"Pseudo-MPEC" for W000001
Created 2026 Oct 12 16:35:28 UT using Find_Orb
Click here for an explanation of pseudo-MPECs
Astrometry:
W000001*0B2026 10 03.23508100 32 06.475+04 50 06.40 ~A9Jo 18.67VVNEOCPV48
W000001 0B2026 10 03.23656100 32 03.607+04 47 09.42 ~A9Jo 18.53VVNEOCPV48
W000001 0B2026 10 03.23804100 32 00.631+04 44 13.31 ~A9Jo 17.24VVNEOCPV48
W000001 0B2026 10 03.23952100 31 57.624+04 41 17.05 ~A9Jo 18.61VVNEOCPV48
W000001 0B2026 10 03.27439300 30 47.810+03 32 53.59 ~A9Jo 18.61VVNEOCPV48
W000001 0B2026 10 03.27593200 30 44.750+03 29 54.64 ~A9Jo 18.87VVNEOCPV48
W000001 0B2026 10 03.27735200 30 41.923+03 27 09.90 ~A9Jo 18.50VVNEOCPV48
W000001 0B2026 10 03.27883200 30 39.062+03 24 18.00 ~A9Jo 18.80VVNEOCPV48
W000001 0B2026 10 03.28037100 30 36.002+03 21 19.26 ~A9Jo 18.36VVNEOCPV48
Station data:
(V48) TransAstra at Winer (N31.665529 W110.601780) US/Arizona.
Orbital elements: W000001
Perigee 2026 Oct 2.486639 +/- 0.081 TT = 11:40:45.5 (JD 2461315.986639)
Epoch 2026 Oct 3.0 TT = JDT 2461316.5 AutoNEOCP
q720029.3208 +/- 382498 (J2000 equator)
H 29.53 G 0.15 Peri. 144.230806 +/- 5.5
Node 186.968105 +/- 0.09
e 77.26162240 +/- 120 Incl. 100.351246 +/- 2.0
From 9 observations 2026 Oct. 3 (65.2 min); mean residual 0".41
Residuals in arcseconds: 261003 V48 1.1- .23+ 261003 V48 .09+ .05- 261003 V48 .50- .21+ 261003 V48 .56+ .23- 261003 V48 .35- .00 261003 V48 .61+ .06+ 261003 V48 .56+ .02+ 261003 V48 .38- .00 261003 V48 .46+ .26- Ephemerides (geocentric): Date (UTC) HH RA Dec delta r elong mag " sig PA ---- -------- ------------ ------------ ------ ------ ----- --- -------- 2026 10 12 17 23 43 43.990 -46 15 37.12 .03890 1.0197 122.9 24.5 4350 71 2026 10 12 18 23 43 41.874 -46 17 04.57 .03906 1.0197 122.9 24.5 4352 71 2026 10 12 19 23 43 39.780 -46 18 31.18 .03921 1.0198 122.8 24.6 4354 71 2026 10 12 20 23 43 37.708 -46 19 56.96 .03937 1.0198 122.8 24.6 4355 71 2026 10 12 21 23 43 35.657 -46 21 21.93 .03952 1.0199 122.7 24.6 4357 71 2026 10 12 22 23 43 33.628 -46 22 46.09 .03968 1.0199 122.7 24.6 4359 71 2026 10 12 23 23 43 31.620 -46 24 09.44 .03984 1.0200 122.6 24.6 4361 71 2026 10 13 00 23 43 29.632 -46 25 32.01 .03999 1.0200 122.6 24.6 4362 71 2026 10 13 01 23 43 27.666 -46 26 53.80 .04015 1.0201 122.5 24.6 4364 71 2026 10 13 02 23 43 25.720 -46 28 14.81 .04030 1.0201 122.5 24.6 4366 71 2026 10 13 03 23 43 23.794 -46 29 35.06 .04046 1.0202 122.4 24.6 4367 71 2026 10 13 04 23 43 21.889 -46 30 54.55 .04062 1.0202 122.4 24.6 4369 71 2026 10 13 05 23 43 20.004 -46 32 13.29 .04077 1.0203 122.3 24.7 4371 71 2026 10 13 06 23 43 18.138 -46 33 31.30 .04093 1.0203 122.3 24.7 4373 71 2026 10 13 07 23 43 16.293 -46 34 48.58 .04108 1.0204 122.2 24.7 4374 71 2026 10 13 08 23 43 14.467 -46 36 05.13 .04124 1.0204 122.2 24.7 4376 71 2026 10 13 09 23 43 12.660 -46 37 20.97 .04140 1.0205 122.1 24.7 4378 71 2026 10 13 10 23 43 10.872 -46 38 36.10 .04155 1.0205 122.1 24.7 4379 71 2026 10 13 11 23 43 09.104 -46 39 50.53 .04171 1.0206 122.1 24.7 4381 71 2026 10 13 12 23 43 07.354 -46 41 04.27 .04187 1.0206 122.0 24.7 4382 71 2026 10 13 13 23 43 05.624 -46 42 17.32 .04202 1.0206 122.0 24.7 4384 71 2026 10 13 14 23 43 03.912 -46 43 29.70 .04218 1.0207 121.9 24.7 4386 71 2026 10 13 15 23 43 02.218 -46 44 41.41 .04233 1.0207 121.9 24.7 4387 71 2026 10 13 16 23 43 00.542 -46 45 52.46 .04249 1.0208 121.8 24.8 4389 71 2026 10 13 17 23 42 58.885 -46 47 02.85 .04265 1.0208 121.8 24.8 4390 71 2026 10 13 18 23 42 57.246 -46 48 12.59 .04280 1.0209 121.7 24.8 4392 71 2026 10 13 19 23 42 55.625 -46 49 21.69 .04296 1.0209 121.7 24.8 4394 71 2026 10 13 20 23 42 54.021 -46 50 30.15 .04311 1.0210 121.6 24.8 4395 71 2026 10 13 21 23 42 52.435 -46 51 37.99 .04327 1.0210 121.6 24.8 4397 71 2026 10 13 22 23 42 50.866 -46 52 45.20 .04343 1.0211 121.5 24.8 4398 71 2026 10 13 23 23 42 49.315 -46 53 51.80 .04358 1.0211 121.5 24.8 4400 71 2026 10 14 00 23 42 47.781 -46 54 57.79 .04374 1.0212 121.5 24.8 4401 71 2026 10 14 01 23 42 46.264 -46 56 03.18 .04389 1.0212 121.4 24.8 4403 71 2026 10 14 02 23 42 44.764 -46 57 07.96 .04405 1.0212 121.4 24.8 4405 71 2026 10 14 03 23 42 43.280 -46 58 12.16 .04421 1.0213 121.3 24.9 4406 71 2026 10 14 04 23 42 41.813 -46 59 15.78 .04436 1.0213 121.3 24.9 4408 71 2026 10 14 05 23 42 40.363 -47 00 18.81 .04452 1.0214 121.2 24.9 4409 71 2026 10 14 06 23 42 38.929 -47 01 21.28 .04468 1.0214 121.2 24.9 4411 71 2026 10 14 07 23 42 37.512 -47 02 23.17 .04483 1.0215 121.1 24.9 4412 71 2026 10 14 08 23 42 36.110 -47 03 24.51 .04499 1.0215 121.1 24.9 4414 71 2026 10 14 09 23 42 34.725 -47 04 25.28 .04514 1.0216 121.1 24.9 4415 71 2026 10 14 10 23 42 33.355 -47 05 25.51 .04530 1.0216 121.0 24.9 4417 71 2026 10 14 11 23 42 32.001 -47 06 25.20 .04546 1.0217 121.0 24.9 4418 71 2026 10 14 12 23 42 30.663 -47 07 24.34 .04561 1.0217 120.9 24.9 4419 71 2026 10 14 13 23 42 29.341 -47 08 22.95 .04577 1.0217 120.9 24.9 4421 71 2026 10 14 14 23 42 28.034 -47 09 21.03 .04592 1.0218 120.8 24.9 4422 71 2026 10 14 15 23 42 26.742 -47 10 18.59 .04608 1.0218 120.8 25.0 4424 71 2026 10 14 16 23 42 25.465 -47 11 15.63 .04624 1.0219 120.8 25.0 4425 71