"Pseudo-MPEC" for A11IrUa
Created 2026 Oct 15 10:35:06 UT using Find_Orb
Click here for an explanation of pseudo-MPECs
Astrometry:
A11IrUa*0C2026 10 14.92185623 46 10.493-46 47 35.74 ~AENZ 18.98oVNEOCPM22
A11IrUa 0C2026 10 14.92503223 46 10.354-46 47 36.64 ~AENZ 18.93oVNEOCPM22
A11IrUa 0C2026 10 14.93135923 46 10.142-46 47 37.50 ~AENZ 19.32oVNEOCPM22
A11IrUa 0C2026 10 14.94127123 46 09.598-46 47 39.91 ~AENZ 19.25oVNEOCPM22
A11IrUa 0C2026 10 14.98470523 46 07.589-46 47 51.18 ~AF2o 19.29oVNEOCPM22
A11IrUa 0C2026 10 14.99030723 46 07.248-46 47 52.66 ~AF2o 19.00oVNEOCPM22
A11IrUa C2026 10 15.00895923 46 06.370-46 47 58.16 ~AFAK 19.5 GWNEOCPM28
A11IrUa C2026 10 15.01107023 46 06.267-46 47 58.67 ~AFAK 19.4 GWNEOCPM28
A11IrUa C2026 10 15.01317123 46 06.155-46 47 59.04 ~AFAK 19.2 GWNEOCPM28
A11IrUa C2026 10 15.01527123 46 06.060-46 47 59.54 ~AFAK 19.3 GWNEOCPM28
Station data:
(M22) ATLAS South Africa, Sutherland (S32.380156 E20.810590) South Africa.
Observers L. Denneau, R. Siverd, J. Tonry, H. Weiland. Measurers L.
Denneau, N. Erasmus, A. Fitzsimmons, J. Robinson, R. Siverd, J. Tonry, H.
Weiland. 0.5-m f/2.0 Schmidt + CCD.
(M28) Lesedi Telescope-SAAO Observatory, Sutherland (S32.379790 E20.810640)
South Africa. Observer N. Erasmus. 1.0-m f/8 Reflector + CCD.
Orbital elements: A11IrUa
Perihelion 2025 Aug 12.066696 +/- 470 TT = 1:36:02.5 (JD 2460899.566696)
Epoch 2026 Oct 15.0 TT = JDT 2461328.5 AutoNEOCP
M 113.139647189 +/- 110 (J2000 ecliptic)
n 0.263769789 +/- 0.192 Peri. 97.353247 +/- 70
a 2.407978921 +/- 1.17 Node 144.524294 +/- 14
e 0.09440889 +/- 0.151 Incl. 48.327183 +/- 22
P 3.73662 H 15.20 G 0.15 U 11.6 SR
q 2.180644300 +/- 1.28 Q 2.635313543 +/- 1.97
From 10 observations 2026 Oct. 14-15 (2.2 hr); mean residual 0".36
Residuals in arcseconds: 261014 M22 .45- .44- 261014 M22 .67+ .48+ 261015 M28 .19- .12- 261014 M22 .30- .50- 261014 M22 .10- .44+ 261015 M28 .15- .09- 261014 M22 .65+ .31+ 261015 M28 .03- .31- 261014 M22 .04- .50+ 261015 M28 .06- .28- Ephemerides (geocentric): Date (UTC) HH RA Dec delta r elong mag " sig PA ---- -------- ------------ ------------ ------ ------ ----- --- -------- 2026 10 15 11 23 45 46.282 -46 49 55.40 1.8536 2.5148 120.8 19.5 15.2 77 2026 10 15 12 23 45 44.407 -46 50 06.03 1.8540 2.5149 120.8 19.5 16.3 77 2026 10 15 13 23 45 42.535 -46 50 16.61 1.8544 2.5149 120.8 19.5 17.5 77 2026 10 15 14 23 45 40.666 -46 50 27.14 1.8548 2.5149 120.7 19.5 18.7 78 2026 10 15 15 23 45 38.799 -46 50 37.62 1.8552 2.5150 120.7 19.5 19.9 78 2026 10 15 16 23 45 36.935 -46 50 48.05 1.8557 2.5150 120.7 19.5 21.1 79 2026 10 15 17 23 45 35.074 -46 50 58.44 1.8561 2.5150 120.6 19.5 22.3 79 2026 10 15 18 23 45 33.216 -46 51 08.78 1.8565 2.5151 120.6 19.5 23.5 80 2026 10 15 19 23 45 31.361 -46 51 19.07 1.8569 2.5151 120.6 19.5 24.7 80 2026 10 15 20 23 45 29.508 -46 51 29.32 1.8574 2.5152 120.5 19.5 26.0 81 2026 10 15 21 23 45 27.659 -46 51 39.51 1.8578 2.5152 120.5 19.5 27.2 81 2026 10 15 22 23 45 25.812 -46 51 49.66 1.8582 2.5152 120.5 19.5 28.5 82 2026 10 15 23 23 45 23.967 -46 51 59.76 1.8586 2.5153 120.4 19.5 29.8 82 2026 10 16 00 23 45 22.126 -46 52 09.82 1.8591 2.5153 120.4 19.5 31.1 83 2026 10 16 01 23 45 20.287 -46 52 19.82 1.8595 2.5153 120.4 19.5 32.4 84 2026 10 16 02 23 45 18.452 -46 52 29.78 1.8599 2.5154 120.3 19.5 33.7 84 2026 10 16 03 23 45 16.619 -46 52 39.69 1.8604 2.5154 120.3 19.5 35.1 85 2026 10 16 04 23 45 14.788 -46 52 49.56 1.8608 2.5154 120.3 19.5 36.5 85 2026 10 16 05 23 45 12.961 -46 52 59.37 1.8612 2.5155 120.2 19.5 37.9 86 2026 10 16 06 23 45 11.137 -46 53 09.14 1.8616 2.5155 120.2 19.5 39.3 87 2026 10 16 07 23 45 09.315 -46 53 18.87 1.8621 2.5156 120.2 19.6 40.7 87 2026 10 16 08 23 45 07.496 -46 53 28.54 1.8625 2.5156 120.2 19.6 42.2 88 2026 10 16 09 23 45 05.680 -46 53 38.17 1.8629 2.5156 120.1 19.6 43.6 88 2026 10 16 10 23 45 03.867 -46 53 47.75 1.8633 2.5157 120.1 19.6 45.1 89 2026 10 16 11 23 45 02.057 -46 53 57.28 1.8638 2.5157 120.1 19.6 46.6 90 2026 10 16 12 23 45 00.249 -46 54 06.77 1.8642 2.5157 120.0 19.6 48.1 90 2026 10 16 13 23 44 58.444 -46 54 16.21 1.8646 2.5158 120.0 19.6 49.7 91 2026 10 16 14 23 44 56.643 -46 54 25.60 1.8651 2.5158 120.0 19.6 51.3 91 2026 10 16 15 23 44 54.844 -46 54 34.95 1.8655 2.5159 119.9 19.6 52.9 92 2026 10 16 16 23 44 53.048 -46 54 44.25 1.8659 2.5159 119.9 19.6 54.5 92 2026 10 16 17 23 44 51.254 -46 54 53.50 1.8663 2.5159 119.9 19.6 56.1 93 2026 10 16 18 23 44 49.464 -46 55 02.71 1.8668 2.5160 119.8 19.6 57.8 93 2026 10 16 19 23 44 47.677 -46 55 11.87 1.8672 2.5160 119.8 19.6 59.5 94 2026 10 16 20 23 44 45.892 -46 55 20.98 1.8676 2.5160 119.8 19.6 61.2 95 2026 10 16 21 23 44 44.110 -46 55 30.05 1.8681 2.5161 119.7 19.6 62.9 95 2026 10 16 22 23 44 42.331 -46 55 39.06 1.8685 2.5161 119.7 19.6 64.7 96 2026 10 16 23 23 44 40.556 -46 55 48.04 1.8689 2.5161 119.7 19.6 66.4 96 2026 10 17 00 23 44 38.782 -46 55 56.96 1.8694 2.5162 119.6 19.6 68.2 97 2026 10 17 01 23 44 37.012 -46 56 05.84 1.8698 2.5162 119.6 19.6 70.1 97 2026 10 17 02 23 44 35.245 -46 56 14.67 1.8702 2.5163 119.6 19.6 71.9 98 2026 10 17 03 23 44 33.481 -46 56 23.46 1.8707 2.5163 119.5 19.6 73.8 98 2026 10 17 04 23 44 31.719 -46 56 32.20 1.8711 2.5163 119.5 19.6 75.7 99 2026 10 17 05 23 44 29.960 -46 56 40.90 1.8715 2.5164 119.5 19.6 77.6 99 2026 10 17 06 23 44 28.205 -46 56 49.54 1.8720 2.5164 119.4 19.6 79.6 100 2026 10 17 07 23 44 26.452 -46 56 58.14 1.8724 2.5164 119.4 19.6 81.6 100 2026 10 17 08 23 44 24.702 -46 57 06.70 1.8728 2.5165 119.4 19.6 83.6 100 2026 10 17 09 23 44 22.955 -46 57 15.21 1.8732 2.5165 119.4 19.6 85.6 101 2026 10 17 10 23 44 21.211 -46 57 23.67 1.8737 2.5165 119.3 19.6 87.7 101