"Pseudo-MPEC" for C1LT29P

Created 2026 Sep 22 1:35:03 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: 
     C1LT29P*1C2026 09 06.29435623 18 10.458-09 22 49.87   ~9EFo 20.56GVNEOCPG96
     C1LT29P 1C2026 09 06.29991323 18 10.357-09 22 49.98   ~9EFo 21.01GVNEOCPG96
     C1LT29P 1C2026 09 06.30547023 18 10.274-09 22 49.76   ~9EFo 20.66GVNEOCPG96
     C1LT29P 1C2026 09 06.31102423 18 10.170-09 22 50.95   ~9EFo 20.84GVNEOCPG96

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:  C1LT29P
   Perihelion 2031 Aug 3.376104 +/- 2233 TT =  9:01:35.4 (JD 2463081.876104)
Epoch 2026 Sep  6.0 TT = JDT 2461289.5   Sa: 0.8379              AutoNEOCP
M 328.604981333 +/- 50              (J2000 ecliptic)
n   0.017515865 +/- 0.0541          Peri.   58.212304 +/- 100
a  14.68413321 +/- 30.2             Node   355.148543 +/- 35
e   0.39039384 +/- 0.252            Incl.   25.100182 +/- 41
P  56.26942                H 10.80  G  0.15   U 10.8  SR
q 8.951537971 +/- 3.82    Q 20.41672845 +/- 569
From 4 observations 2026 Sept. 6 (24.0 min); mean residual 0".24

Residuals in arcseconds: 
260906 G96  .02+  .19-    260906 G96  .12+  .53+    
260906 G96  .07-  .01+    260906 G96  .01-  .36-    

Ephemerides (geocentric):
Date (UTC) HH   RA             Dec           delta  r     elong  mag " sig PA
---- --------  ------------   ------------  ------ ------ -----  --- --------
2026 09 22 02  23 13 44.169   -09 35 59.26  9.8442 10.822 166.2 21.1  17d  96
2026 09 22 03  23 13 43.480   -09 36 01.08  9.8443 10.822 166.2 21.1  17d  96
2026 09 22 04  23 13 42.791   -09 36 02.89  9.8444 10.822 166.1 21.1  17d  96
2026 09 22 05  23 13 42.102   -09 36 04.71  9.8445 10.822 166.1 21.1  17d  96
2026 09 22 06  23 13 41.413   -09 36 06.52  9.8446 10.822 166.1 21.1  17d  96
2026 09 22 07  23 13 40.724   -09 36 08.33  9.8447 10.821 166.0 21.1  17d  96
2026 09 22 08  23 13 40.036   -09 36 10.14  9.8448 10.821 166.0 21.1  17d  96
2026 09 22 09  23 13 39.347   -09 36 11.95  9.8449 10.821 165.9 21.1  17d  96
2026 09 22 10  23 13 38.659   -09 36 13.76  9.8450 10.821 165.9 21.1  17d  96
2026 09 22 11  23 13 37.971   -09 36 15.56  9.8451 10.821 165.9 21.1  17d  96
2026 09 22 12  23 13 37.283   -09 36 17.36  9.8452 10.821 165.8 21.1  17d  96
2026 09 22 13  23 13 36.595   -09 36 19.16  9.8453 10.821 165.8 21.1  17d  96
2026 09 22 14  23 13 35.908   -09 36 20.96  9.8454 10.821 165.7 21.1  17d  96
2026 09 22 15  23 13 35.220   -09 36 22.76  9.8455 10.821 165.7 21.1  17d  96
2026 09 22 16  23 13 34.533   -09 36 24.56  9.8456 10.821 165.6 21.1  17d  96
2026 09 22 17  23 13 33.846   -09 36 26.35  9.8457 10.821 165.6 21.1  17d  96
2026 09 22 18  23 13 33.159   -09 36 28.14  9.8458 10.821 165.6 21.1  17d  96
2026 09 22 19  23 13 32.472   -09 36 29.93  9.8459 10.821 165.5 21.1  17d  96
2026 09 22 20  23 13 31.785   -09 36 31.72  9.8460 10.821 165.5 21.1  17d  96
2026 09 22 21  23 13 31.098   -09 36 33.50  9.8461 10.820 165.4 21.1  17d  96
2026 09 22 22  23 13 30.412   -09 36 35.29  9.8462 10.820 165.4 21.1  17d  96
2026 09 22 23  23 13 29.726   -09 36 37.07  9.8463 10.820 165.4 21.1  17d  96
2026 09 23 00  23 13 29.040   -09 36 38.85  9.8464 10.820 165.3 21.1  17d  96
2026 09 23 01  23 13 28.354   -09 36 40.63  9.8466 10.820 165.3 21.1  18d  96
2026 09 23 02  23 13 27.668   -09 36 42.41  9.8467 10.820 165.2 21.1  18d  96
2026 09 23 03  23 13 26.982   -09 36 44.18  9.8468 10.820 165.2 21.1  18d  96
2026 09 23 04  23 13 26.297   -09 36 45.95  9.8469 10.820 165.1 21.1  18d  96
2026 09 23 05  23 13 25.611   -09 36 47.72  9.8470 10.820 165.1 21.1  18d  96
2026 09 23 06  23 13 24.926   -09 36 49.49  9.8471 10.820 165.1 21.1  18d  96
2026 09 23 07  23 13 24.241   -09 36 51.26  9.8472 10.820 165.0 21.1  18d  96
2026 09 23 08  23 13 23.556   -09 36 53.03  9.8473 10.820 165.0 21.1  18d  96
2026 09 23 09  23 13 22.872   -09 36 54.79  9.8474 10.820 164.9 21.1  18d  96
2026 09 23 10  23 13 22.187   -09 36 56.55  9.8475 10.819 164.9 21.1  18d  96
2026 09 23 11  23 13 21.503   -09 36 58.31  9.8476 10.819 164.9 21.1  18d  96
2026 09 23 12  23 13 20.819   -09 37 00.07  9.8478 10.819 164.8 21.1  18d  96
2026 09 23 13  23 13 20.135   -09 37 01.83  9.8479 10.819 164.8 21.1  18d  96
2026 09 23 14  23 13 19.451   -09 37 03.58  9.8480 10.819 164.7 21.1  18d  96
2026 09 23 15  23 13 18.767   -09 37 05.33  9.8481 10.819 164.7 21.1  18d  96
2026 09 23 16  23 13 18.083   -09 37 07.08  9.8482 10.819 164.6 21.1  18d  96
2026 09 23 17  23 13 17.400   -09 37 08.83  9.8483 10.819 164.6 21.1  18d  96
2026 09 23 18  23 13 16.717   -09 37 10.58  9.8484 10.819 164.6 21.1  18d  96
2026 09 23 19  23 13 16.034   -09 37 12.32  9.8486 10.819 164.5 21.1  18d  96
2026 09 23 20  23 13 15.351   -09 37 14.07  9.8487 10.819 164.5 21.1  18d  96
2026 09 23 21  23 13 14.668   -09 37 15.81  9.8488 10.819 164.4 21.1  18d  96
2026 09 23 22  23 13 13.986   -09 37 17.55  9.8489 10.819 164.4 21.1  18d  96
2026 09 23 23  23 13 13.303   -09 37 19.28  9.8490 10.819 164.4 21.1  18d  96
2026 09 24 00  23 13 12.621   -09 37 21.02  9.8491 10.818 164.3 21.1  18d  96
2026 09 24 01  23 13 11.939   -09 37 22.75  9.8493 10.818 164.3 21.1  18d  96