How to See Saturn Tonight? Complete Saturn Guide
The gas giant Saturn is arguably the Solar System’s most recognizable planet — thanks to its breathtaking rings, fast winds, strange storms, and hundreds of moons. Wondering where Saturn is tonight or what Saturn looks like from Earth? Learn how to find Saturn in the sky here, and see when it’s visible from your location. Or get the free Sky Tonight app for a closer look at Saturn.
Contents
- What does Saturn look like from Earth?
- When can you see Saturn from Earth?
- Upcoming events with Saturn
- How to find Saturn?
- Saturn Planet Facts
- How big is Saturn?
- Saturn's orbit and rotation
- How far away is Saturn?
- What is Saturn made of?
- Saturn's moons
- Saturn rings
- Are there any missions to Saturn?
- Did you know?
- Planet Saturn: Bottom line
What does Saturn look like from Earth?
Saturn is the most distant of the five planets visible to the naked eye. Saturn shines like a moderately bright yellowish "star". With regular binoculars, you’ll see the planet as a golden oval. Through a telescope, Saturn looks like a small golden disk with rings, and some of its moons may also come into view.
When can you see Saturn from Earth?
Saturn visibility by month:
| Month | When / where to look | Constellation | Visibility |
|---|---|---|---|
| September 2026 | Visible for most of the night; rising in the east in the evening and reaching its high point after midnight | Pisces, Cetus | 🟢 Excellent |
| October 2026 | Visible all night; rising in the east around sunset, reaching its highest point around midnight, and setting in the west around sunrise | Cetus | 🟢 Best |
| November 2026 | Visible from evening until after midnight; highest before midnight, then moving toward the western horizon | Cetus | 🟢 Very good |
| December 2026 | Visible in the evening and around midnight; highest in the early evening, then moving westward | Cetus | 🟢 Good |
| January 2027 | Visible in the evening; highest around or soon after sunset, then moving toward the western horizon | Cetus | 🟢 Good |
| February 2027 | Visible low in the western sky during the early evening; sets a few hours after sunset | Cetus | 🟡 Moderate |
| March 2027 | Very low above the western horizon after sunset; soon lost in the Sun’s glare | Pisces | 🔴 Poor |
| April 2027 | Too close to the Sun and not recommended for observation | Pisces | ⚫ Not visible |
On October 4, 2026, Saturn reaches opposition, meaning it is opposite the Sun in our sky and therefore visible all night. Around this time, it reaches its brightest (about magnitude 0.3) and appears at its largest (about 19.7″ in angular diameter). After opposition, Saturn remains easy to see in the evening sky for the rest of 2026, finally fading into the sunset glare in March 2027.
Retrograde motion: From July 27 to December 11, Saturn undergoes retrograde motion, appearing to move “backwards” against the background stars.
👉 To find Saturn in your sky, use the interactive Sky Tonight app.
Upcoming events with Saturn
Here are the upcoming astronomical events featuring Saturn. More astronomical events are listed in the Sky Tonight calendar: just launch the app and tap the calendar icon at the bottom of the screen to find the stargazing events for each day.
September 20–24, 2026: Saturn, Neptune, and Algenib form an isosceles triangle
Have binoculars or a telescope? Between September 20 and 24, point them toward Saturn, Neptune, and Algenib. The three objects will form a long, narrow, nearly isosceles triangle in the night sky, with Algenib about 15° from both planets.
Saturn (mag 0.4) will be near its brightest and easy to see without optical aid. Algenib (mag 2.8), the fourth-brightest star in Pegasus, is also visible to the naked eye under a clear, dark sky. Neptune (mag 7.7) is the difficult one. Binoculars will show it as a faint, star-like point, but you’ll need a stargazing app to distinguish it from the surrounding stars.
If this doesn’t sound like a spectacular astronomical event, pause for a moment to appreciate the geometry. Saturn and Neptune are billions of kilometers away, while Algenib lies hundreds of light-years beyond them. These three objects have no physical connection, yet for a brief stretch of nights, they will appear to form one of the simplest and most ancient shapes in humanity's history: an isosceles triangle. It’s only a trick of perspective — but a beautiful one.
For the best practical view, observe on the night of September 20–21. The triangle will be slightly less symmetrical than later in the week, but the Moon will be dimmer and much farther away. By September 24–25, the brighter Moon will have moved close enough to wash out faint Neptune. You can wait for the Moon to set at around 4–5 a.m., depending on your location, although the triangle will then be lower in the western sky.
The trio will rise in the east during the evening, climb highest around midnight, and move toward the western horizon before sunrise.
On September 27–28, the shape will be closest to a perfect isosceles triangle. However, the Moon — just past its full phase — will be shining nearby. While the small improvement in symmetry will be noticeable in an astronomy app, it will be almost impossible to notice with the naked eye. So September 20–21 will be a better time to observe the triangle.
| City | Time zone | Date | Viewing begins | Best time | Viewing ends | Saturn altitude | Neptune altitude | Algenib altitude |
|---|---|---|---|---|---|---|---|---|
| New York, USA | EDT (UTC−4) | Sep 20–21 | 8:35 PM | 5:10 AM | 5:10 AM | 30° | 22° | 33° |
| Toronto, Canada | EDT (UTC−4) | Sep 20–21 | 9:00 PM | 5:25 AM | 5:25 AM | 30° | 22° | 33° |
| London, UK | BST (UTC+1) | Sep 20–21 | 9:00 PM | 4:50 AM | 4:50 AM | 28° | 21° | 34° |
| New Delhi, India | IST (UTC+5:30) | Sep 20–21 | 7:55 PM | 4:50 AM | 4:50 AM | 32° | 23° | 30° |
| Singapore | SGT (UTC+8) | Sep 20–21 | 8:40 PM | 5:45 AM | 5:45 AM | 33° | 24° | 23° |
| Sydney, Australia | AEST (UTC+10) | Sep 20–21 | 7:50 PM | 4:20 AM | 4:20 AM | 28° | 23° | 13° |
- Viewing begins: All three objects are at least 10° above the horizon, and the Sun is at least 18° below it.
- Best time: The difference between the Algenib–Saturn and Algenib–Neptune distances is at its minimum.
- Viewing ends: Astronomical twilight begins, or one of the objects drops below 10°.
- Altitudes are provided for the “best time”.
September 25–27, 2026: The Full Moon, Saturn, Markab, and Algenib form a diamond
On the night of September 25–26 or September 26–27, depending on your location, look east after dark for a striking celestial diamond formed by the Full Moon, Saturn, Markab, and Algenib. At its most symmetrical, each side will measure about 16° — roughly one and a half clenched fists held at arm’s length.
The Moon, more than 99% illuminated, and Saturn (mag 0.4) will be impossible to miss. Markab (mag 2.5) and Algenib (mag 2.8) mark two corners of the Great Square of Pegasus. Both are visible without optical aid, but the intense moonlight may wash them out, so look from a place with a clear sky and little artificial light. Binoculars will make them easier to find.
Observers in North America will see the most symmetrical version of the diamond. From Asia and Australia, the configuration reaches its ideal shape during daylight, but the nighttime view will still appear diamond-shaped to the naked eye.
| City | Time zone | Date | Viewing begins | Best time | Viewing ends | Moon altitude | Saturn altitude | Markab altitude | Algenib altitude |
|---|---|---|---|---|---|---|---|---|---|
| New York, USA | EDT (UTC−4) | Sep 25–26 | 8:15 PM | 12:15 AM | 5:35 AM | 50° | 49° | 64° | 64° |
| Toronto, Canada | EDT (UTC−4) | Sep 25–26 | 8:35 PM | 11:55 PM | 5:55 AM | 45° | 42° | 62° | 57° |
| London, UK | BST (UTC+1) | Sep 25–26 | 8:25 PM | 5:15 AM | 5:15 AM | 10° | 22° | 17° | 28° |
| New Delhi, India | IST (UTC+5:30) | Sep 25–26 | 7:35 PM | 4:40 AM | 4:40 AM | 11° | 29° | 13° | 28° |
| Singapore | SGT (UTC+8) | Sep 25–26 | 8:20 PM | 5:10 AM | 5:10 AM | 16° | 36° | 11° | 27° |
| Sydney, Australia | AEST (UTC+10) | Sep 26–27 | 7:25 PM | 7:25 PM | 3:00 AM | 22° | 12° | 22° | 10° |
- Viewing begins: All four objects are at least 10° above the horizon, and the Sun is at least 12° below it.
- Best time: The four sides of the quadrilateral are most similar in length.
- Viewing ends: Astronomical twilight begins, or one of the objects drops below 10°.
- Altitudes are provided for the “best time”.
September 27, 2026: Moon near Saturn
- Close approach time: 06:36 GMT
- Close approach distance: 6°11′
- Conjunction time: 12:01 GMT
- Conjunction distance: 6°59′
On the night of September 26–27, the Full Moon will appear near Saturn (mag 0.4). Although the two objects will look close together, the Moon will be in Pisces, while Saturn will have crossed into neighboring Cetus.
Look toward the eastern horizon after 8 p.m. local time. The pair will climb higher throughout the night and remain visible until sunrise. Despite the Moon’s bright glare, Saturn will be easy to recognize with the naked eye as a steady, yellowish point of light.
The ringed planet will reach opposition on October 4, so now is the best time of the year to observe it.
| City | Time zone | Best time (local) | Separation | Moon altitude | Saturn altitude | Sun altitude |
|---|---|---|---|---|---|---|
| New York, USA | EDT (UTC−4) | Sep 27, 12:44 AM | 5.8° | 56° | 51° | −51° |
| Los Angeles, USA | PDT (UTC−7) | Sep 26, 9:29 PM | 5.5° | 33° | 28° | −34° |
| Toronto, Canada | EDT (UTC−4) | Sep 27, 12:52 AM | 5.7° | 52° | 47° | −48° |
| London, UK | BST (UTC+1) | Sep 27, 6:21 AM | 6.0° | 12° | 11° | −6° |
| New Delhi, India | IST (UTC+5:30) | Sep 27, 7:25 PM | 7.2° | 12° | 10° | −17° |
| Singapore | SGT (UTC+8) | Sep 27, 8:12 PM | 7.1° | 10° | 11° | −19° |
| Sydney, Australia | AEST (UTC+10) | Sep 27, 7:31 PM | 6.9° | 10° | 14° | −20° |
| Auckland, New Zealand | NZDT (UTC+13) | Sep 27, 8:57 PM | 6.6° | 10° | 13° | −20° |
- Best time: The optimal local viewing time, balancing angular separation, object altitude, and sky darkness.
October 4, 2026: Saturn at opposition
Saturn will reach opposition on October 4, 2026, at 12:27 GMT. At that time, it will shine at magnitude 0.3, making it easy to spot with the naked eye. Saturn will also be at its closest point to Earth in 2026 — 8.43 AU away — and its apparent diameter will grow to 19.7 arcseconds, creating excellent conditions for observing the planet and its rings.
The ringed planet will be located in the constellation Cetus. It will rise in the east around sunset, remain visible all night, and reach its highest point near midnight local time.
If you have a telescope, you’ll be able to admire Saturn’s iconic rings. Under good viewing conditions, you may also spot its largest moon, Titan, along with several fainter satellites.
How to find Saturn?
The astronomical apps Star Walk 2 and Sky Tonight will help you find Saturn in the sky above you and determine the best viewing time for your location.
How to see Saturn with Star Walk 2?
You can find Saturn with Star Walk 2 in a few steps:
- Tap the magnifying glass in the bottom-left corner of the main screen.
- Type "Saturn" in the search bar, and you'll see the planet in the search results. If the planet's name is white, it is above the horizon. If it's gray, the planet is not yet visible in your sky. You will see the rise and set times of the planet below its name.
- Tap on the planet and follow the white arrow until you see Saturn on the screen. The planet in the real sky above you is in the same direction as the app shows.
How to see Saturn with Sky Tonight?
Use the search in the Sky Tonight app to find Saturn and learn more about it:
- Tap the magnifier icon in the lower-left part of the main screen.
- Type "Saturn" in the search bar, and you'll see the planet in the search results.
- Tap the matching result to learn more about the planet in the Info, Figures, and Events sections.
- Tap the target button in the lower-right corner of the screen. The app will show you the planet’s location on the sky map.
- Tap the compass button in the lower-right corner of the screen. The app’s sky map will match the sky at your location in real time. Follow the white arrow until you see Saturn on the screen. The planet in the real sky is in the direction the app is showing you.
Saturn Planet Facts
Saturn is the sixth planet from the Sun and the second-largest planet in our Solar System. It’s a gas giant made mostly of hydrogen and helium, famous for its bright rings made largely of water ice. Saturn spins quickly, has powerful winds, and hosts a large family of moons, including Titan.
- Planet type: gas giant
- Mean radius: 58,232 km (36,184 miles)
- Mass: 5.6834×10²⁶ kg
- Aphelion: 1.51 billion km (938 million miles)
- Perihelion: 1.35 billion km (839 million miles)
- Average distance from the Earth: 1.4 billion km (869 million miles)
- Cloud-top temperatures: −185 °C to −122 °C
- Rotation period (System III)¹: 10 h 34 m
- Sidereal day length: 10 h 33 m
- Year length: 29.4571 Earth years
- Age: 4.503 billion years
- Named after: Roman god of agriculture
¹System III is a reference frame based on the rotation of a giant planet’s magnetic field, which in turn reflects the rotation of the core that generates it. Because planets like Saturn and Jupiter have strong atmospheric winds moving at different speeds, the motion we see in their cloud bands doesn’t match the true rotation of the planet’s solid core. So, astronomers use the magnetic field’s rotation rate as the most accurate measure of the planet’s real rotation period.
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How big is Saturn?
Along with Jupiter, Uranus, and Neptune, Saturn is considered a giant planet. Let's discover some curious details about the size of this amazing planet.
Saturn size
With a radius of 58,232 kilometers (36,184 miles), Saturn is the second-largest planet in our Solar System — only its fellow gas giant Jupiter is larger. To take a trip around the planet's equator, you would need to travel a distance of 379,000 kilometers (235,000 miles)!
How big is Saturn compared to the Earth?
Saturn's radius is about 9.5 times that of our planet; also, the gas giant is over 95 times more massive. To give you a better understanding of Saturn's size, let's say that about 764 Earths could fit inside this ringed planet.
Saturn's orbit and rotation
Every Solar System's planet takes a certain amount of time to complete one orbit around the Sun and one rotation around its axis. Here on Earth, these periods last 365.25 days and 24 hours, respectively, but on Saturn, everything is different.
How long is a day on Saturn?
Saturn has the second-shortest day in the Solar System: it takes Saturn only 10 hours and 34 minutes to spin around once. Only Jupiter spins faster. Because of its high-speed rotation, Saturn bulges at the equator and flattens at the poles.
How long is a year on Saturn?
Much like Jupiter, Saturn rotates on its axis very rapidly but takes its time to complete a single orbit around the Sun. The speed with which Saturn orbits the Sun is considerably slow. A single year on the planet lasts 29.4571 Earth years or 10,759 Earth days.
How far away is Saturn?
Saturn is the sixth planet from the Sun. Billions of kilometers separate it from the Sun and the Earth.
How far is Saturn from the Sun?
The ringed planet orbits the Sun at a distance of about 9.5 AU — 9.5 times the distance between the Earth and our star. This distance equals 1.486 billion kilometers (923 million miles).
How far is Saturn from the Earth?
As Saturn and the Earth travel through space, the distance between them is constantly changing. At the closest approach, the heavenly bodies lie approximately 1.195 billion kilometers (742 million miles) apart; at their most distant, the separation between our planet and the gas giant is about 1.67 billion kilometers (1.03 billion miles).
How long does it take to get to Saturn?
Two factors determine the length of a trip to Saturn: the route selected for the mission and the spacecraft's speed. For example, the Voyager 1 mission took 3 years and 2 months to arrive, while the Cassini spacecraft took 6 years and 9 months.
What is Saturn made of?
Interestingly enough, the gas giant mainly consists of the same components as the Sun; however, the planet lacks the necessary mass to undergo fusion to power a star.
Formation of Saturn
Like the rest of the planets in the Solar System, Saturn formed from the solar nebula. About 4.5 billion years ago, gravity pulled gas and dust in to form Saturn. The planet settled into its current position as the sixth planet from the Sun about 4 billion years ago.
Saturn structure
Saturn is a gas giant made almost entirely of hydrogen and helium. The planet likely has a dense rocky-ice core, overlaid by a layer of metallic hydrogen and then by molecular hydrogen that gradually transitions into the planet’s upper gaseous atmosphere. The outermost gas layer of Saturn spans 1,000 kilometers (620 miles).
Saturn surface
Saturn doesn't have a solid surface: if you tried to walk on Saturn's surface, you would sink through its outer part, suffering high temperatures and pressures. The surface of the planet is mostly swirling gases.
Saturn's moons
Saturn overtook Jupiter as the planet with the most moons in 2019 when US researchers discovered 20 new satellites orbiting the planet. The natural satellites of Saturn are numerous and diverse: the ringed planet and its moons resemble a miniature Solar System. According to NASA, Saturn has 293 moons.
Titan: Saturn's largest moon
With a radius of 2,574 kilometers, Titan is Saturn's largest natural satellite and second-largest in the Solar System after Jupiter's moon Ganymede. It's even larger than the planet Mercury! Titan makes up 96% of the mass in orbit around Saturn.
Titan is an extraordinary heavenly body: it is the only moon in the whole Solar System with a dense Earth-like atmosphere and the only place, except for the Earth, to have liquids on its surface. As its surface temperature is frigid, there's no liquid water on Titan's surface; however, the temperature is suitable for liquid methane and ethane. Moreover, evidence of a subsurface water ocean was found; within this ocean, conditions are potentially suitable for life.
The sky on Titan is a hazy orange, and through that thick haze, Saturn can be seen faintly from the moon’s surface. Titan is tidally locked to Saturn, always keeping the same face turned toward the planet. From Titan's surface, Saturn appears about 11 times larger in the sky than the Moon from the Earth. Artist's impressions can help us visualize the view of Saturn from Titan.
Enceladus: icy ocean moon
Enceladus is covered in clean, fresh ice, making it one of the most reflective bodies in the Solar System. It's also the main source of material for Saturn's E ring. The material escapes from Enceladus through geyser-like jets near the moon's south pole. It consists of water vapor, molecular hydrogen, other volatiles, and solid material, including sodium chloride crystals and ice particles.
What's more, the moon has a saltwater ocean beneath the ice, which could be a possible habitat for life. It hasn't been proven yet by space missions, but the mathematical studies show that the conditions in Enceladus' ocean may be similar to those found in the deepest, darkest parts of the Earth's oceans, which support microbes.
Mimas: the smallest and innermost of Saturn's major moons
With a radius of less than 198 km (123 miles), Mimas is nearly spherical, though slightly distorted by its large impact crater. Like a rough space snowball, it’s almost entirely made of water ice. Mimas has a giant impact crater named Herschel after the moon's discoverer. The crater spans 130 kilometers (80 miles) across the moon, making it look like the Death Star from Star Wars.
Saturn rings
A large and distinct system of icy rings is what Saturn is best known for. The planet has 7 main rings, which in turn are made up of thousands of tiny ringlets. Saturn's rings extend up to 282,000 kilometers (175,226 miles) from the planet. They are relatively close to each other; however, there are gaps in Saturn's ring system — the most prominent one, known as the Cassini Division, measures about 4,700 kilometers (2,920 miles) wide.
Why does Saturn have rings?
There are several hypotheses about the origins of Saturn's rings. Some astronomers believe that they are pieces of comets, asteroids, or even moons torn apart and snagged by the planet's powerful gravity. Others assume that the rings are remnants of the nebular material from which Saturn formed.
What are Saturn's rings made of?
Saturn's rings are mainly composed of billions of water-ice particles with a trace component of rocky material. The particles vary in size from grains of sand to house-size lumps; some are as large as a mountain!
Why are the rings of Saturn so bright? Probably because they are relatively massive and made of reflective material (water ice), thus effectively backscattering sunlight. In addition, scientists assume that the rings are relatively young and, therefore, they haven't gotten dusty yet.
What color are Saturn's rings?
The rings mostly have tan or sandy colors; however, other color variations can also be seen. Since Saturn's rings are made predominantly of water ice (pure ice is white), different colors might result from contamination by such materials as rock or carbon compounds.
Are there any missions to Saturn?
Saturn is a rather rare destination for space missions. The first spacecraft to visit the ringed planet was NASA's Pioneer 11, launched in 1973. It acquired low-resolution images of Saturn and discovered the thin F ring. In 1977, NASA launched two more missions, Voyager 1 and Voyager 2, which provided scientists with valuable data on Saturn, its moons and rings, and thousands of high-resolution images. The twin spacecraft are still continuing their long journey: they're exploring interstellar space, where nothing from Earth has been before.
Launched in 1997, Cassini–Huygens was the fourth space probe to visit Saturn and the first to enter its orbit. The mission included NASA's Cassini space probe and ESA's Huygens lander, the first human-made object to reach Titan's surface and make a landing in the outer Solar System. Moreover, Cassini was the first mission to sample an extraterrestrial ocean. The mission ended in 2017, having completed 294 orbits around the ringed planet.
In 2028, one more mission to Saturn will be launched. NASA's Dragonfly mission will arrive at Titan in 2034 to explore this moon and investigate its habitability.
FAQ
Where is Saturn tonight?
Around opposition on October 4, 2026, Saturn is exceptionally bright and visible all night long. It rises in the evening above the eastern horizon, reaches maximum altitude around midnight, and sets in the west in the morning. Saturn’s exact location depends on your location and the date. Use a stargazing app to see where it is in the sky above you.
What does Saturn look like from Earth?
To the naked eye, Saturn looks like a yellowish star. Through binoculars, it appears as a golden oval, and through a telescope, you can see its disk and rings.
And what if we told you that Saturn looks a lot like a teapot? Check out our crazy space food quiz, where delicious foods represent celestial objects.
What type of planet is Saturn?
Saturn is a gas giant composed mainly of hydrogen and helium. Another gas giant planet in our Solar System is Jupiter, while Uranus and Neptune are ice giants. This group is also known as the Jovian planets.
What color is Saturn?
Saturn's atmosphere is mostly hydrogen and helium, with traces of ammonia, phosphine, and hydrocarbons, which gives the planet a pastel yellowish-brown color.
When was Saturn discovered?
The ringed planet has been known since prehistoric times; ancient astronomers systematically observed and recorded its movements. Galileo Galilei observed Saturn’s unusual appearance through a telescope in 1610 but mistook its rings for two objects beside the planet. In 1655, Dutch astronomer Christiaan Huygens correctly identified the structure as a ring surrounding Saturn.
How many rings does Saturn have?
The planet has seven named rings, which in turn are made up of thousands of smaller ringlets. The main rings are A, B, and C; they are denser and contain larger particles. The fainter D, E, and G rings are also known as "dusty rings" due to the small size of their particles. The F ring contains quite dense parts, but it also contains a lot of small particles, which makes it rather difficult to categorize. The rings consist of thousands of narrower ones, so the exact number is unknown.
How many moons does Saturn have?
As of September 2026, scientists have found 293 moons of Saturn. Saturn's natural satellites vary in size, shape, and composition. Some take half an Earth day to orbit Saturn, while others take about four Earth years to complete one orbit.
Why is Jupiter denser than Saturn?
Jupiter is three times more massive than Saturn and has greater gravity as a result. Gravity makes the largest planet in the Solar System denser than its fellow gas giant. Read more about Jupiter in our dedicated article.
Can people live on Saturn?
Saturn doesn't satisfy the conditions needed for life as we know it. However, some satellites of the ringed planet, particularly Titan and Enceladus, may be capable of supporting life. Titan's surface is one of the most Earth-like places in the whole Solar System, and Enceladus hosts a subsurface ocean with the ingredients necessary for life to emerge.
Did you know?
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Saturn is the only Solar System planet whose average density is less than water: if it were possible to place the gas giant into a colossal bathtub, it could float!
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The gas giant is blanketed with layers of clouds and can boast extremely fast winds: they can reach speeds of 1,800 kilometers (1,118 miles) per hour, while the strongest winds on Earth have a speed of about 396 kilometers (246 miles) per hour.
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One of the unique features of the ringed planet is a persistent cloud pattern around its north pole known as Saturn's hexagon.
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Around opposition, Saturn's rings appear exceptionally bright — this phenomenon is known as the opposition surge or Seeliger Effect.
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Although Saturn has the most prominent and most famous rings in the Solar System, the other three giant planets — Jupiter, Uranus, and Neptune — also have ring systems.
Learn more interesting facts about the Solar System planets with our fun quiz. Take a challenge and expand your cosmic knowledge!
Planet Saturn: Bottom line
Saturn is a giant gas planet with the largest and most prominent ring system. From Earth, it looks like a yellowish star to the naked eye and a ringed planet in a telescope. The best time to observe Saturn is during opposition, when the planet is visible all night long and shines at its brightest — in 2026, it will take place on October 4. If you’re wondering where Saturn is tonight, you can easily find it in the sky above you with the help of Sky Tonight.
Explore the other Solar System planets
We hope you enjoyed the article about Saturn! You can also check out our articles about the other planets in the Solar System:
- Mercury – the smallest and fastest planet;
- Venus – the Earth’s evil twin;
- Mars – our potential future home;
- Jupiter – the biggest planet;
- Uranus – the coldest planet;
- Neptune – the farthest planet;
- and Pluto, which was famously demoted from planet status (and the decision remains a hot topic in the astronomical community for almost 20 years).
