Asteroids Approaches Archive

6621

2010 DM₅₆ (445305)

19.81

09/13/2173 06:00:00 PM

Earth

0.007738

1 157 554

5.09

6622

2009 CE

24.35

01/27/2197 12:00:00 AM

Moon

0.007740

1 157 921

1.30

6623

2016 TH₁₀

24.82

10/16/1894 04:48:00 PM

Moon

0.007741

1 158 041

1.13

6624

2004 FH

26.37

03/20/2197 04:48:00 AM

Moon

0.007742

1 158 159

0.71

6625

2000 CP₁₀₁

19.80

11/12/1938 08:24:00 AM

Mars

0.007742

1 158 166

5.10

6626

2014 JR₂₄

29.28

05/03/2194 10:48:00 PM

Moon

0.007744

1 158 501

0.30

6627

2012 DZ

26.25

02/23/2012 03:36:00 AM

Moon

0.007744

1 158 520

0.74

6628

2012 RU₁₆

25.62

09/14/2186 10:48:00 AM

Moon

0.007745

1 158 583

0.89

6629

2016 WF₇

28.73

11/15/1860 10:48:00 PM

Earth

0.007745

1 158 616

0.35

6630

2013 AA₃₂

19.41

06/29/2196 04:48:00 PM

Venus

0.007745

1 158 621

5.73

6631

2003 YL₁₁₈

21.61

08/28/1882 00:00:00 AM

Venus

0.007746

1 158 746

2.96

6632

2005 UU₃

22.12

07/16/1962 06:00:00 AM

Mars

0.007748

1 159 115

2.54

6633

2006 DR₁₄

25.95

02/23/2006 02:24:00 AM

Earth

0.007749

1 159 265

0.81

6634

2017 UR₅

28.58

10/22/2070 01:12:00 PM

Moon

0.007750

1 159 455

0.37

6635

2011 YL₂₈

24.98

01/03/2012 06:00:00 PM

Moon

0.007752

1 159 633

1.08

6636

2006 DM₆₃

26.73

02/23/2064 06:00:00 PM

Moon

0.007753

1 159 896

0.64

6637

2017 SA₂₀

28.35

04/26/1997 07:12:00 PM

Earth

0.007754

1 159 946

0.39

6638

1976 UA (2340 Hathor)

20.41

10/20/1976 04:48:00 PM

Earth

0.007754

1 160 037

4.24

6639

2017 CX₁

28.21

02/03/1893 04:48:00 PM

Moon

0.007755

1 160 192

0.41

6640

2005 CM₇

26.16

02/02/2014 09:36:00 PM

Earth

0.007757

1 160 442

0.76

1 ... 253 ... 307 ... 322 ... 326 ... 328 329 330 331 332 333 334 335 336 337 ... 341 ... 354 ... 399 ... 605

Rows per page:

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