Moon meets Saturn and Neptune on November 1-2—here's when and how to watch

Since the Moon is approaching its full phase, its nightly journey promises excellent naked-eye stargazing, inviting sky-watchers to simply look up this weekend.
PUBLISHED OCT 31, 2025
Planets in conjunction with young Moon above tree countryside silhouettes (Representative Cover Image Source: Getty | m-gucci)
Planets in conjunction with young Moon above tree countryside silhouettes (Representative Cover Image Source: Getty | m-gucci)

Observers are in for a treat as the moon makes a close pass of the gas giant Saturn and the ice giant Neptune on November 1 and 2, offering prime viewing opportunities, as per Astronomy.com

Crescent Moon with stars, planets, and tree silhouettes on the evening sky (Representative Image Source: Getty | m-gucci)
Crescent Moon with stars, planets, and tree silhouettes on the evening sky (Representative Image Source: Getty | m-gucci)

The celestial show kicks off on Saturday evening, November 1. The moon will be readily visible in the sky shortly after sunset. By 7 p.m. local daylight time, you should spot the waxing crescent in the southeastern sky, positioned slightly to the upper right of the bright, first-magnitude planet Saturn.

Moonrise over the Syr Darya river in Kazakhstan (Image Source: NASA/Bill Ingalls)
Moonrise over the Syr Darya river in Kazakhstan (Image Source: NASA/Bill Ingalls)

The early hours of Sunday, November 2, will see the moon execute two distinct planetary flybys. At 6 a.m. EST, the moon will pass just 4° north of Saturn. Later, at noon EST, it will pass 3° north of the far more distant Neptune. By Sunday evening, the moon will have shifted its position, now visible to the upper left of Saturn in the southeastern sky. Neptune lies between the two, but at magnitude 7.7, the planet will require optical aid (a telescope or strong binoculars) to spot. Viewing the faint ice giant will be challenging due to the moon's proximity and brightness. Note: for those in regions observing the end of daylight saving time, clocks will be set back one hour at 2 a.m. on November 2, transitioning to standard time. 

People watch for the appearance of Comet NEOWISE over the San Gabriel Mountains National Monument as the sky darkens on July 19, 2020 (Representative Cover Image Source: Getty | David McNew)
People watch for the appearance of Comet NEOWISE over the San Gabriel Mountains National Monument as the sky darkens on July 19, 2020 (Representative Image Source: Getty | David McNew)

Experienced observers with a telescope may attempt to locate Neptune. To do so, center your instrument on Saturn, then pan approximately 4.2° northeast. Neptune will appear as a tiny, 2”-wide disk that may look gray or blue, positioned about 22’ north of a magnitude 7.5 field star. The star will appear as a sharp pinprick, while Neptune will appear slightly "flatter" in appearance. Even without catching a glimpse of Neptune, the event provides an excellent chance to observe Saturn and its distinct, razor-thin rings, which are currently tilted at less than a single degree toward Earth. 

These pictures of Neptune were obtained by NASA Voyager 2 on Apr. 26,1989 (Cover Image Source: NASA/JPL)
These pictures of Neptune were obtained by NASA Voyager 2 on Apr. 26,1989 (Image Source: NASA/JPL)

For those who have yet to identify Saturn without aid, this weekend offers a prime opportunity. According to BBC Sky, the gas giant will be visible as a bright, star-like object in the night sky. In fact, you may have already seen it without realizing its identity. To confirm its location, a reliable stargazing app can assist in pinpointing the planet. Once located, even a basic pair of binoculars or a small telescope will enhance the view, potentially revealing some of Saturn's brightest satellites, such as its largest moon, Titan. 

Larger than the planet Mercury, the Huge moon Titan is seen here as it orbits Saturn (Cover Image Source: NASA/JPL-Caltech/Space Science Institute)
Larger than the planet Mercury, the Huge moon Titan is seen here as it orbits Saturn (Image Source: NASA/JPL-Caltech/Space Science Institute)

Even without optical instruments, this close approach is still worthwhile. The reason the moon appears to meet different planets and stars is due to its nightly motion. While the distant stars and planets rise and set in roughly the same place, the moon continually tracks eastward across the sky. This movement allows it to "hop" from one celestial body to the next. As the moon approaches its full phase, as it is now, its travels create an especially pleasant period for naked-eye stargazing, making the coming evenings ideal for simply looking up.

More on Starlust

Will the Beaver Supermoon — the biggest of 2025 — be visible in your country on November 5

November 2025 skywatching guide: This year's biggest supermoon, Leonids fireballs and more

MORE STORIES

The Supermoon title is applied precisely when the full phase of the Moon coincides with perigee, its closest point to Earth in its orbit.
8 hours ago
Considered to be the most reliable annual event in the sky, it will return with its peak during mid-December.
9 hours ago
The object is expected to make its closest approach on December 19, 2025, passing by at a distance of approximately 167 million miles.
1 day ago
Using a telescope may not be the wisest choice during the event.
1 day ago
Sharing a brightness of magnitude 4, the Andromeda Galaxy and Perseus Double Cluster are readily accessible.
1 day ago
A massive ring of red light appeared briefly and was fortunately captured from the small town of Possagno.
3 days ago
With apps and a clear evening sky, you stand a good chance of spotting Starlink or other satellites.
4 days ago
The current observed magnitude of the comet is 5.2, which means it would be visible from Earth with the aid of binoculars or a telescope.
5 days ago
The unique initiative comes from the Virtual Telescope Project that captured a fascinating image of 3I/ATLAS' ion tail.
6 days ago
With an apparent brightness of magnitude 9.7, the object's light requires 17 minutes and 18 seconds to traverse the distance to our planet.
Nov 17, 2025