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What planets are visible tonight?

Five planets are easy to see with the naked eye: Mercury, Venus, Mars, Jupiter and Saturn. On October 15, 2026, at 40° north, Saturn (east, 10°) and Mercury (southwest, 3°) are above the horizon half an hour after sunset, and Mars (southeast, 61°) and Jupiter (southeast, 50°) half an hour before sunrise. From November 7 to December 18, 2026, four planets (Mercury, Venus, Mars and Jupiter) are above the horizon together half an hour before sunrise; the best morning is November 20, 2026, when even the lowest, Mercury, is 12° up. Below: the planets month by month, the times several line up, and a calculator for any place and date.


Planets in your sky

Enter your latitude and longitude (west is negative), the time zone your clock is on that day, and a date. For each planet you get its direction and height half an hour after sunset and half an hour before sunrise, and when it rises and sets.

1 in the evening · 4 in the morning

planets above the horizon half an hour after sunset and half an hour before sunrise

evening · morning: direction and height

Mercury below the horizon · southeast, 12°
Venus below the horizon · southeast, 24°
Mars below the horizon · south, 63°
Jupiter below the horizon · south, 62°
Saturn southeast, 29° · below the horizon

rising and setting (center of the planet on the horizon)

Mercury rises 5:06 a.m. · sets 3:46 p.m.
Venus rises 3:55 a.m. · sets 2:55 p.m.
Mars rises 11:06 p.m. · sets 12:53 p.m.
Jupiter rises 11:00 p.m. · sets 12:43 p.m.
Saturn rises 2:25 p.m. · sets 2:39 a.m.

two planets close together this day: none today

The date starts at today; without JavaScript, the example above is New York on November 20, 2026. Height is above a flat horizon: hills, trees and buildings hide the lowest planets.

Month by month (40° north)

Each row is the 15th of the month at 40° north on the meridian of the Eastern time zone (75° west), half an hour after sunset and half an hour before sunrise, highest planet first.

Half an hour after sunset, 40° north: planets above the horizon, with direction and height (15th of each month)
MonthEvening
Oct 2026Saturn (east, 10°), Mercury (southwest, 3°)
Nov 2026Saturn (southeast, 26°)
Dec 2026Saturn (southeast, 44°)
Jan 2027Saturn (south, 51°), Mercury (southwest, 1°)
Feb 2027Saturn (southwest, 34°), Jupiter (east, 12°), Mars (east, 3°), Mercury (west, 1°)
Mar 2027Jupiter (east, 42°), Mars (east, 39°), Saturn (west, 12°)
Apr 2027Jupiter (south, 66°), Mars (southeast, 64°)
May 2027Mars (southwest, 60°), Jupiter (southwest, 57°), Mercury (northwest, 11°)
Jun 2027Mars (southwest, 43°), Jupiter (west, 33°), Mercury (northwest, 1°)
Jul 2027Mars (southwest, 28°), Jupiter (west, 14°)
Aug 2027Mars (southwest, 18°), Jupiter (west, 0°)
Sep 2027Mars (southwest, 13°), Mercury (west, 3°)
Oct 2027Mars (southwest, 11°), Saturn (east, 3°), Venus (west, 2°)
Nov 2027Saturn (east, 20°), Mars (southwest, 10°), Venus (southwest, 8°)
Dec 2027Saturn (southeast, 41°), Venus (southwest, 15°), Mars (southwest, 9°)
Half an hour before sunrise, 40° north: planets above the horizon, with direction and height (15th of each month)
MonthMorning
Oct 2026Mars (southeast, 61°), Jupiter (southeast, 50°)
Nov 2026Mars (south, 65°), Jupiter (south, 64°), Venus (southeast, 20°), Mercury (southeast, 11°)
Dec 2026Mars (southwest, 54°), Jupiter (southwest, 49°), Venus (southeast, 31°), Mercury (southeast, 2°)
Jan 2027Mars (west, 35°), Venus (southeast, 25°), Jupiter (west, 25°)
Feb 2027Venus (southeast, 17°), Mars (west, 13°), Jupiter (west, 5°)
Mar 2027Venus (southeast, 10°), Mercury (east, 6°)
Apr 2027Venus (east, 6°)
May 2027Saturn (east, 8°), Venus (east, 5°)
Jun 2027Saturn (east, 27°), Venus (northeast, 4°)
Jul 2027Saturn (southeast, 49°), Mercury (east, 9°), Venus (northeast, 1°)
Aug 2027Saturn (south, 58°)
Sep 2027Saturn (southwest, 38°), Jupiter (east, 5°)
Oct 2027Jupiter (east, 27°), Saturn (west, 8°)
Nov 2027Jupiter (southeast, 47°), Mercury (southeast, 8°)
Dec 2027Jupiter (south, 52°)

When four planets line up

From November 7 to December 18, 2026, four planets (Mercury, Venus, Mars and Jupiter) are above the horizon together half an hour before sunrise; the best morning is November 20, 2026, when even the lowest, Mercury, is 12° up. The other four-planet windows, in February, October and December 2027, last at most a few days, and the lowest planet is never more than 2° up, too low to see over most horizons. The planets line up because they all move close to the plane of the Earth's orbit, so they trace one line across the sky.

Four or more planets above the horizon together at 40° north, and the best day (height of the lowest one)
DatesPlanetsBest day
Nov 7 – Dec 18, 2026morning: Mercury, Venus, Mars, JupiterNov 20 (Mercury 12°)
Feb 13 – Feb 15, 2027evening: Mercury, Mars, Jupiter, SaturnFeb 14 (Mars 2°)
Feb 21 – Feb 24, 2027morning: Mercury, Venus, Mars, JupiterFeb 22 (Mercury 1°)
Oct 8, 2027evening: Mercury, Venus, Mars, SaturnOct 8 (Mercury 0°)
Dec 27 – Dec 31, 2027evening: Mercury, Venus, Mars, SaturnDec 31 (Mercury 2°)

Two planets close together

On November 16, 2026, at 1:24 a.m. Eastern time, Jupiter and Mars pass 1.2° apart; half an hour before sunrise both are at least 64° up at 40° north. Dates and times are Eastern time; the distance is how far apart the two look in the sky.

Two planets at their closest, 2026–2027, and how they look from 40° north
DatePlanetsAt 40° north
Oct 6, 2026, 8:10 p.m.Venus and Mercury, 5.0° aparttoo close to the Sun to see
Nov 16, 2026, 1:24 a.m.Jupiter and Mars, 1.2° apartmorning, 64°
Apr 19, 2027, 9:03 a.m.Saturn and Mercury, 0.6° aparttoo close to the Sun to see
May 7, 2027, 2:48 p.m.Saturn and Venus, 0.6° apartmorning, 4°
Jul 1, 2027, 5:22 a.m.Venus and Mercury, 4.5° aparttoo close to the Sun to see
Aug 11, 2027, 2:30 a.m.Venus and Mercury, 0.5° aparttoo close to the Sun to see
Aug 19, 2027, 6:47 p.m.Jupiter and Mercury, 0.6° aparttoo close to the Sun to see
Aug 25, 2027, 11:00 p.m.Jupiter and Venus, 0.5° aparttoo close to the Sun to see
Oct 11, 2027, 5:32 a.m.Venus and Mercury, 3.8° aparttoo close to the Sun to see
Nov 24, 2027, 8:36 p.m.Mars and Venus, 0.3° apartevening, 10°

Best times for each planet

At opposition a planet is opposite the Sun and up most of the night; Mercury is easiest to catch at its greatest elongation, its farthest from the Sun. Dates are Eastern time.

Oppositions and greatest elongations, 2026–2027
DatePlanetEvent
Oct 4, 2026Saturnopposition (most of the night)
Oct 12, 2026Mercurygreatest eastern elongation (evening, in the west)
Nov 20, 2026Mercurygreatest western elongation (morning, in the east)
Jan 3, 2027Venusgreatest western elongation (morning, in the east)
Feb 3, 2027Mercurygreatest eastern elongation (evening, in the west)
Feb 10, 2027Jupiteropposition (most of the night)
Feb 19, 2027Marsopposition (most of the night)
Mar 17, 2027Mercurygreatest western elongation (morning, in the east)
May 28, 2027Mercurygreatest eastern elongation (evening, in the west)
Jul 15, 2027Mercurygreatest western elongation (morning, in the east)
Sep 24, 2027Mercurygreatest eastern elongation (evening, in the west)
Oct 17, 2027Saturnopposition (most of the night)
Nov 4, 2027Mercurygreatest western elongation (morning, in the east)

Where Angel Step fits

Angel Step reads only your step count from Apple Health and shows it as one number on a living sky. It does not track planets; that is this page's job. An evening walk is a good time to look west after sunset.

Sources

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