"Pseudo-MPEC" for C1LT2DP

Created 2026 Oct 13 18:35:12 UT using Find_Orb

Click here for an explanation of pseudo-MPECs

• Astrometry
• Observing stations
• Orbital elements
• Residuals
• Ephemeris
• Astrometry (from NEOCP, if available)
• 'Scout' (JPL) information
• NEOfixer information

 
 Astrometry: 
     C1LT2DP*1C2026 09 02.12181716 40 35.440-19 11 58.06   ~ADI5 20.10GVNEOCPG96
     C1LT2DP 1C2026 09 02.12887016 40 35.504-19 11 57.52   ~ADI5 20.14GVNEOCPG96
     C1LT2DP 1C2026 09 02.13592616 40 35.598-19 11 56.22   ~ADI5 20.49GVNEOCPG96
     C1LT2DP 1C2026 09 02.14298816 40 35.670-19 11 55.18   ~ADI5 20.68GVNEOCPG96

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:  C1LT2DP
   Perihelion 2027 Jul 17.184398 +/- 443 TT =  4:25:32.0 (JD 2461603.684398)
Epoch 2026 Sep  2.0 TT = JDT 2461285.5   Earth MOID: 0.5386      AutoNEOCP
M 240.252955544 +/- 100             (J2000 ecliptic)
n   0.376344802 +/- 0.537           Peri.  171.407676 +/- 60
a   1.899964272 +/- 1.81            Node   266.848940 +/- 21
e   0.76880930 +/- 0.205            Incl.   38.741554 +/- 49
P   2.619/956.552d         H 14.90  G  0.15   U 12.4  SR
q 0.439254056 +/- 2.11    Q 3.360674489 +/- 1039
From 4 observations 2026 Sept. 2 (30.5 min); mean residual 0".13

Residuals in arcseconds: 
260902 G96  .06+  .17+    260902 G96  .08+  .03+    
260902 G96  .14-  .28-    260902 G96  .01-  .07+    

Ephemerides (geocentric):
Date (UTC) HH   RA             Dec           delta  r     elong  mag " sig PA
---- --------  ------------   ------------  ------ ------ -----  --- --------
2026 10 13 19  17 04 39.466   -18 13 47.23  3.3589 2.9349  56.9 20.8 7299  89
2026 10 13 20  17 04 41.692   -18 13 44.87  3.3593 2.9347  56.8 20.8 7315  89
2026 10 13 21  17 04 43.919   -18 13 42.51  3.3596 2.9345  56.8 20.8 7330  89
2026 10 13 22  17 04 46.148   -18 13 40.15  3.3600 2.9343  56.8 20.8 7346  89
2026 10 13 23  17 04 48.378   -18 13 37.80  3.3604 2.9341  56.7 20.8 7362  89
2026 10 14 00  17 04 50.609   -18 13 35.44  3.3607 2.9340  56.7 20.8 7378  89
2026 10 14 01  17 04 52.842   -18 13 33.08  3.3611 2.9338  56.7 20.8 7394  89
2026 10 14 02  17 04 55.076   -18 13 30.72  3.3615 2.9336  56.6 20.8 7410  89
2026 10 14 03  17 04 57.311   -18 13 28.36  3.3618 2.9334  56.6 20.8 7426  89
2026 10 14 04  17 04 59.547   -18 13 26.00  3.3622 2.9332  56.6 20.8 7442  89
2026 10 14 05  17 05 01.785   -18 13 23.65  3.3626 2.9330  56.5 20.8 7458  89
2026 10 14 06  17 05 04.024   -18 13 21.29  3.3629 2.9329  56.5 20.8 7474  89
2026 10 14 07  17 05 06.264   -18 13 18.93  3.3633 2.9327  56.5 20.8 7490  89
2026 10 14 08  17 05 08.505   -18 13 16.57  3.3637 2.9325  56.4 20.8 7507  89
2026 10 14 09  17 05 10.748   -18 13 14.21  3.3640 2.9323  56.4 20.8 7523  89
2026 10 14 10  17 05 12.992   -18 13 11.85  3.3644 2.9321  56.4 20.8 7539  89
2026 10 14 11  17 05 15.237   -18 13 09.49  3.3648 2.9319  56.3 20.8 7555  89
2026 10 14 12  17 05 17.484   -18 13 07.13  3.3651 2.9318  56.3 20.8 7571  89
2026 10 14 13  17 05 19.732   -18 13 04.77  3.3655 2.9316  56.3 20.8 7588  89
2026 10 14 14  17 05 21.981   -18 13 02.41  3.3658 2.9314  56.2 20.8 7604  89
2026 10 14 15  17 05 24.231   -18 13 00.06  3.3662 2.9312  56.2 20.8 7620  89
2026 10 14 16  17 05 26.483   -18 12 57.70  3.3666 2.9310  56.2 20.8 7637  89
2026 10 14 17  17 05 28.736   -18 12 55.34  3.3669 2.9308  56.1 20.8 7653  89
2026 10 14 18  17 05 30.990   -18 12 52.98  3.3673 2.9307  56.1 20.8 7670  89
2026 10 14 19  17 05 33.246   -18 12 50.62  3.3677 2.9305  56.1 20.8 7686  89
2026 10 14 20  17 05 35.502   -18 12 48.26  3.3680 2.9303  56.1 20.8 7703  89
2026 10 14 21  17 05 37.760   -18 12 45.90  3.3684 2.9301  56.0 20.8 7719  89
2026 10 14 22  17 05 40.020   -18 12 43.53  3.3687 2.9299  56.0 20.8 7736  89
2026 10 14 23  17 05 42.280   -18 12 41.17  3.3691 2.9297  56.0 20.8 7753  89
2026 10 15 00  17 05 44.542   -18 12 38.81  3.3695 2.9296  55.9 20.8 7769  89
2026 10 15 01  17 05 46.805   -18 12 36.45  3.3698 2.9294  55.9 20.8 7786  89
2026 10 15 02  17 05 49.070   -18 12 34.09  3.3702 2.9292  55.9 20.8 7803  89
2026 10 15 03  17 05 51.335   -18 12 31.73  3.3705 2.9290  55.8 20.8 7819  89
2026 10 15 04  17 05 53.602   -18 12 29.37  3.3709 2.9288  55.8 20.8 7836  89
2026 10 15 05  17 05 55.870   -18 12 27.01  3.3713 2.9286  55.8 20.8 7853  89
2026 10 15 06  17 05 58.140   -18 12 24.64  3.3716 2.9284  55.7 20.8 7870  89
2026 10 15 07  17 06 00.410   -18 12 22.28  3.3720 2.9283  55.7 20.8 7887  89
2026 10 15 08  17 06 02.682   -18 12 19.92  3.3723 2.9281  55.7 20.8 7904  89
2026 10 15 09  17 06 04.955   -18 12 17.56  3.3727 2.9279  55.6 20.8 7920  89
2026 10 15 10  17 06 07.230   -18 12 15.19  3.3731 2.9277  55.6 20.8 7937  89
2026 10 15 11  17 06 09.505   -18 12 12.83  3.3734 2.9275  55.6 20.8 7954  89
2026 10 15 12  17 06 11.782   -18 12 10.46  3.3738 2.9273  55.5 20.8 7971  89
2026 10 15 13  17 06 14.061   -18 12 08.10  3.3741 2.9272  55.5 20.8 7988  89
2026 10 15 14  17 06 16.340   -18 12 05.74  3.3745 2.9270  55.5 20.8 8006  89
2026 10 15 15  17 06 18.621   -18 12 03.37  3.3748 2.9268  55.4 20.8 8023  89
2026 10 15 16  17 06 20.903   -18 12 01.01  3.3752 2.9266  55.4 20.8 8040  89
2026 10 15 17  17 06 23.186   -18 11 58.64  3.3756 2.9264  55.4 20.8 8057  89
2026 10 15 18  17 06 25.470   -18 11 56.28  3.3759 2.9262  55.3 20.8 8074  89