514:
500:
486:
31:
1557:
1023:
1569:
1090:
1729:
1517:
1137:
1115:
2064:
1563:
2190:
663:
2179:
796:
because although its eccentricity and inclination oscillate in synchrony (when the eccentricity reaches its maximum value, the inclination is at its lowest and vice versa) over a long period of time, the value of the argument of perihelion circulates; the Earth-Moon system and
Jupiter are its
792:. Between 1600 AD and 2500 AD its aphelion distance lowers slightly from 0.7746 to 0.7725 AU, its perihelion distance increases slightly from 0.4025 to 0.4046 AU, and its inclination increases slightly from 47.19 to 47.25°. It is not subjected to a
844:
to be larger than 1 kilometer. However, these are estimates with no published radar or infrared measurements providing a more precise value for the body's diameter. As of April 2024, 861 kilometer-sized near-Earth asteroids have been discovered.
658:
The asteroid's orbit is also highly inclined with respect to the plane of the Solar System, at more than 47°, the highest inclination of any known Atira asteroid, although there are many near-Earth asteroids with even higher inclinations.
646:, which are also known as Apoheles or interior-Earth objects, as their orbits are confined inside that of Earth's. This makes their discovery difficult, as they stay relatively close to the Sun when observed from Earth, never reaching a
605:
of any known asteroid in the Solar System, never distancing itself more than 0.774 AU from the Sun (77% of Earth's average orbital distance). Before its discovery, the record was held by
443:(0.77 AU), that is, the orbit's average distance and farthest point from the Sun, respectively. The object was first observed on 4 January 2019, by astronomers at Palomar's
2229:
1610:
1191:
2234:
751:
650:
of more than 90°, often much less. Only 19 such asteroids are known, 14 of which still reach 90% Earth's distance from the Sun over the course of their orbit.
333:
606:
1473:
814:
1728:
1516:
1724:
1348:
680:
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323:
312:
297:
911:
53:
273:
200:
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2198:
2193:
690:
1420:
1466:
581:
303:
949:
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444:
65:
58:
2224:
810:
789:
95:
2092:
2063:
1545:
1398:
1378:
878:
341:
189:
176:
168:
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1311:
1279:
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569:
513:
285:
154:
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1997:
1362:
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1319:
1303:
1295:
1287:
1262:
499:
30:
2142:
1210:
1182:
1062:
541:
420:, estimated to measure 1.4 kilometers (0.9 miles) in diameter. Among the hundreds of thousands known
211:
2014:
1342:
628:(0.723 AU) and an orbital period of 165 days, which is the third shortest among all asteroids.
485:
2149:
2072:
1888:
1556:
1510:
973:
818:
720:
667:
545:
262:
70:
2183:
1864:
1200:
834:
829:
The object's diameter is estimated at 0.9–2 kilometers (0.56–1.2 miles), which corresponds to an
381:
1568:
1428:
2082:
1602:
533:
436:
409:
182:
142:
118:
1846:
1585:
1218:
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830:
647:
371:
360:
134:
1412:
1404:
2124:
2036:
2020:
1743:
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557:
537:
432:
162:
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1214:
1066:
1975:
1678:
945:
643:
549:
413:
242:
222:
126:
1436:
2218:
2102:
1541:
1537:
998:
906:
2162:
2119:
2041:
1760:
1651:
1577:
1091:"JPL Small-Body Database Search Engine: asteroids and NEOs and period < 200 (d)"
806:
417:
234:
112:
2131:
572:
in
October 2015, more than 3 years prior to its official first observation at the
2077:
2045:
1970:
1960:
1905:
1869:
1159:
251:
1238:
1138:"JPL Small-Body Database Search Engine: asteroids and NEOs and i > 47 (deg)"
1075:
1046:
662:
2097:
2030:
2008:
1807:
1796:
1790:
1784:
1778:
1765:
1754:
1748:
731:
700:
565:
146:
2157:
2087:
1985:
1965:
1834:
1818:
1802:
1737:
1708:
1667:
1531:
1525:
1223:
561:
348:
1991:
1980:
1924:
1882:
1840:
1813:
1696:
1684:
1640:
1628:
1616:
602:
553:
452:
440:
421:
1181:
de la Fuente Marcos, Carlos; de la Fuente Marcos, Raúl (1 August 2019).
450:
The record for smallest semi-major axis was beaten by another asteroid,
2025:
1656:
1591:
1045:
de la Fuente Marcos, Carlos; de la Fuente Marcos, Raúl (25 July 2019).
741:
2137:
2002:
1859:
1187:, a major step towards the future discovery of the Vatira population"
710:
666:
Near-Earth asteroid discoveries (larger than 1 km) by year and
1205:
491:
viewed from roughly the ascending and descending nodes of the orbit
625:
1451:
1455:
1183:"Understanding the evolution of Atira-class asteroid 2019 AQ
1116:"JPL Small-Body Database Search Engine: orbital class (IEO)"
976:. ESA Space Situational Awareness – NEO Coordination Centre
1110:
1108:
614:
at an aphelion of 0.804 AU, which is notably larger.
447:
in
California, with recovered images dating back to 2015.
1024:"JPL Small-Body Database Search Engine: Q < 0.99 AU"
1051:
as a New Step in the Quest for the Vatira
Population"
2111:
2060:
1941:
1723:
1600:
1576:
1509:
1055:
Research Notes of the
American Astronomical Society
379:
339:
332:
321:
310:
295:
283:
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261:
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220:
210:
198:
188:
175:
161:
133:
110:
93:
88:
76:
64:
52:
47:
837:of 17.376. The Minor Planet Center also considers
1192:Monthly Notices of the Royal Astronomical Society
431:'s orbit was thought to have likely the smallest
968:
966:
624:orbit also has a semi-major axis below that of
532:orbits the Sun at a distance of 0.40–0.77
1467:
1018:
1016:
946:"JPL Small-Body Database Browser: (2019 AQ3)"
8:
1047:"Hot and Eccentric: The Discovery of 2019 LF
873:
871:
869:
867:
865:
863:
861:
859:
857:
18:
1548:(lunar obiter, lander and rover; Jul 2019)
1474:
1460:
1452:
1239:"Discovery Statistics – Cumulative totals"
29:
2230:Minor planet object articles (unnumbered)
1267:NeoDyS-2, Near Earth Objects—Dynamic Site
1222:
1204:
1074:
940:
938:
936:
934:
932:
930:
661:
2235:Astronomical objects discovered in 2019
1160:"Discovery Statistics – by Survey (km)"
853:
901:
899:
674:
17:
2153:(end of mission; Aug 2018 / Feb 2019)
274:Longitude of ascending node
7:
1988:(first-ever light from bh-bh merger)
1534:(solar sail demonstration; Jun 2019)
540:of 0.589 AU). Its orbit has an
1402:
993:
991:
578:minimum orbit intersection distance
642:is a member of the small class of
42:, as viewed from the ecliptic pole
14:
1994:(first-ever "mass-gap" collision)
580:with Earth of 0.22 AU or 88
416:from the innermost region of the
2189:
2188:
2177:
2062:
1727:
1567:
1561:
1555:
1515:
912:Minor Planet Electronic Circular
512:
498:
484:
907:"MPEC 2019-A88 : 2019 AQ3"
536:once every 5 months (165 days;
670:since 1995 (as of April 2024)
1:
833:range of 0.05 to 0.25 for an
601:orbit has the third-smallest
505:viewed from the ecliptic pole
2204:Category:2020 in outer space
2199:Category:2019 in outer space
2194:Category:2018 in outer space
805:As of April 2024, this
576:on 4 January 2019. It has a
1349:space situational awareness
1140:. Jet Propulsion Laboratory
1118:. Jet Propulsion Laboratory
1093:. Jet Propulsion Laboratory
1026:. Jet Propulsion Laboratory
519:viewed face-on to the orbit
302:0.2267 AU (88.22
286:Argument of perihelion
2251:
725:
113:Minor planet category
2172:
1611:Asteroid close approaches
1553:
1487:
999:"Asteroid Size Estimator"
950:Jet Propulsion Laboratory
574:Zwicky Transient Facility
445:Zwicky Transient Facility
394:
223:Orbital period (sidereal)
153:
141:
59:Zwicky Transient Facility
28:
1528:(lunar lander; Feb 2019)
1076:10.3847/2515-5172/ab346c
948:(2019-01-06 last obs.).
825:Physical characteristics
465:Orbit and classification
382:Absolute magnitude
334:Physical characteristics
1399:JPL Small-Body Database
135:Orbital characteristics
2184:Outer space portal
2127:; Dec 2018 / Jan 2019)
1280:Observation prediction
790:quickly-changing orbit
773:
1224:10.1093/mnras/stz1437
797:dominant perturbers.
665:
570:Haleakala Observatory
155:Uncertainty parameter
83:(first observed only)
2143:far side of the Moon
801:Numbering and naming
552:with respect to the
96:MPC designation
2093:138P/Shoemaker–Levy
2073:C/2018 Y1 (Iwamoto)
1998:J043947.08+163415.7
1445:Physical parameters
1379:Physical properties
1215:2019MNRAS.487.2742D
1067:2019RNAAS...3g.106D
974:"2019AQ3 – Summary"
883:Minor Planet Center
819:Minor Planet Center
781:On the short-term,
77:Discovery date
66:Discovery site
35:Orbital diagram of
25:
1865:Proxima Centauri c
1312:Observational info
835:absolute magnitude
774:
54:Discovered by
2212:
2211:
2112:Space exploration
2083:168P/Hergenrother
809:has neither been
772:
771:
461:, with 0.555 AU.
410:near-Earth object
398:
397:
257:2° 10 55.92 / day
2242:
2192:
2191:
2182:
2181:
2180:
2161:(departure from
2141:(landing on the
2123:(encounter with
2066:
1957:
1955:
1954:
1889:Teegarden's Star
1885:i (hypothesized)
1731:
1716:
1714:
1713:
1704:
1702:
1701:
1692:
1690:
1689:
1675:
1673:
1672:
1648:
1646:
1645:
1636:
1634:
1633:
1624:
1622:
1621:
1586:Kamchatka meteor
1571:
1565:
1559:
1519:
1476:
1469:
1462:
1453:
1437:Orbital elements
1320:Close approaches
1251:
1250:
1248:
1246:
1241:. CNEOS NASA/JPL
1235:
1229:
1228:
1226:
1208:
1199:(2): 2742–2752.
1178:
1172:
1171:
1169:
1167:
1162:. CNEOS NASA/JPL
1156:
1150:
1149:
1147:
1145:
1134:
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1001:. CNEOS NASA/JPL
995:
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985:
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970:
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958:
956:
942:
925:
924:
922:
920:
915:. 6 January 2019
903:
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893:
891:
889:
875:
843:
831:geometric albedo
787:
768:
766:
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734:
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708:
703:
698:
693:
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683:
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672:
671:
648:Solar elongation
641:
623:
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612:
608:(418265) 2008 EA
600:
597:
531:
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430:
406:
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364:
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48:Discovery
41:
33:
26:
24:
2250:
2249:
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2244:
2243:
2241:
2240:
2239:
2225:Atira asteroids
2215:
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2213:
2208:
2178:
2176:
2168:
2125:486958 Arrokoth
2107:
2056:
2037:moons of Saturn
1952:
1951:
1948:
1937:
1744:Beta Pictoris c
1719:
1711:
1710:
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1670:
1669:
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1662:1620 Geographos
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1336:Orbit animation
1304:Proper elements
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644:Atira asteroids
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607:
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582:lunar distances
558:observation arc
544:of 0.31 and an
538:semi-major axis
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429:
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408:is an inclined
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356:0.9–2.0 km
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201:Semi-major axis
163:Observation arc
145:27 April 2019 (
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2021:PSR J0740+6620
2018:
2015:PSR J0030+0451
2012:
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1976:EPIC 204376071
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1405:Close approach
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80:4 January 2019
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1578:Impact events
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1538:Chandrayaan-2
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1429:Orbit diagram
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788:has a fairly
777:Perturbations
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556:. The body's
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412:of the small
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342:Mean diameter
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311:Mercury
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32:
27:
16:
2197:
2163:162173 Ryugu
2156:
2148:
2136:
2130:
2120:New Horizons
2118:
1949:
1761:Gliese 357 d
1652:66391 Moshup
1440:
1432:
1424:
1416:
1408:
1397:
1382:
1374:
1366:
1363:Observations
1358:
1346:
1331:
1323:
1315:
1307:
1299:
1291:
1288:Orbital info
1283:
1275:
1266:
1243:. Retrieved
1233:
1196:
1190:
1176:
1164:. Retrieved
1154:
1142:. Retrieved
1132:
1120:. Retrieved
1095:. Retrieved
1085:
1058:
1054:
1040:
1028:. Retrieved
1003:. Retrieved
978:. Retrieved
953:. Retrieved
917:. Retrieved
910:
886:. Retrieved
882:
828:
807:minor planet
804:
780:
767: Others
657:
635:
591:
542:eccentricity
525:
449:
435:(0.589
418:Solar System
400:
399:
383:
235:Mean anomaly
212:Eccentricity
122:
89:Designations
71:Palomar Obs.
15:
2165:; Dec 2019)
2150:Opportunity
2145:; Jan 2019)
2078:78P/Gehrels
2046:exoasteroid
2042:WD 0145+234
2005:water vapor
1971:GRB 190114C
1961:ASASSN-19bt
1942:Discoveries
1906:V1298 Tauri
1870:Struve 2398
1588:(announced)
1532:LightSail 2
1511:Space probe
1355:Ephemerides
1272:Ephemerides
654:Inclination
632:Atira class
546:inclination
414:Atira group
367:1.4 km
322:Venus
296:Earth
263:Inclination
252:Mean motion
228:164.97 days
2219:Categories
2098:171P/Spahr
2048:disruption
2031:2I/Borisov
1808:Kepler-47d
1797:Gliese 784
1791:Gliese 754
1785:Gliese 555
1779:Gliese 687
1766:Gliese 588
1755:Gliese 251
1749:DS Tucanae
1725:Exoplanets
1206:1905.08695
1061:(7): 106.
879:"2019 AQ3"
849:References
732:Pan-STARRS
701:Spacewatch
566:Pan-STARRS
190:Perihelion
149:2460200.5)
2158:Hayabusa2
2132:Chang'e 4
2088:163P/NEAT
1986:GW190521g
1966:AT2019qiz
1835:LP 816-60
1819:L 1159-16
1810:confirmed
1803:HR 5183 b
1738:AD Leonis
1601:Selected
1526:Beresheet
1421:Ephemeris
1413:Discovery
1144:8 January
1122:8 January
1097:8 January
1030:8 January
1005:8 January
955:8 January
919:8 January
564:taken by
562:precovery
472:Orbit of
422:asteroids
370:(est. at
361:0.05–0.25
328:0.0384 AU
317:0.0549 AU
206:0.5887 AU
194:0.4037 AU
171:(2,296 d)
2035:20
1992:GW190814
1981:GW190412
1925:Wolf 359
1883:Tau Ceti
1841:LTT 1445
1814:K2-288Bb
1513:launches
1394:2019 AQ3
1343:2019 AQ3
1263:2019 AQ3
811:numbered
603:aphelion
588:Aphelion
554:ecliptic
441:aphelion
291:163.157°
279:64.4807°
177:Aphelion
2061:Comets
2026:S5-HVS1
1950:2019 AQ
1860:PDS 70c
1709:2019 UN
1697:2019 TA
1685:2019 SU
1668:2006 QV
1657:2019 OK
1641:2016 AZ
1629:2019 AS
1617:2018 XB
1592:2019 MO
1546:Pragyan
1501: »
1492:«
1396:at the
1387:Summary
1245:6 April
1211:Bibcode
1166:6 April
1063:Bibcode
980:6 April
888:6 April
839:2019 AQ
817:by the
783:2019 AQ
742:NEOWISE
637:2019 AQ
616:2019 AQ
593:2019 AQ
527:2019 AQ
474:2019 AQ
453:2019 LF
426:2019 AQ
402:2019 AQ
267:47.220°
181:0.7737
137:
129:
102:2019 AQ
37:2019 AQ
20:2019 AQ
2138:Yutu-2
2017:mapped
2011:imaged
2003:K2-18b
1542:Vikram
1441:·
1439:
1433:·
1431:
1425:·
1423:
1417:·
1415:
1409:·
1407:
1383:·
1381:
1375:·
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1367:·
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1359:·
1357:
1332:·
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1324:·
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1316:·
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1308:·
1306:
1300:·
1298:
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1282:
1276:·
1274:
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728:
719:
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711:LONEOS
709:
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699:
697:
689:
687:
681:LINEAR
679:
677:
668:survey
622:'s
599:'s
439:) and
352:(est.)
241:10.152
216:0.3143
123:·
121:
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1371:Orbit
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1294:
1286:
1278:
1201:arXiv
815:named
752:ATLAS
626:Venus
548:of 47
167:8.20
143:Epoch
127:Atira
125:
2009:M87*
1603:NEOs
1499:2020
1494:2018
1347:ESA–
1296:MOID
1247:2024
1168:2024
1146:2019
1124:2019
1099:2019
1032:2019
1007:2019
982:2024
957:2019
921:2019
890:2024
813:nor
691:NEAT
390:17.4
372:0.08
359:(at
324:MOID
313:MOID
298:MOID
1345:at
1265:at
1219:doi
1197:487
1071:doi
721:CSS
568:at
384:(H)
347:1+
119:NEO
2221::
2202:—
2196:—
2135:/
1877:Bc
1874:Bb
1843:Ab
1712:13
1671:89
1544:/
1540:/
1217:.
1209:.
1195:.
1189:.
1107:^
1069:.
1057:.
1053:.
1015:^
990:^
965:^
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909:.
898:^
881:.
856:^
821:.
610:32
584:.
534:AU
437:AU
424:,
349:km
304:LD
183:AU
169:yr
147:JD
1953:3
1932:c
1929:b
1919:e
1916:d
1913:c
1910:b
1899:c
1894:b
1854:e
1851:d
1837:b
1829:d
1826:c
1823:b
1799:b
1793:b
1787:b
1781:c
1773:c
1770:b
1757:c
1751:b
1740:b
1700:7
1688:3
1644:8
1632:5
1620:4
1475:e
1468:t
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841:3
785:3
639:3
618:3
595:3
550:°
529:3
476:3
456:6
428:3
404:3
374:)
363:)
306:)
243:°
157:1
104:3
39:3
22:3
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