Asteroids Approaches Archive

9861

2006 CT (829223)

22.28

07/07/1863 01:12:00 PM

Earth

0.009952

1 488 835

1.89

9862

2011 QD₄₈ (389694)

18.20

06/30/1802 04:48:00 PM

Mars

0.009953

1 488 990

6.41

9863

2014 HK₄

23.59

08/04/1897 02:24:00 AM

Venus

0.009954

1 489 104

1.27

9864

2017 VC

23.35

10/28/2073 01:12:00 PM

Moon

0.009955

1 489 178

1.37

9865

2017 FR

25.27

09/15/2171 04:48:00 AM

Earth

0.009956

1 489 450

0.77

9866

2005 ER₉₅

25.32

01/05/2064 07:12:00 AM

Mars

0.009957

1 489 607

0.76

9867

2005 VG₇

24.55

11/09/2005 10:48:00 PM

Earth

0.009958

1 489 653

0.95

9868

2016 CO₂₄₈

27.47

02/10/2140 02:24:00 AM

Earth

0.009958

1 489 704

0.40

9869

2017 DU₃₇

25.32

04/25/1907 09:36:00 PM

Mars

0.009959

1 489 887

0.76

9870

2004 DA₅₃

27.94

02/15/2061 02:24:00 AM

Venus

0.009959

1 489 912

0.34

9871

2013 AB₄

27.33

07/09/1874 10:48:00 PM

Moon

0.009960

1 489 923

0.41

9872

2005 CU₃₈

23.88

02/06/1853 09:36:00 AM

Mars

0.009960

1 489 951

1.17

9873

2014 WY₁₁₉

26.27

11/25/2058 09:36:00 PM

Earth

0.009961

1 490 100

0.57

9874

2007 VC₃

24.83

10/26/2007 00:00:00 AM

Earth

0.009961

1 490 109

0.88

9875

2012 EP₁₀

29.16

09/13/1977 00:00:00 AM

Earth

0.009961

1 490 144

0.24

9876

2016 CE₃₁

27.50

01/30/1948 09:36:00 PM

Earth

0.009963

1 490 396

0.39

9877

2007 RC₂₀

26.62

09/20/1964 02:24:00 AM

Moon

0.009963

1 490 465

0.51

9878

2008 DG₄

23.76

01/25/2191 09:36:00 AM

Mars

0.009963

1 490 485

1.21

9879

2010 WB

24.07

11/14/2164 03:36:00 PM

Moon

0.009964

1 490 587

1.10

9880

2016 HP₆

25.32

05/20/2123 08:24:00 AM

Earth

0.009964

1 490 594

0.76

1 ... 384 ... 462 ... 482 ... 488 ... 490 491 492 493 494 495 496 497 498 ... 500 ... 506 ... 526 ... 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