February 2028 Planet Parade: 4 planets in the evening sky

Venus, Saturn, Uranus and Neptune share the evening sky around Feb 7, 2028. Below: what each planet looks like, how to catch the line-up, and how this parade compares with its neighbors.

Call it a planet parade or a line-up; either way it is a viewing-angle coincidence, not a rendezvous. The Solar System is flat enough that its planets always keep to one narrow track across our sky, so when several are up at once they inevitably form a rough line. Everything quoted here is figured for mid-northern latitudes (around 40°N), and the live tracker adjusts it to your own horizon.

Planet by planet

Venus sits a comfortable 29° above the horizon in the west-southwest. Venus can be bright enough to throw the faintest shadow from a truly dark site, and it is often mistaken for a distant aircraft light.

Saturn rides high, about 48° up in the southwest, well clear of any horizon haze. Saturn takes nearly thirty years to circle the zodiac, so it lingers in the same neighborhood of sky from one parade to the next.

Uranus rides high, about 68° up in the southeast, well clear of any horizon haze. Uranus was the first planet ever found with a telescope, spotted by William Herschel in 1781, and it rewards the same modest optics today.

Neptune sits a comfortable 32° above the horizon in the west-southwest. At around magnitude 7.8 it is strictly an optics target; a telescope shows a minute blue-gray disk.

On the zodiac that evening, Venus, Saturn and Neptune share Aries; Uranus stands in Gemini. 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 47° up in the east. It makes a handy signpost for star-hopping to the fainter planets.

How to watch this parade

No alarm needed: start about 50 minutes after local sunset on Monday, February 7, 2028, once the twilight has faded enough for the planets to pop out one by one.

The limiting planet is Venus at only about 29° up, so pick a viewing spot with an unobstructed view toward the west-southwest. The line stretches about 66° along the ecliptic, so sweep your gaze along the Sun's daily path to trace it.

One pairing stands out this time: Venus and Neptune sit about 4° apart, close enough to frame together in binoculars or a single photo.

You need no equipment for Venus and Saturn; Uranus and Neptune are 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 63 out of 100: 20 of 35 points for the number of planets, 10 of 25 for naked-eye planets, 13 of 20 for how tightly they group, 10 of 10 for altitude, and 10 of 10 for staying power.

The window is forgiving: good evenings run for roughly 14 weeks (Nov 27, 2027 to Mar 6, 2028), so one cloudy night costs you nothing. The previous parade over this reference location peaked in September 2027 with 4 planets; the next comes in March 2028 with 4 planets.

Can a parade influence Earth? No; the influence runs the other way, on observers. Planetary gravity at these distances amounts to a rounding error next to the Moon's everyday tides, thousands of times smaller even in combination. Nothing in the ocean, the atmosphere or the crust registers a parade. Eyes and cameras do.

Frequently asked questions

Which planets are part of the February 2028 planet parade?

Venus, Saturn, Uranus and Neptune. Venus and Saturn are visible to the naked eye; Uranus and Neptune need binoculars or a telescope.

What time should I look for the February 2028 planet parade?

Start looking about 50 minutes after local sunset, with the best evening on Monday, February 7, 2028. Good evenings run from Nov 27, 2027 to Mar 6, 2028.

Do I need a telescope to see this planet parade?

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

Where in the sky should I look?

Face the southwest about 50 minutes after sunset. The planets sit between about 29° and 68° 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.