"Pseudo-MPEC" for CERM0M2
Created 2026 Sep 15 1:35:07 UT using Find_Orb
Click here for an explanation of pseudo-MPECs
Astrometry:
CERM0M2*1C2026 09 06.36297300 13 09.350-02 46 28.67 ~9EFo 20.56GVNEOCPG96
CERM0M2 1C2026 09 06.36856600 13 05.372-02 47 05.68 ~9EFo 21.17GVNEOCPG96
CERM0M2 1C2026 09 06.37415100 13 01.463-02 47 42.58 ~9EFo 20.75GVNEOCPG96
CERM0M2 1C2026 09 06.37974800 12 57.481-02 48 19.62 ~9EFo 20.45GVNEOCPG96
Station data:
(G96) Mt. Lemmon Survey (N32.442729 W110.788720)
US/Arizona. Observer E. J. Christensen. Measurers T. Beuden, V. F.
Carvajal, D. Fay, J. B. Fazekas, D. C. Fuls, A. R. Gibbs, A. D. Grauer, H.
Gröller, J. K. Hogan, R. A. Kowalski, S. M. Larson, G. J. Leonard, D.
Rankin, R. L. Seaman, F. C. Shelly, K. W. Wierzchoś. 1.5-m reflector + 10K
CCD.
Orbital elements: CERM0M2
Perihelion 2026 Jul 5.137297 +/- 75.1 TT = 3:17:42.5 (JD 2461226.637297)
Epoch 2026 Sep 6.0 TT = JDT 2461289.5 Earth MOID: 0.0332 Ma: 0.0312
M 87.765595493 +/- 90 (J2000 ecliptic) AutoNEOCP
n 1.396147349 +/- 0.756 Peri. 15.794512 +/- 60
a 0.792833292 +/- 0.286 Node 165.094665 +/- 60
e 0.88084996 +/- 0.224 Incl. 23.046140 +/- 70
P 0.706/257.848d H 22.97 G 0.15 U 12.6 SR
q 0.094466111 +/- 0.395 Q 1.491200473 +/- 11.1
From 4 observations 2026 Sept. 6 (24.2 min); mean residual 0".15
Residuals in arcseconds: 260906 G96 .08+ .00 260906 G96 .30+ .02+ 260906 G96 .28- .01- 260906 G96 .11- .01- Ephemerides (geocentric): Date (UTC) HH RA Dec delta r elong mag " sig PA ---- -------- ------------ ------------ ------ ------ ----- --- -------- 2026 09 15 02 22 50 55.840 -14 56 41.62 .29485 1.2926 164.8 21.6 50d 88 2026 09 15 03 22 50 37.800 -14 59 04.42 .29529 1.2929 164.7 21.6 50d 88 2026 09 15 04 22 50 19.811 -15 01 26.67 .29574 1.2932 164.6 21.6 50d 88 2026 09 15 05 22 50 01.871 -15 03 48.36 .29618 1.2935 164.4 21.6 50d 88 2026 09 15 06 22 49 43.981 -15 06 09.50 .29663 1.2938 164.3 21.6 50d 88 2026 09 15 07 22 49 26.140 -15 08 30.08 .29708 1.2941 164.2 21.6 50d 88 2026 09 15 08 22 49 08.349 -15 10 50.12 .29752 1.2944 164.1 21.6 50d 88 2026 09 15 09 22 48 50.608 -15 13 09.61 .29797 1.2947 164.0 21.6 50d 88 2026 09 15 10 22 48 32.916 -15 15 28.56 .29842 1.2950 163.9 21.6 50d 88 2026 09 15 11 22 48 15.273 -15 17 46.96 .29887 1.2953 163.8 21.7 50d 88 2026 09 15 12 22 47 57.679 -15 20 04.82 .29932 1.2956 163.7 21.7 50d 88 2026 09 15 13 22 47 40.135 -15 22 22.14 .29977 1.2959 163.5 21.7 50d 88 2026 09 15 14 22 47 22.639 -15 24 38.92 .30023 1.2962 163.4 21.7 50d 88 2026 09 15 15 22 47 05.193 -15 26 55.16 .30068 1.2965 163.3 21.7 50d 88 2026 09 15 16 22 46 47.795 -15 29 10.87 .30113 1.2968 163.2 21.7 50d 88 2026 09 15 17 22 46 30.446 -15 31 26.04 .30159 1.2971 163.1 21.7 50d 88 2026 09 15 18 22 46 13.146 -15 33 40.68 .30204 1.2974 163.0 21.7 50d 88 2026 09 15 19 22 45 55.894 -15 35 54.79 .30250 1.2977 162.9 21.7 50d 88 2026 09 15 20 22 45 38.690 -15 38 08.38 .30296 1.2980 162.8 21.7 50d 88 2026 09 15 21 22 45 21.536 -15 40 21.43 .30342 1.2983 162.7 21.7 50d 88 2026 09 15 22 22 45 04.429 -15 42 33.96 .30387 1.2986 162.5 21.7 50d 88 2026 09 15 23 22 44 47.371 -15 44 45.97 .30433 1.2989 162.4 21.7 50d 88 2026 09 16 00 22 44 30.360 -15 46 57.46 .30479 1.2992 162.3 21.7 50d 88 2026 09 16 01 22 44 13.398 -15 49 08.43 .30525 1.2995 162.2 21.7 50d 88 2026 09 16 02 22 43 56.484 -15 51 18.87 .30572 1.2998 162.1 21.8 50d 88 2026 09 16 03 22 43 39.618 -15 53 28.81 .30618 1.3001 162.0 21.8 50d 88 2026 09 16 04 22 43 22.799 -15 55 38.22 .30664 1.3004 161.9 21.8 50d 88 2026 09 16 05 22 43 06.028 -15 57 47.13 .30711 1.3007 161.8 21.8 50d 88 2026 09 16 06 22 42 49.305 -15 59 55.52 .30757 1.3010 161.7 21.8 50d 88 2026 09 16 07 22 42 32.629 -16 02 03.40 .30804 1.3013 161.6 21.8 50d 88 2026 09 16 08 22 42 16.000 -16 04 10.78 .30850 1.3016 161.4 21.8 50d 88 2026 09 16 09 22 41 59.419 -16 06 17.65 .30897 1.3019 161.3 21.8 50d 88 2026 09 16 10 22 41 42.885 -16 08 24.01 .30944 1.3022 161.2 21.8 50d 88 2026 09 16 11 22 41 26.398 -16 10 29.87 .30990 1.3025 161.1 21.8 50d 88 2026 09 16 12 22 41 09.958 -16 12 35.24 .31037 1.3028 161.0 21.8 50d 88 2026 09 16 13 22 40 53.565 -16 14 40.10 .31084 1.3031 160.9 21.8 50d 88 2026 09 16 14 22 40 37.219 -16 16 44.46 .31131 1.3034 160.8 21.8 50d 88 2026 09 16 15 22 40 20.919 -16 18 48.33 .31178 1.3037 160.7 21.8 50d 88 2026 09 16 16 22 40 04.666 -16 20 51.71 .31226 1.3040 160.6 21.8 50d 88 2026 09 16 17 22 39 48.460 -16 22 54.59 .31273 1.3043 160.5 21.8 50d 88 2026 09 16 18 22 39 32.300 -16 24 56.98 .31320 1.3046 160.4 21.9 50d 88 2026 09 16 19 22 39 16.187 -16 26 58.88 .31367 1.3049 160.2 21.9 50d 88 2026 09 16 20 22 39 00.120 -16 29 00.30 .31415 1.3051 160.1 21.9 50d 88 2026 09 16 21 22 38 44.098 -16 31 01.23 .31462 1.3054 160.0 21.9 50d 88 2026 09 16 22 22 38 28.123 -16 33 01.67 .31510 1.3057 159.9 21.9 50d 87 2026 09 16 23 22 38 12.194 -16 35 01.64 .31558 1.3060 159.8 21.9 50d 87 2026 09 17 00 22 37 56.311 -16 37 01.12 .31605 1.3063 159.7 21.9 50d 87 2026 09 17 01 22 37 40.474 -16 39 00.12 .31653 1.3066 159.6 21.9 50d 87