 20:56:38 | 15° | WNW | visible |
06 Nov | -2.2 | 20:06:33 | 10° | WSW | 20:09:36 | 30° | NW | 20:11:03 | 21° | N | visible |
07 Nov | -3.3 | 19:18:29 | 10° | SW | 19:21:53 | 61° | NW | 19:25:13 | 10° | NNE | visible |
09 Nov | -1.1 | 19:20:33 | 10° | W | 19:22:46 | 16° | NW | 19:24:58 | 10° | NNW | visible |
Passes from Sydney (AEDST)
Date | Brightness | Start | Highest point | End | Pass type | ||||||
(mag) | Time | Alt. | Az. | Time | Alt. | Az. | Time | Alt. | Az. | ||
04 Nov | -2.3 | 19:57:23 | 10° | SSW | 20:00:23 | 27° | SE | 20:03:22 | 10° | E | visible |
04 Nov | -1.7 | 21:34:16 | 10° | WSW | 21:36:23 | 22° | WNW | 21:36:23 | 22° | WNW | visible |
05 Nov | -3.0 | 20:46:06 | 10° | WSW | 20:49:24 | 46° | NW | 20:50:43 | 29° | N | visible |
06 Nov | -3.7 | 19:58:12 | 10° | SW | 20:01:39 | 87° | SE | 20:05:03 | 10° | NE | visible |
07 Nov | -1.1 | 20:48:32 | 10° | W | 20:50:17 | 13° | NW | 20:52:01 | 10° | NNW | visible |
08 Nov | -1.8 | 19:59:46 | 10° | WSW | 20:02:38 | 25° | NW | 20:05:27 | 10° | N | visible |
When and what you will see is VERY location dependent, so you need to use Heavens Above to get site specific predictions for your location, a small difference in location can mean the difference between the ISS passing over a star or planet or missing it completely. As always, start looking several minutes before the pass is going to start to get yourself oriented and your eyes dark adapted. Be patient, there may be slight differences in the time of the ISS appearing due to orbit changes not picked up by the predictions. Use the most recent prediction for your site.
Labels: ISS, Satellite, unaided eye