Ephemeris archive › 2028 › November

November 2028 Planetary Ephemeris

Sun, Moon, and planets at 12:00 UTC each day.

STAR & SIGIL

Your birth chart awaits

Open Birth Chart

At noon UTC on November 1, the Sun was at 9°36′ Scorpio and the Moon was in Aries. On the last date of the month, the Sun was in Sagittarius and the Moon was in Taurus. The table below gives all ten supported bodies on every date of November 2028.

Download November 2028 CSV · Choose another date and span

November 2028 · apparent geocentric tropical positions · 12:00 UTC
DaySunMoonMercuryVenusMarsJupiterSaturnUranusNeptunePluto
Sco 9°36′Ari 29°38′Lib 28°09′Lib 5°59′Vir 4°48′Lib 14°42′Tau 7°41′RGem 13°29′RAri 6°38′RAqu 6°27′
Sco 10°36′Tau 11°53′Lib 29°47′Lib 7°12′Vir 5°22′Lib 14°55′Tau 7°36′RGem 13°27′RAri 6°37′RAqu 6°27′
Sco 11°36′Tau 24°17′Sco 1°26′Lib 8°25′Vir 5°56′Lib 15°07′Tau 7°31′RGem 13°25′RAri 6°36′RAqu 6°28′
Sco 12°36′Gem 6°51′Sco 3°05′Lib 9°39′Vir 6°29′Lib 15°19′Tau 7°27′RGem 13°23′RAri 6°35′RAqu 6°28′
Sco 13°36′Gem 19°35′Sco 4°44′Lib 10°52′Vir 7°02′Lib 15°31′Tau 7°22′RGem 13°21′RAri 6°33′RAqu 6°29′
Sco 14°36′Can 2°30′Sco 6°22′Lib 12°06′Vir 7°36′Lib 15°43′Tau 7°17′RGem 13°18′RAri 6°32′RAqu 6°29′
Sco 15°36′Can 15°37′Sco 8°01′Lib 13°19′Vir 8°09′Lib 15°56′Tau 7°12′RGem 13°16′RAri 6°31′RAqu 6°30′
Sco 16°37′Can 28°58′Sco 9°39′Lib 14°33′Vir 8°42′Lib 16°08′Tau 7°07′RGem 13°14′RAri 6°30′RAqu 6°30′
Sco 17°37′Leo 12°35′Sco 11°17′Lib 15°46′Vir 9°15′Lib 16°20′Tau 7°03′RGem 13°12′RAri 6°29′RAqu 6°31′
Sco 18°37′Leo 26°29′Sco 12°55′Lib 17°00′Vir 9°47′Lib 16°32′Tau 6°58′RGem 13°10′RAri 6°27′RAqu 6°31′
Sco 19°38′Vir 10°41′Sco 14°32′Lib 18°14′Vir 10°20′Lib 16°44′Tau 6°53′RGem 13°07′RAri 6°26′RAqu 6°32′
Sco 20°38′Vir 25°08′Sco 16°09′Lib 19°28′Vir 10°53′Lib 16°55′Tau 6°49′RGem 13°05′RAri 6°25′RAqu 6°33′
Sco 21°38′Lib 9°48′Sco 17°46′Lib 20°41′Vir 11°25′Lib 17°07′Tau 6°44′RGem 13°03′RAri 6°24′RAqu 6°33′
Sco 22°39′Lib 24°34′Sco 19°23′Lib 21°55′Vir 11°58′Lib 17°19′Tau 6°40′RGem 13°01′RAri 6°23′RAqu 6°34′
Sco 23°39′Sco 9°20′Sco 20°59′Lib 23°09′Vir 12°30′Lib 17°31′Tau 6°35′RGem 12°58′RAri 6°22′RAqu 6°35′
Sco 24°40′Sco 23°56′Sco 22°35′Lib 24°23′Vir 13°02′Lib 17°42′Tau 6°31′RGem 12°56′RAri 6°21′RAqu 6°36′
Sco 25°40′Sag 8°16′Sco 24°11′Lib 25°37′Vir 13°34′Lib 17°54′Tau 6°26′RGem 12°53′RAri 6°20′RAqu 6°37′
Sco 26°41′Sag 22°13′Sco 25°46′Lib 26°52′Vir 14°06′Lib 18°05′Tau 6°22′RGem 12°51′RAri 6°19′RAqu 6°37′
Sco 27°41′Cap 5°45′Sco 27°22′Lib 28°06′Vir 14°37′Lib 18°17′Tau 6°17′RGem 12°49′RAri 6°18′RAqu 6°38′
Sco 28°42′Cap 18°53′Sco 28°57′Lib 29°20′Vir 15°09′Lib 18°28′Tau 6°13′RGem 12°46′RAri 6°17′RAqu 6°39′
Sco 29°43′Aqu 1°36′Sag 0°32′Sco 0°34′Vir 15°40′Lib 18°39′Tau 6°09′RGem 12°44′RAri 6°17′RAqu 6°40′
Sag 0°43′Aqu 14°00′Sag 2°06′Sco 1°48′Vir 16°11′Lib 18°51′Tau 6°05′RGem 12°41′RAri 6°16′RAqu 6°41′
Sag 1°44′Aqu 26°08′Sag 3°41′Sco 3°03′Vir 16°42′Lib 19°02′Tau 6°01′RGem 12°39′RAri 6°15′RAqu 6°42′
Sag 2°44′Pis 8°05′Sag 5°15′Sco 4°17′Vir 17°13′Lib 19°13′Tau 5°57′RGem 12°36′RAri 6°14′RAqu 6°43′
Sag 3°45′Pis 19°58′Sag 6°49′Sco 5°32′Vir 17°44′Lib 19°24′Tau 5°53′RGem 12°34′RAri 6°13′RAqu 6°44′
Sag 4°46′Ari 1°49′Sag 8°23′Sco 6°46′Vir 18°15′Lib 19°35′Tau 5°49′RGem 12°31′RAri 6°13′RAqu 6°45′
Sag 5°47′Ari 13°45′Sag 9°57′Sco 8°00′Vir 18°45′Lib 19°45′Tau 5°45′RGem 12°29′RAri 6°12′RAqu 6°46′
Sag 6°47′Ari 25°48′Sag 11°31′Sco 9°15′Vir 19°16′Lib 19°56′Tau 5°41′RGem 12°26′RAri 6°11′RAqu 6°47′
Sag 7°48′Tau 8°01′Sag 13°04′Sco 10°29′Vir 19°46′Lib 20°07′Tau 5°37′RGem 12°24′RAri 6°11′RAqu 6°48′
Sag 8°49′Tau 20°27′Sag 14°38′Sco 11°44′Vir 20°16′Lib 20°17′Tau 5°34′RGem 12°21′RAri 6°10′RAqu 6°49′

R = apparent retrograde motion at noon UTC. Positions are sign, degree and minute. Swipe or scroll the table to see all planets.

How to read these positions

Each cell gives a zodiac sign abbreviation, degrees and minutes within that sign. The signs are equal 30° sections of the tropical ecliptic. A trailing R marks a body whose apparent geocentric longitude is moving backward around that date; daily speed is estimated from positions twelve hours before and after noon. Sun and Moon are never marked retrograde here.

Values are rounded to the nearest arcminute for reading. A placement close to a sign boundary should be recalculated for the exact desired moment. A daily row cannot give the minute of a sign change, station, eclipse, or aspect; use the dedicated calendars for those events. The archive has no birthplace, house system, Ascendant, or interpretation attached to it.

Calculation method: Astronomy Engine 2.1.19, using apparent geocentric vectors and the true ecliptic of date.