Asteroids Approaches Archive

5841

2011 YQ₁

25.60

12/15/2193 12:00:00 AM

Moon

0.007159

1 070 983

0.97

5842

2009 WV₂₅

24.02

12/01/1971 02:24:00 AM

Moon

0.007159

1 070 991

1.55

5843

2010 UR₇

27.37

10/27/2010 08:24:00 PM

Moon

0.007160

1 071 065

0.57

5844

2006 RJ₁ (613471)

22.27

12/22/1915 06:00:00 PM

Earth

0.007160

1 071 093

2.63

5845

2001 UP

25.66

10/21/2001 06:00:00 PM

Moon

0.007160

1 071 129

0.95

5846

2017 OE₇

26.26

08/02/2127 02:24:00 PM

Earth

0.007163

1 071 639

0.79

5847

2017 DU₃₄

26.63

12/22/2068 00:00:00 AM

Mercury

0.007164

1 071 754

0.71

5848

2014 SS₂₆₀

26.61

09/28/2014 08:24:00 PM

Earth

0.007167

1 072 176

0.71

5849

2017 UR₂

27.75

10/15/1826 09:36:00 AM

Moon

0.007167

1 072 188

0.51

5850

2016 CM₁₉₄

27.70

01/03/1949 04:48:00 PM

Mars

0.007167

1 072 191

0.51

5851

2008 HJ

25.74

04/29/2008 07:12:00 PM

Earth

0.007168

1 072 288

0.93

5852

2013 UB

26.66

10/20/2171 04:48:00 AM

Moon

0.007168

1 072 310

0.70

5853

2005 UC₃

27.11

08/31/1989 04:48:00 AM

Earth

0.007170

1 072 606

0.61

5854

2009 UM₁

23.47

11/25/1994 09:36:00 AM

Mercury

0.007171

1 072 825

1.83

5855

1998 DV₉ (27002)

18.31

02/03/2204 06:00:00 AM

Moon

0.007172

1 072 882

8.61

5856

2015 FT₁₁₇

28.48

03/28/2015 06:00:00 PM

Earth

0.007172

1 072 938

0.41

5857

2010 XO₆₉

27.14

12/22/2010 12:00:00 AM

Earth

0.007173

1 073 016

0.61

5858

2009 DE₁

24.56

08/13/1865 06:00:00 PM

Moon

0.007173

1 073 046

1.32

5859

1992 FE (5604)

17.35

04/07/2015 08:24:00 AM

Venus

0.007173

1 073 069

11.48

5860

2003 FY₆

22.57

03/19/1824 02:24:00 PM

Earth

0.007173

1 073 126

2.40

1 ... 222 ... 270 ... 283 ... 287 ... 289 290 291 292 293 294 295 296 297 ... 299 ... 303 ... 317 ... 368 ... 605

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The table contains the archive of approaches of asteroids with major planets and the Moon at a distance less than 0.01 astronomical units and with the Sun at a distance less than 0.1 astronomical units, defined by calculations with use of equations of motion, considering gravitational, non-gravitational forces, relativistic effects, effects of planets nonsphericity. This method was used in calculations with use of input data from 12/13/2017 and more earlier.

Object
Period