November 2032 Planet Parade: 4 planets in the morning sky

Mercury, Mars, Saturn and Uranus share the morning sky around Nov 26, 2032. Below: what each planet looks like, how to catch the line-up, and how this parade compares with its neighbors.

The phrase planet parade has no formal definition in astronomy. It just means several planets are in view at once, spaced along the ecliptic, the apparent path the Sun and Moon also trace. Nothing is happening out in space; the planets stay tens or hundreds of millions of kilometers apart and only line up as seen from Earth. Our figures are for mid-northern latitudes (around 40°N), so check the live tracker for your own latitude and horizon.

Planet by planet

Mercury hangs low, only about 8° up in the east-southeast, so it needs a flat, open horizon in that direction. Because it hugs the Sun, Mercury only ever shows in a short window at dawn or dusk, so catching it inside a parade is a small triumph.

Mars sits a comfortable 32° above the horizon in the southeast. Mars swings around to a bright close approach only every 26 months, so how brilliant it looks in any given parade is a roll of the orbital dice.

Saturn rides high, about 36° up in the west, well clear of any horizon haze. Its famous rings do not show in binoculars; a small telescope at 25x or more opens them up.

Uranus sits a comfortable 33° above the horizon in the west. Binoculars show it as a faint blue-green star; a telescope at high power turns it into a tiny disk.

On the zodiac that morning, Mercury stands in Scorpio; Mars stands in Libra; Saturn and Uranus share Cancer. Signs here are the tropical longitudes the tables on this site use, counted from 0° at the spring equinox.

The Moon joins the line-up too, about 49° up in the south-southeast. It makes a handy signpost for star-hopping to the fainter planets.

How to watch this parade

Set an alarm: the sweet spot is about 52 minutes before local sunrise on Friday, November 26, 2032, late enough that every planet in the list has cleared the horizon, early enough that dawn has not yet washed out the faint ones.

The limiting planet is Mercury at only about 8° up, so pick a viewing spot with an unobstructed view toward the east-southeast. The line stretches about 135° along the ecliptic, so sweep your gaze along the Sun's daily path to trace it.

One pairing stands out this time: Saturn and Uranus sit about 5° apart, close enough to frame together in binoculars or a single photo.

You need no equipment for Mercury, Mars and Saturn; Uranus is the reason to bring binoculars or a small telescope.

How good is this one?

Our tracker scores every parade from 0 to 100. This one rates 47 out of 100: 20 of 35 points for the number of planets, 15 of 25 for naked-eye planets, 5 of 20 for how tightly they group, 6 of 10 for altitude, and 1 of 10 for staying power.

The window is short, so aim for the nights right around the peak. The previous parade over this reference location peaked in September 2032 with 4 planets; the next comes in December 2032 with 5 planets.

Will it affect anything down here? No. Lining up in our sky changes nothing physically. Even with every planet pulling the same way, their combined tide on Earth is a few thousand times weaker than the Moon's ordinary daily pull, so tides, weather and everything else carry on exactly as before. Enjoy it purely as a sight.

Frequently asked questions

Which planets are part of the November 2032 planet parade?

Mercury, Mars, Saturn and Uranus. Mercury, Mars and Saturn are visible to the naked eye; Uranus needs binoculars or a telescope.

What time should I look for the November 2032 planet parade?

Set an alarm for about 52 minutes before local sunrise, with the best morning on Friday, November 26, 2032. Good mornings run from Nov 24, 2032 to Dec 6, 2032.

Do I need a telescope to see this planet parade?

Not for the highlights: Mercury, Mars and Saturn show with the unaided eye. You only need binoculars or a telescope for Uranus.

Where in the sky should I look?

Face the southern sky about 52 minutes before sunrise. The planets sit between about 8° and 36° above the horizon, strung along the ecliptic.

Keep exploring: the Planet Parade Tracker for any date and place, the Planetary Alignment Calculator for exact conjunction dates, and the Synodic-Period Calculator for how often two planets meet.