Asteroids Approaches Archive

6701

2011 CJ₂₂

26.72

02/12/2011 02:24:00 PM

Earth

0.007803

1 167 333

0.63

6702

2011 EL₁₇

26.76

03/05/2167 06:00:00 AM

Earth

0.007804

1 167 505

0.63

6703

2016 TQ₂

26.45

10/04/2105 07:12:00 PM

Earth

0.007805

1 167 636

0.69

6704

2016 GU

25.74

04/14/2149 04:48:00 AM

Moon

0.007805

1 167 640

0.85

6705

2017 UA₄₅

25.92

10/13/1888 12:00:00 AM

Earth

0.007806

1 167 687

0.81

6706

1999 PS₃

21.72

03/23/1830 07:12:00 AM

Mars

0.007807

1 167 930

2.84

6707

2009 WQ₆

29.19

09/23/1959 07:12:00 PM

Venus

0.007807

1 167 934

0.30

6708

2014 AE₂₉

27.42

01/07/1893 01:12:00 PM

Earth

0.007808

1 167 996

0.51

6709

2012 SB₃

27.68

09/13/2012 03:36:00 AM

Earth

0.007808

1 168 006

0.48

6710

2006 QV₈₉

25.38

09/06/1854 12:00:00 AM

Moon

0.007808

1 168 031

0.95

6711

2015 RW₂

27.05

08/24/1869 04:48:00 AM

Earth

0.007809

1 168 168

0.57

6712

2013 PG₁₀

27.68

01/29/1943 09:36:00 AM

Earth

0.007809

1 168 270

0.48

6713

2000 AF₆ (162361)

20.24

01/04/1929 08:24:00 AM

Venus

0.007811

1 168 437

4.43

6714

2008 FH₅

27.00

04/05/1843 08:24:00 AM

Earth

0.007812

1 168 643

0.58

6715

2013 TQ₅

19.85

07/28/1955 07:12:00 PM

Venus

0.007813

1 168 840

4.98

6716

2015 VR₆₄

27.41

11/12/2015 08:24:00 PM

Earth

0.007814

1 168 943

0.52

6717

2016 JZ₅

27.00

05/02/2016 07:12:00 AM

Earth

0.007814

1 168 951

0.58

6718

2000 WO₁₀₇ (153201)

19.30

11/29/1953 07:12:00 PM

Moon

0.007814

1 169 012

5.87

6719

2015 EF

26.86

03/10/1832 10:48:00 AM

Earth

0.007815

1 169 033

0.61

6720

2016 RH₁₇

23.63

09/09/1936 08:24:00 AM

Moon

0.007816

1 169 322

1.60

1 ... 257 ... 311 ... 326 ... 330 ... 332 333 334 335 336 337 338 339 340 341 ... 345 ... 357 ... 402 ... 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