Common planets near the Moon
Venus, Jupiter, Saturn and Mars are the most common bright planets people notice near the Moon. Mercury can also be nearby, but because it stays close to the Sun, it is often low in dawn or dusk twilight.
Moon companion finder
What Is Next to the Moon Tonight?
If you see a bright object next to the Moon tonight, it is usually a bright planet or a first-magnitude star. Use the Moon Companion Finder below to identify the exact object from your location and current time.
Last updated: July 2, 2026
Skywatching estimate
Uses local sky geometry and approximate ephemerides
Quick answer
Identify the bright object near the Moon
The object next to the Moon tonight depends on your location and time. The most common matches are Venus, Jupiter, Mars, Saturn, or a bright star such as Regulus, Spica, Aldebaran, or Antares.
Local sky check
Use the Moon Companion Finder
The drawing below is a local sky view centered on the Moon. If the result says the object is lower left of the Moon, the visual places it lower left as well. The distance is shown in degrees of sky, not kilometers.
Result
Waiting for your location...
Enter a city, country or coordinates to identify the closest bright object near the Moon.
Moon
nearby bright object
The view updates after the quick check.
What Object Is Near the Moon Tonight From Your Location?
People often search for "bright star next to the Moon tonight" when the object is actually a planet. Venus and Jupiter are the most common bright planet answers, while Mars can look orange-red and Saturn is usually softer and steadier.
A true star can also sit close to the Moon from our point of view. The Moon regularly passes bright stars such as Spica, Regulus, Aldebaran and Antares. The quick check above compares both planets and bright stars so the answer is not limited to one category.
How the Tool Identifies the Object
The answer to "what's next to the Moon tonight?" changes with your location and the exact time. The Moon can be near a planet for one viewer while another viewer sees the pair lower in twilight, below the horizon or at a slightly different angle.
The quick check searches bright naked-eye planets and a curated list of bright stars. It then ranks the object by apparent sky distance from the Moon and checks whether both objects are above your horizon.
- Calculates the Moon's local position for your selected moment.
- Compares nearby bright planets, stars and selected star clusters.
- Filters objects that fall on the Moon's disc, because they may be hidden by the Moon.
- Shows the result as angular distance, direction and altitude above your horizon.
Bright Planets and Stars You May See Near the Moon
A bright object beside the Moon is often a planet, but not always. Venus and Jupiter are usually the easiest planets to recognize because they can be much brighter than any star. Mars can look orange or reddish, while Saturn usually appears steadier and less dazzling than Venus or Jupiter.
Stars can also appear close to the Moon. The Moon moves past the background stars during its monthly orbit, so it can line up near Regulus, Spica, Aldebaran, Antares and other bright stars. These are real stars far beyond the solar system, not planets orbiting the Sun.
Common bright stars near the Moon
The Moon can pass close to bright stars including Aldebaran, Regulus, Spica and Antares. Moonlight can wash out dim stars, so the brightest nearby star is usually the one people notice first.
When the Moon passes star clusters and constellations
The Moon can also pass near recognizable groups such as the Pleiades. A cluster may look like one fuzzy bright patch beside the Moon, especially when moonlight hides its fainter stars.
Why the Object Changes With Time and Location
The Moon moves eastward through the sky as it orbits Earth. From one night to the next, it appears against a different part of the background sky. That is why the bright object beside the Moon tonight may be Jupiter, while a few nights later the Moon may be closer to a star or another planet.
Location matters too. The Moon and the nearby object can be above the horizon for one city and below the horizon for another. Even when both places can see the pair, the angle can look different because the local horizon and sky orientation are different.
How to Verify the Match in the Sky
First, check whether the result says the Moon and the object are above your horizon. Then compare the direction shown in the chart: above right, below left, or another relative position. Finally, use the angular distance as a scale. Your fist at arm's length is roughly 10 degrees wide, so a 3-degree match should appear much closer to the Moon than a 20-degree match.
If the tool says daylight, twilight, or below horizon, the object may not be easy to see even when it is geometrically close to the Moon. Clouds, buildings, trees and haze can also hide objects close to the horizon.
What does "degrees from the Moon" mean?
The distance shown by the tool is angular separation. It tells you how far apart the Moon and the object appear in the sky from your viewpoint. It does not mean the object is physically close to the Moon in space.
A simple rule of thumb: your little finger at arm's length is about 1 degree wide, three middle fingers are about 5 degrees, and your fist is about 10 degrees. So if a planet is 4 degrees from the Moon, it should look fairly close in the sky.
How accurate is the Moon companion check?
The result is an educational skywatching estimate. It uses your location, the selected moment and approximate positions for bright naked-eye planets and major stars. It also filters out objects that fall on the Moon's disc, because those may be hidden behind the Moon instead of visible beside it.
Local clouds, haze, buildings, trees and your exact horizon are not included. If an object is very low, close to twilight or only a few degrees from the Moon, real-world visibility can be harder than the calculation suggests.
Related sky checks
If the object near the Moon is a planet, the what planets are visible tonight guide can help you check whether it is visible later tonight. You can compare the Moon's shape with the current Moon phase tonight, check what time the Moon rises tonight, learn why Venus is so bright tonight, or open the live Solar System map. For more guides, visit more astronomy guides.
Sources and Method
Celesiq uses location, time, approximate solar-system positions and a curated naked-eye object list to estimate what appears nearest to the Moon from your sky. The page is designed for practical skywatching, not for mission planning or occultation predictions.
- Planet and Moon positions are calculated with lightweight browser-side astronomy formulas.
- Bright stars use fixed right ascension and declination values suitable for visual identification.
- Results include horizon and twilight notes so you can judge whether the object is actually visible.
Frequently asked questions
What is the bright star next to the Moon tonight?
It depends on your location and the exact time. The nearby object may be a bright planet such as Venus, Jupiter, Mars or Saturn, or it may be a bright star such as Spica, Regulus, Aldebaran or Antares. Use the quick check above to identify the closest bright candidate from your local sky.
How does the Moon Companion Finder work?
The tool compares the Moon's position with bright naked-eye planets and selected bright stars for your location and current time. It ranks the closest visible object by angular distance, then checks whether the Moon and the object are above your local horizon.
Why does the object next to the Moon change?
The Moon moves quickly through the sky from night to night, and your local sky also changes with time and location. That means the nearest bright object can be different depending on where you are and when you look.
Is the object next to the Moon usually a star or a planet?
It is often a planet because bright planets stand out strongly near the Moon, but some of the most common matches are also first-magnitude stars close to the ecliptic, such as Regulus, Spica, Aldebaran and Antares.
Can I use this tool from my exact location?
Yes. The best result comes from using your current location, because the Moon's apparent position relative to nearby bright objects changes by observer location and by time.
How do I know the result is correct?
Check the object name, direction, angular distance and altitude in the result. Then compare the match with the local sky visualization to confirm that the object appears where the tool says it should be.
Can the Moon hide a star or planet?
Yes. If the Moon passes directly in front of a star or planet from your location, the object is hidden behind the Moon instead of appearing beside it. This is called a lunar occultation. The quick check filters out objects that fall on the Moon's disc, because they would not be visible as a separate point next to the Moon.
Open the full sky map
Use the interactive Celesiq sky map to track the Moon, Sun, planets and satellites on a live world map, or jump through time to compare another night.
Open the interactive map