"Pseudo-MPEC" for P22rRLd
Created 2026 Nov 12 0:35:19 UT using Find_Orb
Click here for an explanation of pseudo-MPECs
Astrometry:
P22rRLd*0C2026 11 06.53800707 27 53.069+15 57 03.11 ~BAKK 20.68wXNEOCPF52
P22rRLd 0C2026 11 06.55994007 27 47.270+15 53 42.41 ~BAKK 20.22wXNEOCPF52
P22rRLd 0C2026 11 06.57094907 27 44.344+15 52 00.96 ~BAKK 20.45wXNEOCPF52
Station data:
(F52) Pan-STARRS 2, Haleakala (N20.707382 W156.255910) US/Hawaii.
Observers J. Herman, T. Lowe, P. Minguez, A. Schultz, I. Smith. Measurers
K. Chambers, T. de Boer, J. Fairlamb, H. Gao, M. Huber, C.-C. Lin, E.
Magnier, Y. Ramanjooloo, R. Wainscoat, R. Weryk. 1.8-m Ritchey-Chrétien +
CCD.
Orbital elements: P22rRLd
Perihelion 2027 Jan 21.416239 +/- 61.8 TT = 9:59:23.0 (JD 2461426.916239)
Epoch 2026 Nov 7.0 TT = JDT 2461351.5 Earth MOID: 0.0993 AutoNEOCP
M 218.973401290 +/- 80 (J2000 ecliptic)
n 1.869976557 +/- 0.994 Peri. 352.150706 +/- 90
a 0.652497132 +/- 0.231 Node 233.566559 +/- 26
e 0.72325006 +/- 0.251 Incl. 70.667458 +/- 52
P 0.527/192.512d H 21.46 G 0.15 U 12.8 SR
q 0.180578538 +/- 0.4 Q 1.124415727 +/- 13.5
From 3 observations 2026 Nov. 6 (47.4 min); mean residual 0".09
Residuals in arcseconds: 261106 F52 .00 .06- 261106 F52 .01+ .17+ 261106 F52 .01- .12- Ephemerides (geocentric): Date (UTC) HH RA Dec delta r elong mag " sig PA ---- -------- ------------ ------------ ------ ------ ----- --- -------- 2026 11 12 01 06 53 24.501 -05 29 30.30 .14119 1.0669 119.6 19.3 59d 104 2026 11 12 02 06 53 01.369 -05 43 37.09 .14079 1.0667 119.7 19.3 59d 104 2026 11 12 03 06 52 38.081 -05 57 48.50 .14040 1.0665 119.7 19.3 60d 104 2026 11 12 04 06 52 14.634 -06 12 04.53 .14001 1.0664 119.7 19.3 60d 104 2026 11 12 05 06 51 51.028 -06 26 25.19 .13963 1.0662 119.8 19.3 60d 104 2026 11 12 06 06 51 27.261 -06 40 50.46 .13924 1.0660 119.8 19.3 60d 104 2026 11 12 07 06 51 03.331 -06 55 20.37 .13886 1.0658 119.8 19.3 60d 104 2026 11 12 08 06 50 39.237 -07 09 54.89 .13849 1.0656 119.8 19.3 60d 104 2026 11 12 09 06 50 14.979 -07 24 34.03 .13811 1.0654 119.8 19.3 60d 104 2026 11 12 10 06 49 50.553 -07 39 17.79 .13774 1.0652 119.9 19.3 60d 104 2026 11 12 11 06 49 25.960 -07 54 06.15 .13737 1.0650 119.9 19.2 61d 104 2026 11 12 12 06 49 01.196 -08 08 59.12 .13701 1.0648 119.9 19.2 61d 104 2026 11 12 13 06 48 36.262 -08 23 56.69 .13664 1.0646 119.9 19.2 61d 103 2026 11 12 14 06 48 11.155 -08 38 58.85 .13629 1.0645 119.9 19.2 61d 103 2026 11 12 15 06 47 45.875 -08 54 05.59 .13593 1.0643 119.9 19.2 61d 103 2026 11 12 16 06 47 20.418 -09 09 16.90 .13558 1.0641 120.0 19.2 61d 103 2026 11 12 17 06 46 54.785 -09 24 32.77 .13523 1.0639 120.0 19.2 61d 103 2026 11 12 18 06 46 28.972 -09 39 53.20 .13488 1.0637 120.0 19.2 61d 103 2026 11 12 19 06 46 02.980 -09 55 18.16 .13454 1.0635 120.0 19.2 61d 103 2026 11 12 20 06 45 36.806 -10 10 47.65 .13420 1.0633 120.0 19.2 61d 103 2026 11 12 21 06 45 10.448 -10 26 21.65 .13386 1.0631 120.0 19.2 61d 103 2026 11 12 22 06 44 43.905 -10 42 00.14 .13352 1.0629 120.0 19.2 61d 103 2026 11 12 23 06 44 17.176 -10 57 43.11 .13319 1.0627 120.0 19.2 61d 103 2026 11 13 00 06 43 50.258 -11 13 30.53 .13287 1.0625 120.0 19.2 61d 103 2026 11 13 01 06 43 23.150 -11 29 22.40 .13254 1.0623 120.0 19.2 61d 103 2026 11 13 02 06 42 55.851 -11 45 18.68 .13222 1.0621 120.0 19.2 62d 103 2026 11 13 03 06 42 28.358 -12 01 19.36 .13190 1.0619 120.0 19.2 62d 103 2026 11 13 04 06 42 00.671 -12 17 24.41 .13159 1.0617 120.0 19.2 62d 102 2026 11 13 05 06 41 32.786 -12 33 33.81 .13128 1.0615 120.0 19.1 62d 102 2026 11 13 06 06 41 04.703 -12 49 47.53 .13097 1.0613 120.0 19.1 62d 102 2026 11 13 07 06 40 36.420 -13 06 05.55 .13067 1.0611 120.0 19.1 62d 102 2026 11 13 08 06 40 07.934 -13 22 27.84 .13037 1.0609 120.0 19.1 62d 102 2026 11 13 09 06 39 39.245 -13 38 54.36 .13007 1.0607 120.0 19.1 62d 102 2026 11 13 10 06 39 10.350 -13 55 25.09 .12978 1.0605 120.0 19.1 62d 102 2026 11 13 11 06 38 41.247 -14 12 00.00 .12949 1.0603 120.0 19.1 62d 102 2026 11 13 12 06 38 11.935 -14 28 39.05 .12920 1.0602 120.0 19.1 62d 102 2026 11 13 13 06 37 42.412 -14 45 22.20 .12892 1.0600 120.0 19.1 62d 102 2026 11 13 14 06 37 12.676 -15 02 09.42 .12864 1.0598 120.0 19.1 62d 102 2026 11 13 15 06 36 42.724 -15 19 00.68 .12836 1.0596 119.9 19.1 62d 102 2026 11 13 16 06 36 12.556 -15 35 55.93 .12809 1.0594 119.9 19.1 62d 102 2026 11 13 17 06 35 42.169 -15 52 55.13 .12782 1.0592 119.9 19.1 62d 102 2026 11 13 18 06 35 11.560 -16 09 58.24 .12756 1.0590 119.9 19.1 62d 102 2026 11 13 19 06 34 40.730 -16 27 05.22 .12730 1.0587 119.9 19.1 62d 102 2026 11 13 20 06 34 09.674 -16 44 16.02 .12704 1.0585 119.8 19.1 62d 102 2026 11 13 21 06 33 38.391 -17 01 30.60 .12679 1.0583 119.8 19.1 61d 102 2026 11 13 22 06 33 06.880 -17 18 48.90 .12654 1.0581 119.8 19.1 61d 102 2026 11 13 23 06 32 35.137 -17 36 10.89 .12629 1.0579 119.8 19.1 61d 102 2026 11 14 00 06 32 03.162 -17 53 36.50 .12605 1.0577 119.7 19.1 61d 102