RECON observing guide for 5023_Agapenor_20250306095351

Occultation event with (5023) Agapenor, event index number 764
Regions able to see the event: US,RECON

Geocentric closest approach at 2025/03/06 09:53:51 UTC

J2000 position of star is 08:46:38.7 +15:55:06
Equinox of date position of star is 08:48:03.3 +15:49:30
Star is 58 degrees from the moon. Moon is 47% illuminated.
Stellar brightness G=16.8, apparent brightess of occulting body is G=15.5
Use an exposure time of 1.55 seconds with the standard RECON-QHY system.
Expected flux drop is 75% with SNR of 3.1 per integration

Apparent velocity is 12.0 km/sec on the sky relative to the star, or, 13.7 arcsec/hr.
The recommended exposure time corresponds to 18.6 km per image.
The 1-sigma error in the time of the event is 3.1 seconds.
The 1-sigma cross-track error in the shadow position is 22.0 km.
The sky-plane scale is 3159.9 km/arcsec.

Diameter estimates:
48.8 km assuming a 5% albedo, aximum of 4.1 sec for a central chord
19.9 km assuming a 30% albedo, maximum of 1.7 sec for a central chord
Cross-track diameter of 48.8 km used for deployment plan.

Star training set for 5023_Agapenor, (2025/03/06 09:54UT)
Object            RA         Dec     mag  sep  mel
Pollux         07:46:51.2 +27:57:48  1.1 18.64  41
54 Cnc         08:52:25.4 +15:15:20  6.4  1.20  59
PPM 125720     08:47:44.2 +15:56:35  8.5  0.14  58
PPM 125729     08:48:16.0 +15:44:51  9.6  0.09  58
5023_Agapenor  08:48:03.3 +15:49:30 15.5        58
Positions are for equinox of date

This table contains the target star visibility for registered US sites that are relevant for this occultation. This list has been filtered to only those sites that can see the field and are within range of the shadow given the uncertainties. The observing time range has been calculated to cover the time of the event at each site with allowances for the event timing uncertainty plus time for obtaining a pre and post event baseline lightcurve. This set of stations has a 0.0 % chance of getting at least one chord. There is a 0.0% chance of 2 or more chords assuming clear weather for all.
Site Name Site mid-time
(UT)
Sun alt
(deg)
Sky Moon Star alt
(deg)
Star az
(deg)
Target Observing Time Xtrack
(km)
Prob

This table contains the target star visibility for registered RECON sites that are relevant for this occultation. This list has been filtered to only those sites that can see the field and are within range of the shadow given the uncertainties. The observing time range has been calculated to cover the time of the event at each site with allowances for the event timing uncertainty plus time for obtaining a pre and post event baseline lightcurve. This set of stations has a 99.4 % chance of getting at least one chord. There is a 92.0% chance of 2 or more chords assuming clear weather for all.
Site Name Site mid-time
(UT)
Sun alt
(deg)
Sky Moon Star alt
(deg)
Star az
(deg)
Target Observing Time Xtrack
(km)
Prob
Kamloops 09:49:37 -40.5 Dark Up 31.3 256.4 Up 09:46:19-09:52:19 69.5 0.014
Kelowna 09:49:29 -40.9 Dark Up 30.9 257.6 Up 09:46:19-09:52:19 27.7 0.366
Peachland 09:49:30 -41.1 Dark Up 31.1 257.4 Up 09:46:16-09:52:16 13.6 0.569
Summerland 09:49:28 -41.2 Dark Up 31.1 257.6 Up 09:46:14-09:52:14 4.4 0.645
Penticton 09:49:28 -41.2 Dark Up 31.0 257.7 Up 09:46:12-09:52:12 1.7 0.655
Oliver 09:49:25 -41.5 Dark Up 31.1 257.9 Up 09:46:10-09:52:10 -24.6 0.416
Anarchist Mountain Observatory 09:49:24 -41.5 Dark Up 31.0 258.2 Up 09:46:03-09:52:03 -33.0 0.287
Okanogan 09:49:20 -42.2 Dark Up 31.3 258.4 Up 09:46:07-09:52:07 -86.6 0.001

Azimuth is measured in degrees eastward from north. North is at an azimuth of 0, due East is at an azimuth of 90 degrees, due South is 180, and due West is 270.

Star training set for 5023_Agapenor, (2025/03/06 09:54UT)
Object            RA         Dec     mag  sep  mel
Pollux         07:45:17.8 +28:01:33  1.1 18.64  41
54 Cnc         08:51:01.3 +15:21:04  6.4  1.20  59
PPM 125720     08:46:19.6 +16:02:11  8.5  0.14  58
PPM 125729     08:46:51.5 +15:50:28  9.6  0.09  58
5023_Agapenor  08:46:38.7 +15:55:06 15.5        58
Positions are for J2000


Created by recondetail.pro, 2025/02/18 08:33:33 MT