There are currently 20 moons waiting for confirmation of their discovery by the International Astronomical Union. There are more moons on the ringed planet than on any other planet.

Small, heavily cratered rocky worlds that look like something straight out of a sci-fi drama are one of the differences between the satellites. Some people travel within gaps in the rings while others go out.

In size, the ringed giant's moons are vastly different. According to NASA, the planet Mercury is no larger than a sports arena. It is possible to see seven of the moons from Earth through a telescope. It is possible to spot Titan, Tethys, Dione, Enceladus and Mimas with the right equipment and conditions.

There are 10 weird moons in the sun.

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During the 1970s and 1980s, the moon's were thrust into the spotlight, but it wasn't until 2004 that we saw them in person. We were given a window into the unique worlds in our outer solar system when we were observed by Cassini for more than a decade.

According to NASA, there are 63 confirmed moons ofSaturn and the dates of their discoveries.

Scientists confirmed the existence of Aegaeon when they found it in two previous images.

Aegir was discovered by Scott Sheppard, David C Jewitt, and Jan T. Kleyna using a wide-field camera on a telescope.

Matthew J. Holman and Timothy B. Spahr discovered Albiorix with a 6.5-m telescope. The town ofHopkins is in Arizona.

Scott S. Sheppard, David C. Jewitt, and Jan T. Kleyna discovered Alvaldi.

It was discovered on December. Scott S. Sheppard, David C. Jewitt, and Jan T. Kleyna were at the observatory.

The discovery of Anthe was made on May 30th, 2007.

The Atlas was discovered in 1980 by the team of RichardTerrile and the Voyager 1 team.

Scott S. Sheppard, David C. Jewitt, and Jan T. Kleyna used a wide-field camera on a telescope in Hawaii to make a discovery.

Scott S. Sheppard, David C. Jewitt, and Jan T. Kleyna were present at the Mauna Kea observatory.

Scott S. Sheppard, David C. Jewitt, and Jan T. Kleyna used a wide-field camera to find Bergelmir.

Scott S. Sheppard, David C. Jewitt, and Jan T. Kleyna used a wide-field camera to find Bestla.

It was discovered in March 1980 by Dan Pascu, Kenneth Seidelmann, William Baum, and Douglas Currie.

A portion of Dione shows cratered gray surface and white whispy lines across the lower left potion of the image.

Wispy terrain reflects sunlight brightly in the lower left of this Cassini image of the northern latitudes of Saturn's moon Dione. This image was taken on December 20, 2010. (Image credit: NASA/JPL/Space Science Institute)
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On May, Daphns was discovered. The mission team took a picture of the moon.

The discovery of Dione was made on March 21, 1684.

Eggther was discovered by Scott S. Sheppard, David C. Jewitt and Jan T. Kleyna.

British astronomer William Herschel discovered Enceldus.

On December 15, 1966, Epimetheus was observed by Audouin Dollfus. Richard Walker said the same thing on December 18, 1966. Astronomers thought they were observing a moon called "Janus" The 1966 observations were of two different objects. The confirmation was made in 1980. The discovery of Epimetheus was officially shared by the two men.

The discovery of Erriapus was made on September 23, 2000 by a group of people.

Scott Sheppard, David C. Jewitt, and Jan T. Kleyna used a wide-field camera on a telescope to discover Farbauti.

Scott S. Sheppard, David C. Jewitt, and Jan T. Kleyna used a wide-field camera on a telescope to discover Fenrir.

Scott S. Sheppard, David C. Jewitt, and Jan T. Kleyna used a wide-field camera on a telescope in Hawaii to discover ForNJot.

Scott Sheppard, David C Jewitt and Jan T. Kleyna discovered Geirrod.

Scott S. Sheppard, David C. Jewitt and Jan T. Kleyna were present at the Mauna Kea observatory.

Scott Sheppard, David C Jewitt, and Jan T. Kleyna discovered Greip using a telescope on Hawaii.

Scott S. Sheppard, David C. Jewitt, and Jan T. Kleyna discovered gridr.

Scott S. Sheppard, David C. Jewitt, and Jan T. Kleyna discovered Gunnlod.

Scott S. Sheppard, David C. Jewitt, and Jan T. Kleyna used a telescope to discover Hati.

It was discovered by Pierre Laques and Jean Lecacheux.

William Cranch Bond and his son GeorgePhillips Bond were the first to discover the novel. Three people are responsible for the discovery.

Scott S. Sheppard, David C. Jewitt, and Jan T. Kleyna used a telescope on Hawaii to discover hyrrokkin.

The contrast of the light and dark surface of Iapetus is prevalent in this image. The right side is much lighter than the left.

The equatorial ridge of Iapetus can reach heights of up to 12 miles (20 km). This image reveals mountains only about half that height. (Image credit: NASA/JPL/Space Science Institute)
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Giovanni Cassini discovered Iapetus on October 25, 1671, but his observations weren't taken seriously until 1980.

The discovery of Ijiraq was made on September 23, 2000 by a group of people.

The name "Janus" was proposed by Audouin Dollfus. Richard Walker said the same thing on December 18, 1966. Astronomers believed they only observed one moon. The 1966 observations were of two different objects. The confirmation was made in 1980.

Scott Sheppard, David C Jewitt, and Jan T. Kleyna discovered Jarnsaxa using a telescope on Hawaii.

Scott S. Sheppard, David C. Jewitt, and Jan T. Kleyna used a telescope on Hawaii to discover a new star.

Kiviuq was discovered in 2000 by a group of people.

Loge was discovered on March 6, 2006 by Scott Sheppard, David C Jewitt, and Jan T. Kleyna.

The discovery of methone was made by the Cassini team.

On September, MiMas was discovered. William Herschel used a 40 foot telescope.

The discovery was made in 2000 by a group of people.

Scott Sheppard, David C Jewitt and Jan Kleyna discovered Narvi.

On August 7, 2000 Paaliaq was discovered by a group of people.

It was discovered on June 1, 2005.

Pan was discovered by Mark Showalter in 1990 using images from the previous year.

It was discovered in October 1980 by the science team.

It was discovered in August 1898.

The polydeuces were discovered by the mission team.

The discovery of Prometheus was made in October 1980.

Rhea was discovered in December of 1672.

The discovery was made on September 23, 2000 by a group of people.

The discovery was made on September 23, 2000 by a group of people.

Skoll was discovered on March 6, 2006 by Scott Sheppard, David C. Jewitt, and Jan T. Kleyna.

Scott Sheppard, David C. Jewitt and Jan T. Kleyna discovered Skrymir.

Scott S. Sheppard, David C. Jewitt, and Jan T. Kleyna used a telescope on Hawaii to discover a new object.

The Suttungr was discovered in 2000 by a group of people.

On January, Tarqq was discovered. Scott S. Sheppard, David C. Jewitt, and Jan T. Kleyna were at the observatory.

On September 23, 2000, Tarvos was discovered by a group of people.

Telesto was discovered in 1980 by a group of people using ground-based observations.

Tethys was discovered by Giovanni Cassini.

A brown/yellow sphere of Titan is in the center of the image. Sandy yellow Saturn is behind.

The colorful globe of Saturn's largest moon, Titan, passes in front of the planet and its rings in this true-color snapshot from NASA's Cassini spacecraft. (Image credit: NASA/JPL-Caltech/Space Science Institute )
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The discovery of Thiazzi was made by Scott S. Sheppard, David C. Jewitt and Jan T. Kleyna.

It was discovered in 2000 by a group of people.

Christiaan Huygens, an astronomer from the Netherlands, discovered titan on March 25th, 1655.

The Ymir was discovered in 2000 by a group of people.

Saturn's 8 biggest moons

1. Titan

The mean diameter is 3,100 miles.

The first moon to be found is Titan. There is only one moon in the solar system that has a large atmosphere. Nitrogen and methane can be found 10 times as far into space as Earth's atmosphere.

2. Rhea

The mean diameter is 970 miles.

The moon is made of ice and rock and has a lot of craters. One side of the snowball faces toward the giant. The exosphere is made up of oxygen and carbon dioxide.

3. Iapetus

two panels showing two different views of Iapetus. The left panel shows a very dark surface while the right panel shows a very light colored surface.

Left-hand panel shows the moon's leading hemisphere and the right-hand panel shows the moon's trailing side  (Image credit: NASA/JPL-Caltech/Space Science Institute)
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The mean diameter is 912 miles.

The surface of Iapetus has a high contrast. It has been referred to as the Yin and theYang of the moon. Iapetus is believed to be made of ice and rock. When Giovanni Cassini discovered Iapetus in 1671, he noticed that the moon had one side darker than the other. There are some of the highest mountains in the solar system. There is a chain of high mountains along the equator of the moon.

4. Dione

The mean diameter is 699 miles.

Dione is a dense moon with lots of craters. The rest of the moon is made of ice. The moon's trailing hemisphere is more cratered than its leading hemisphere. The leading hemisphere is usually more cratered as it faces impactors. Scientists theorize that a recent impact could have knocked Dione, but they don't know how it happened.

5. Tethys

The mean is 662 miles.

Tethys feels the pull of the planet particularly strong. The moon's icy surface may be able to melt a bit due to the heat from the planet. The surface is very reflective. A large trench runs from the north to the south of the moon. There is a large crater on the other side of the moon that is almost the size of another moon. There are strange red arcs on Tethys.

6. Enceladus

Close up of Enceladus showing water appearing to spray out of the surface into the darkness of space.

Plumes of water are imaged near the south pole of Saturn's moon Enceladus. (Image credit: NASA/JPL/Space Science Institute)
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The mean diameter is over 500 km.

The most reflective surface in the solar system can be found on Enceladus. Beneath its shell lies ocean sporting conditions that could harbor life. The moon has an ocean that gushes from the surface at 800 miles per hour. Scientists are studying the ring to learn more about the ocean. There are grains of silica in the E-ring that suggest the presence of vents in the ocean. In super-hot conditions, when liquid water and rock interact at temperatures above 200 degrees Fahrenheit, selis can be created.

7. Mimas

The mean diameter is 386 km.

The rocky moon has a resemblance to the Death Star in the movies. Despite being one of the most cratered bodies in the solar system, the impact stood out. Water ice is the only substance found on the small moon.

Scientists are still puzzled by Mimas.

The small moon has a larger eccentric than Enceladus. Mima should get more tidal heating than Enceladus. Mimas' cratered surface suggests it has been frozen for a long time. According to NASA Science, any theory that claims to explain the partially thawed water of Enceladus must also explain the completely frozen water of MiMas.

8. Hyperion 

Gray spongey textured moon in the shape of a potato.

False-color image of Hyperion captured during Cassini's flyby on September 26 2005. (Image credit: NASA/JPL-Caltech/Space Science Institute)
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There is a mean diameter along its three axes.

It was the last of the major satellites to be found. The moon is small and squishy. Scientists think that Hyperion is a remnant of a large moon that was destroyed by an impact.

How to see Saturn's moons

Silhouette of a man with a telescope looking at the sky.

Some of Saturn's moons are bright enough to spot with a small telescope.  (Image credit: m-gucci via Getty Images.)
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Through a telescope, you can see the seven bright moons ofSaturn.

The giant moon can reach magnitude +8, making it the easiest moon to see. You could see it using a pair of binoculars. Lower numbers mean brighter objects. The planet Venus shines with a magnitude of about -4.

According to astronomy technique and guides website love thenightsky.com, the other six moons shine at different magnitudes.

  • Rhea: +9
  • Tethys: +10
  • Dione: +10
  • Enceladus: +11.5
  • Iapetus: +10.5
  • Mimas: +12.5

Skywatching apps like SkySafari or Starry Night can be used to find out when and where the moons are. We have picked the best stargazing apps.

Our best telescopes for seeing planets guide can help you see the planets. When searching for deals, we have guides on the best binoculars and telescope deals.

The Planetary Society has more about the moon and the planet. You can take a free course on the moons of our solar system with The Open University. NASA Science has a feature that will show you 10 mysteries about the moons ofSaturn.

Bibliography

Can I see the moons through my telescope? Love the Night Sky is available on the internet.

There is a space agency called NASA. There is an overview of the moon's characteristics. 17th of October, 2022. From: www.solar system.nasa.gov/moons/saturn-moons/overview

There is a space agency called NASA. The moon's depth is in depth. 17th of October, 2022. There is a new tab on the solar system's website.

There is a space agency called NASA. Iapetus is in depth. The website was updated Oct. 18, 2022, There is a new tab on the solar system's website.

There is a space agency called NASA. A woman is in depth. The website was updated Oct. 18, 2022, In-depth from: http://solar system.nasa.gov/moons/saturn-moons/rhea.

There is a space agency called NASA. There is Dione in depth. The website was updated Oct. 18, 2022, From: www.solar system.nasa.gov/moons/saturn-moons/dione/in-depth.

There is a space agency called NASA. The Tethys is in depth. You can find it on Oct 18. The year 2022, In-depth from: http://solar system.nasa.gov/moons/saturn-moons/tethys.

There is a space agency called NASA. The Enceladus is in depth. The website was updated Oct. 18, 2022, In-depth from: https://solar system.nasa.gov/moons/saturn-moons/enceladus.

There is a space agency called NASA. There is in depth. The website was updated Oct. 18, 2022, From: www.solar system.nasa.gov/moons/saturn-moons/mimas/in-depth.