"Pseudo-MPEC" for P12pBgz
Created 2026 Sep 10 23:35:10 UT using Find_Orb
Click here for an explanation of pseudo-MPECs
Astrometry:
P12pBgz*0C2026 09 04.41478923 42 54.836-30 06 42.90 ~9AFK 20.45wXNEOCPF51
P12pBgz 0C2026 09 04.42543223 42 53.902-30 06 32.77 ~9AFK 20.63wXNEOCPF51
P12pBgz 0C2026 09 04.44690923 42 52.005-30 06 12.57 ~9AFK 20.63wXNEOCPF51
P12pBgz 0C2026 09 04.52357023 42 45.227-30 04 58.65 ~9AFK 20.38GVNEOCPF51
P12pBgz 0C2026 09 04.52421923 42 45.175-30 04 57.95 ~9AFK 20.46GVNEOCPF51
P12pBgz |C2026 09 05.15196023 41 54.570-29 54 37.40 ~9AFK 20.8 GVNEOCP807
P12pBgz |C2026 09 05.15980023 41 53.930-29 54 30.90 ~9AFK 20.2 GVNEOCP807
P12pBgz |C2026 09 05.16764023 41 53.220-29 54 22.70 ~9AFK 20.0 GVNEOCP807
Station data:
(807) Cerro Tololo Observatory, La Serena (S30.169133 W70.805900) Chile.
Observer R. Holmes. 0.61-m f/6.5 astrograph + CCD.
(F51) Pan-STARRS 1, Haleakala (N20.707234 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: P12pBgz
Perihelion 2026 Jul 29.315459 +/- 30.1 TT = 7:34:15.6 (JD 2461250.815459)
Epoch 2026 Sep 5.0 TT = JDT 2461288.5 Earth MOID: 0.5826 AutoNEOCP
M 9.796527672 +/- 7 (J2000 ecliptic)
n 0.259961443 +/- 0.018 Peri. 299.968081 +/- 22
a 2.431439247 +/- 0.112 Node 18.782838 +/- 3.3
e 0.37157281 +/- 0.0455 Incl. 15.571858 +/- 1.0
P 3.79136 H 19.88 G 0.15 U 10.1
q 1.527982519 +/- 0.0491 Q 3.334895976 +/- 0.261
From 8 observations 2026 Sept. 4-5 (18.1 hr); mean residual 0".22
Residuals in arcseconds: 260904 F51 .03- .00 260904 F51 .04- .03- 260905 807 .30+ .56- 260904 F51 .02+ .08+ 260904 F51 .03+ .04+ 260905 807 .02+ .10+ 260904 F51 .01+ .09- 260905 807 .32- .47+ Ephemerides (geocentric): Date (UTC) HH RA Dec delta r elong mag " sig PA ---- -------- ------------ ------------ ------ ------ ----- --- -------- 2026 09 11 00 23 33 51.099 -28 11 25.15 .59708 1.5717 156.2 20.6 89.1 135 2026 09 11 01 23 33 47.680 -28 10 37.73 .59716 1.5718 156.2 20.6 90.3 135 2026 09 11 02 23 33 44.263 -28 09 50.27 .59723 1.5719 156.2 20.6 91.5 135 2026 09 11 03 23 33 40.846 -28 09 02.76 .59731 1.5720 156.2 20.6 92.7 135 2026 09 11 04 23 33 37.430 -28 08 15.21 .59739 1.5720 156.2 20.6 93.9 135 2026 09 11 05 23 33 34.016 -28 07 27.61 .59747 1.5721 156.2 20.6 95.2 136 2026 09 11 06 23 33 30.602 -28 06 39.97 .59755 1.5722 156.2 20.6 96.4 136 2026 09 11 07 23 33 27.190 -28 05 52.29 .59763 1.5723 156.2 20.6 97.7 136 2026 09 11 08 23 33 23.778 -28 05 04.56 .59771 1.5724 156.2 20.6 99.0 136 2026 09 11 09 23 33 20.367 -28 04 16.78 .59779 1.5724 156.2 20.6 100 136 2026 09 11 10 23 33 16.958 -28 03 28.97 .59787 1.5725 156.2 20.6 102 136 2026 09 11 11 23 33 13.549 -28 02 41.10 .59795 1.5726 156.2 20.6 103 136 2026 09 11 12 23 33 10.142 -28 01 53.20 .59803 1.5727 156.3 20.6 104 136 2026 09 11 13 23 33 06.736 -28 01 05.25 .59811 1.5728 156.3 20.6 105 136 2026 09 11 14 23 33 03.331 -28 00 17.26 .59820 1.5729 156.3 20.6 107 136 2026 09 11 15 23 32 59.927 -27 59 29.22 .59828 1.5729 156.3 20.6 108 136 2026 09 11 16 23 32 56.524 -27 58 41.14 .59836 1.5730 156.3 20.6 109 136 2026 09 11 17 23 32 53.122 -27 57 53.02 .59844 1.5731 156.3 20.6 111 136 2026 09 11 18 23 32 49.722 -27 57 04.85 .59853 1.5732 156.3 20.6 112 136 2026 09 11 19 23 32 46.322 -27 56 16.64 .59861 1.5733 156.3 20.6 113 136 2026 09 11 20 23 32 42.924 -27 55 28.39 .59869 1.5733 156.3 20.6 115 136 2026 09 11 21 23 32 39.527 -27 54 40.09 .59878 1.5734 156.3 20.6 116 136 2026 09 11 22 23 32 36.132 -27 53 51.75 .59886 1.5735 156.3 20.6 117 136 2026 09 11 23 23 32 32.737 -27 53 03.37 .59895 1.5736 156.3 20.6 119 136 2026 09 12 00 23 32 29.344 -27 52 14.94 .59903 1.5737 156.3 20.6 120 136 2026 09 12 01 23 32 25.952 -27 51 26.47 .59912 1.5738 156.3 20.6 122 136 2026 09 12 02 23 32 22.561 -27 50 37.95 .59920 1.5738 156.3 20.6 123 136 2026 09 12 03 23 32 19.172 -27 49 49.40 .59929 1.5739 156.3 20.6 124 136 2026 09 12 04 23 32 15.783 -27 49 00.80 .59938 1.5740 156.3 20.6 126 136 2026 09 12 05 23 32 12.397 -27 48 12.16 .59946 1.5741 156.3 20.6 127 136 2026 09 12 06 23 32 09.011 -27 47 23.47 .59955 1.5742 156.3 20.6 129 136 2026 09 12 07 23 32 05.627 -27 46 34.74 .59964 1.5743 156.3 20.6 130 136 2026 09 12 08 23 32 02.244 -27 45 45.97 .59973 1.5743 156.3 20.6 132 136 2026 09 12 09 23 31 58.862 -27 44 57.16 .59981 1.5744 156.3 20.6 133 136 2026 09 12 10 23 31 55.482 -27 44 08.31 .59990 1.5745 156.3 20.6 135 136 2026 09 12 11 23 31 52.103 -27 43 19.41 .59999 1.5746 156.3 20.6 136 136 2026 09 12 12 23 31 48.726 -27 42 30.47 .60008 1.5747 156.4 20.6 138 136 2026 09 12 13 23 31 45.350 -27 41 41.48 .60017 1.5748 156.4 20.6 139 136 2026 09 12 14 23 31 41.975 -27 40 52.46 .60026 1.5748 156.4 20.6 141 136 2026 09 12 15 23 31 38.602 -27 40 03.39 .60035 1.5749 156.4 20.6 142 136 2026 09 12 16 23 31 35.231 -27 39 14.28 .60044 1.5750 156.4 20.6 144 136 2026 09 12 17 23 31 31.860 -27 38 25.13 .60053 1.5751 156.4 20.6 145 137 2026 09 12 18 23 31 28.492 -27 37 35.94 .60062 1.5752 156.4 20.6 147 137 2026 09 12 19 23 31 25.124 -27 36 46.70 .60071 1.5753 156.4 20.6 148 137 2026 09 12 20 23 31 21.758 -27 35 57.42 .60081 1.5753 156.4 20.6 150 137 2026 09 12 21 23 31 18.394 -27 35 08.10 .60090 1.5754 156.4 20.6 151 137 2026 09 12 22 23 31 15.031 -27 34 18.74 .60099 1.5755 156.4 20.6 153 137 2026 09 12 23 23 31 11.670 -27 33 29.34 .60108 1.5756 156.4 20.6 154 137