"Pseudo-MPEC" for STO1514
Created 2026 Sep 26 15:37:33 UT using Find_Orb
Click here for an explanation of pseudo-MPECs
Astrometry:
STO1514 0C2026 09 05.46826900 36 03.014-30 48 42.98 ~9KJ6 21.62wXNEOCPF51
STO1514 0C2026 09 05.47811600 36 02.002-30 48 41.91 ~9KJ6 21.59wXNEOCPF51
STO1514 0C2026 09 05.48788500 36 01.063-30 48 40.87 ~9KJ6 21.70wXNEOCPF51
STO1514* C2026 09 17.28187 00 14 37.06 -29 49 01.4 ~9HLq 20.8 RXNEOCPX19
STO1514 C2026 09 17.28977 00 14 36.01 -29 48 57.8 ~9HLq 20.2 RXNEOCPX19
STO1514 C2026 09 17.29810 00 14 34.93 -29 48 53.7 ~9HLq 20.4 RXNEOCPX19
STO1514 C2026 09 19.18029 00 10 53.32 -29 32 02.7 ~9JCn 20.8 RXNEOCPX19
STO1514 C2026 09 19.19098 00 10 51.97 -29 31 57.2 ~9JCn 20.5 RXNEOCPX19
Station data:
(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.
(X19) Santel Observatory, El Leoncito (S31.802444 W69.326170) Argentina.
Observer A. Sankovich. 0.5-m f/1.5 reflector + CMOS.
Orbital elements: STO1514
Perihelion 2026 Dec 24.391263 +/- 1.7 TT = 9:23:25.1 (JD 2461398.891263)
Epoch 2026 Sep 19.0 TT = JDT 2461302.5 Earth MOID: 0.7109 AutoNEOCP
M 322.456775858 +/- 0.56 (J2000 ecliptic)
n 0.389487833 +/- 0.00118 Peri. 9.817478 +/- 0.8
a 1.856978113 +/- 0.00377 Node 25.119815 +/- 0.10
e 0.08167130 +/- 0.00147 Incl. 22.497810 +/- 0.09
P 2.531/924.273d H 19.52 G 0.15 U 8.2
q 1.705316291 +/- 0.00178 Q 2.008639935 +/- 0.00656
From 8 observations 2026 Sept. 5-19; mean residual 0".42
Residuals in arcseconds: 260905 F51 .06- .09+ 260917 X19 1.1+ .39+ 260919 X19 .24+ .28+ 260905 F51 .28- .01+ 260917 X19 .10- .09- 260919 X19 .22- .29- 260905 F51 .35+ .10- 260917 X19 .99- .29- Ephemerides (geocentric): Date (UTC) HH RA Dec delta r elong mag " sig PA ---- -------- ------------ ------------ ------ ------ ----- --- -------- 2026 09 26 16 23 56 10.232 -28 03 54.16 .79261 1.7365 150.4 21.1 5.35 33 2026 09 26 17 23 56 05.416 -28 03 19.18 .79265 1.7365 150.4 21.1 5.39 33 2026 09 26 18 23 56 00.603 -28 02 44.14 .79269 1.7364 150.4 21.1 5.43 33 2026 09 26 19 23 55 55.791 -28 02 09.04 .79273 1.7364 150.4 21.1 5.47 33 2026 09 26 20 23 55 50.981 -28 01 33.89 .79277 1.7364 150.4 21.1 5.51 33 2026 09 26 21 23 55 46.173 -28 00 58.67 .79281 1.7364 150.3 21.1 5.55 33 2026 09 26 22 23 55 41.367 -28 00 23.39 .79285 1.7363 150.3 21.1 5.59 33 2026 09 26 23 23 55 36.563 -27 59 48.06 .79289 1.7363 150.3 21.1 5.63 34 2026 09 27 00 23 55 31.761 -27 59 12.67 .79293 1.7363 150.3 21.1 5.67 34 2026 09 27 01 23 55 26.961 -27 58 37.21 .79298 1.7362 150.3 21.1 5.70 34 2026 09 27 02 23 55 22.163 -27 58 01.70 .79302 1.7362 150.3 21.1 5.74 34 2026 09 27 03 23 55 17.367 -27 57 26.13 .79306 1.7362 150.3 21.1 5.78 34 2026 09 27 04 23 55 12.573 -27 56 50.50 .79310 1.7362 150.2 21.1 5.82 34 2026 09 27 05 23 55 07.781 -27 56 14.82 .79314 1.7361 150.2 21.1 5.86 34 2026 09 27 06 23 55 02.991 -27 55 39.07 .79319 1.7361 150.2 21.1 5.90 34 2026 09 27 07 23 54 58.203 -27 55 03.27 .79323 1.7361 150.2 21.1 5.94 34 2026 09 27 08 23 54 53.417 -27 54 27.40 .79328 1.7361 150.2 21.1 5.99 34 2026 09 27 09 23 54 48.633 -27 53 51.48 .79332 1.7360 150.2 21.1 6.03 34 2026 09 27 10 23 54 43.852 -27 53 15.50 .79337 1.7360 150.2 21.1 6.07 34 2026 09 27 11 23 54 39.072 -27 52 39.46 .79341 1.7360 150.1 21.1 6.11 34 2026 09 27 12 23 54 34.295 -27 52 03.37 .79346 1.7359 150.1 21.1 6.15 35 2026 09 27 13 23 54 29.519 -27 51 27.21 .79350 1.7359 150.1 21.1 6.19 35 2026 09 27 14 23 54 24.746 -27 50 51.00 .79355 1.7359 150.1 21.1 6.23 35 2026 09 27 15 23 54 19.975 -27 50 14.73 .79360 1.7359 150.1 21.1 6.27 35 2026 09 27 16 23 54 15.207 -27 49 38.40 .79364 1.7358 150.1 21.1 6.31 35 2026 09 27 17 23 54 10.440 -27 49 02.01 .79369 1.7358 150.1 21.1 6.35 35 2026 09 27 18 23 54 05.676 -27 48 25.57 .79374 1.7358 150.0 21.1 6.40 35 2026 09 27 19 23 54 00.913 -27 47 49.06 .79379 1.7357 150.0 21.1 6.44 35 2026 09 27 20 23 53 56.153 -27 47 12.50 .79384 1.7357 150.0 21.1 6.48 35 2026 09 27 21 23 53 51.396 -27 46 35.88 .79389 1.7357 150.0 21.1 6.52 35 2026 09 27 22 23 53 46.640 -27 45 59.21 .79393 1.7357 150.0 21.1 6.56 35 2026 09 27 23 23 53 41.887 -27 45 22.47 .79398 1.7356 150.0 21.1 6.61 35 2026 09 28 00 23 53 37.136 -27 44 45.68 .79403 1.7356 149.9 21.1 6.65 35 2026 09 28 01 23 53 32.388 -27 44 08.83 .79409 1.7356 149.9 21.1 6.69 36 2026 09 28 02 23 53 27.641 -27 43 31.92 .79414 1.7356 149.9 21.1 6.73 36 2026 09 28 03 23 53 22.897 -27 42 54.96 .79419 1.7355 149.9 21.1 6.78 36 2026 09 28 04 23 53 18.155 -27 42 17.93 .79424 1.7355 149.9 21.1 6.82 36 2026 09 28 05 23 53 13.416 -27 41 40.85 .79429 1.7355 149.9 21.1 6.86 36 2026 09 28 06 23 53 08.679 -27 41 03.72 .79434 1.7354 149.8 21.1 6.91 36 2026 09 28 07 23 53 03.944 -27 40 26.52 .79440 1.7354 149.8 21.1 6.95 36 2026 09 28 08 23 52 59.212 -27 39 49.27 .79445 1.7354 149.8 21.1 6.99 36 2026 09 28 09 23 52 54.482 -27 39 11.96 .79450 1.7354 149.8 21.1 7.04 36 2026 09 28 10 23 52 49.754 -27 38 34.60 .79456 1.7353 149.8 21.1 7.08 36 2026 09 28 11 23 52 45.029 -27 37 57.17 .79461 1.7353 149.8 21.1 7.12 36 2026 09 28 12 23 52 40.307 -27 37 19.69 .79467 1.7353 149.7 21.1 7.17 36 2026 09 28 13 23 52 35.586 -27 36 42.15 .79472 1.7353 149.7 21.1 7.21 36 2026 09 28 14 23 52 30.868 -27 36 04.56 .79478 1.7352 149.7 21.1 7.26 36 2026 09 28 15 23 52 26.153 -27 35 26.91 .79483 1.7352 149.7 21.1 7.30 37