You have just WEEKS to see Saturn’s rings before they disappear – and they won’t come back into full view until 2032
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SATURN'S iconic rings are set to disappear in weeks, and won't come back into full view until 2032. The vanishing act is all down to an optical illusion due to Saturn's tilt, which will turn the giant hoops of debris into an almost invisible line. The line will be so faint that it will be impossible to see from Earth, even with a telescope.
![[Saturn among the stars.]](https://www.thesun.co.uk/wp-content/uploads/2025/01/la-plan-te-saturne-brille-963673993.jpg?strip=all&w=960)
The best time to view Saturn's rings before the disappearance would have been late last year, when they were tilted at an around 9 degree angle. That angle has now decreased to around 3.7 degrees - meaning it will still be slightly harder to spot the hoops.
![[Illustration of Saturn and its rings.]](https://www.thesun.co.uk/wp-content/uploads/2025/01/frf4y7-saturn-626392960.jpg?strip=all&w=960)
Though it should still be possible, with the help of a telescope, you only have a matter of weeks to do so. By 23 March, Saturn's seven rings will have vanished from view. Fortunately, the rings will only disappear completely for a few days. After this time, the rings will continue to become more and more visible as Saturn starts to tilt away from Earth again.
![[Close-up of Saturn's rings.]](https://www.thesun.co.uk/wp-content/uploads/2025/01/saturn-planet-solar-system-close-963674043.jpg?strip=all&w=960)
In 2032, when Saturn reaches its maximum tilt, stargazers will be able to enjoy the best view of the iconic rings. It will be the clearest view of the rings for a decade, as they go through a phase of disappearance once every 13 to 16 years. The temporary phenomenon, called a ring-plane crossing, last occurred in 2009.
It gives stargazers a glimpse at what Saturn could look like 100 million to 300 million years from now. Scientists believe there is a far distant future where Saturn will permanently lose its rings. The rings are thought to be made up of cosmic debris from comets, asteroids or shattered moons.
