Ephemeris for Mars

See also

Information about Mars
Finder-chart for Mars
Graphical rising and setting times

Ephemeris for Mars

by Dominic Ford

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Show rising and setting times
Show age of Moon
Show angular motion
Show phase

Show angular size
Show solar separation
Show observability
Show distance from Earth
Show distance from Sun

Date format

RA/Dec format

Observer location

Object type

Object

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Interval

Rows

You are welcome to reproduce the data below for non-profit purposes , providing you credit In-The-Sky.org.

It is also available in CSV (i.e. spreadsheet) and plain text format for easy pasting into other programs.

All times computed for South El Monte (latitude 34.05°; longitude -118.05°) and expressed in South El Monte time.

Begin typing the name of a town near to you, and then select the town from the list of options which appear below.

Ephemeris for Mars
Date	Time	Age of Moon	Right Ascension	Declination	Rise	Culm	Set	Approx Mag.	Observable (hover mouse)	Constellation
Date	Time	Age of Moon	Right Ascension	Declination	Rise	Culm	Set	Approx Mag.	Observable (hover mouse)	Constellation

Ephemeris for Mars
Date			Time	Age of Moon	Right Ascension	Declination	Rise	Culm	Set	Approx Mag.	Observable (hover mouse)	Constellation
Date			Time	Age of Moon	Right Ascension	Declination	Rise	Culm	Set	Approx Mag.	Observable (hover mouse)	Constellation
2030	Jan	14	00:00 PST	10 days	21^h49^m42^s	−14°16'23"	08:40	14:04	19:27	1.2	17:43 until 18:20	Capricornus
2030	Jan	15	00:00 PST	11 days	21^h52^m45^s	−14°00'03"	08:39	14:03	19:27	1.2	17:44 until 18:20	Capricornus
2030	Jan	16	00:00 PST	12 days	21^h55^m47^s	−13°43'35"	08:37	14:02	19:27	1.2	17:45 until 18:20	Capricornus
2030	Jan	17	00:00 PST	13 days	21^h58^m49^s	−13°26'59"	08:35	14:01	19:27	1.2	17:46 until 18:20	Aquarius
2030	Jan	18	00:00 PST	14 days	22^h01^m51^s	−13°10'15"	08:34	14:00	19:27	1.2	17:47 until 18:20	Aquarius
2030	Jan	19	00:00 PST	15 days	22^h04^m52^s	−12°53'24"	08:32	13:59	19:26	1.2	17:48 until 18:20	Aquarius
2030	Jan	20	00:00 PST	16 days	22^h07^m53^s	−12°36'25"	08:30	13:58	19:26	1.2	17:48 until 18:20	Aquarius
2030	Jan	21	00:00 PST	17 days	22^h10^m53^s	−12°19'20"	08:28	13:57	19:26	1.2	17:49 until 18:20	Aquarius
2030	Jan	22	00:00 PST	18 days	22^h13^m53^s	−12°02'07"	08:27	13:56	19:26	1.2	17:50 until 18:20	Aquarius
2030	Jan	23	00:00 PST	19 days	22^h16^m52^s	−11°44'48"	08:25	13:55	19:26	1.2	17:51 until 18:20	Aquarius
2030	Jan	24	00:00 PST	20 days	22^h19^m51^s	−11°27'22"	08:23	13:55	19:26	1.2	17:52 until 18:20	Aquarius
2030	Jan	25	00:00 PST	21 days	22^h22^m50^s	−11°09'50"	08:21	13:54	19:26	1.2	17:53 until 18:20	Aquarius
2030	Jan	26	00:00 PST	22 days	22^h25^m48^s	−10°52'12"	08:20	13:53	19:26	1.2	17:54 until 18:20	Aquarius
2030	Jan	27	00:00 PST	23 days	22^h28^m46^s	−10°34'28"	08:18	13:52	19:25	1.2	17:55 until 18:20	Aquarius
2030	Jan	28	00:00 PST	24 days	22^h31^m44^s	−10°16'38"	08:16	13:51	19:25	1.2	17:56 until 18:20	Aquarius
2030	Jan	29	00:00 PST	25 days	22^h34^m41^s	−09°58'43"	08:14	13:50	19:25	1.2	17:57 until 18:20	Aquarius
2030	Jan	30	00:00 PST	26 days	22^h37^m38^s	−09°40'43"	08:12	13:49	19:25	1.2	17:58 until 18:20	Aquarius
2030	Jan	31	00:00 PST	27 days	22^h40^m34^s	−09°22'37"	08:10	13:48	19:25	1.2	17:59 until 18:20	Aquarius
2030	Feb	01	00:00 PST	28 days	22^h43^m30^s	−09°04'27"	08:09	13:47	19:25	1.2	18:00 until 18:20	Aquarius
2030	Feb	02	00:00 PST	29 days	22^h46^m26^s	−08°46'12"	08:07	13:46	19:24	1.2	18:01 until 18:20	Aquarius
2030	Feb	03	00:00 PST	00 days	22^h49^m22^s	−08°27'53"	08:05	13:45	19:24	1.2	18:01 until 18:20	Aquarius
2030	Feb	04	00:00 PST	01 days	22^h52^m17^s	−08°09'30"	08:03	13:44	19:24	1.2	18:02 until 18:19	Aquarius
2030	Feb	05	00:00 PST	02 days	22^h55^m12^s	−07°51'02"	08:01	13:43	19:24	1.2	18:03 until 18:19	Aquarius
2030	Feb	06	00:00 PST	03 days	22^h58^m06^s	−07°32'31"	07:59	13:42	19:24	1.2	18:04 until 18:19	Aquarius
2030	Feb	07	00:00 PST	04 days	23^h01^m00^s	−07°13'57"	07:57	13:40	19:24	1.2	18:05 until 18:19	Aquarius
All times computed for South El Monte (latitude 34.05; longitude -118.05) and expressed in South El Monte time. All positions are in J2000.0 coordinates. Ephemeris by Dominic Ford – https://in-the-sky.org/ephemeris.php

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