# NASA says July’s night sky will bring Venus, meteors, the Milky Way and a returning comet

> NASA's July 2026 skywatching guide points to a month when familiar objects take on new arrangements. The Moon moves past bright planets, the Milky Way gains a darker stage and Comet 10P/Tempel 2 becomes a tempting target for patient observers. The month's...

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Byline: NASA Science
Published: 2026-07-17T03:10:02+00:00
Categories: News, Space

![Beautiful night sky with Milky Way over forest. Night landscape](https://www.argo.net/wp-content/uploads/2026/07/Milky_Way.jpg)

NASA's July 2026 [skywatching guide](https://science.nasa.gov/solar-system/whats-up-july-2026-skywatching-tips-from-nasa/) points to a month when familiar objects take on new arrangements. The Moon moves past bright planets, the Milky Way gains a darker stage and Comet 10P/Tempel 2 becomes a tempting target for patient observers.

The month's appeal comes from timing. Some events unfold before sunrise, when Saturn, Mars and the Pleiades gather in the eastern sky. Others appear soon after sunset, when **Venus** glows low in twilight. Near the end of July, the **Buck Moon** and two meteor showers add a brighter and more active finish.

Most of these sights require no special equipment. A clear horizon, a dark location and a little planning can make the difference between a quick glance and a memorable view. Binoculars or a small telescope can reveal fainter details, especially around star clusters, nebulae and the returning comet.

## Saturn meets the Moon before dawn

Earlier this month, on July 7 and 8, **Saturn** appeared close to the waning Moon before dawn. The pairing offered an easy landmark for skywatchers, since the Moon can guide the eye toward the pale yellow planet.

Saturn's rings cannot be seen with the naked eye, but the planet itself is bright enough to spot from many locations. Through a small telescope, the view becomes more dramatic. The planet's flattened shape and ring system turn a simple morning observation into a deeper look at the outer solar system.

Before-sunrise viewing also has a practical advantage in summer. Air can be steadier before daytime heating begins and many urban lights are less distracting. For observers with a clear eastern or southeastern horizon, the Moon's changing position helped mark Saturn's location across consecutive mornings.

Such close pairings are line-of-sight events from Earth's point of view. The Moon sits about 239,000 miles away on average, while Saturn is hundreds of millions of miles farther out. Their apparent closeness comes from the geometry of Earth, the Moon and the planets as they move along the same general path in the sky.

## Mars and the Pleiades form a sky triangle

On July 11, the pre-dawn sky offers another compact scene. A thin crescent Moon will appear near **Mars** and the **Pleiades**, forming a small triangle above the eastern horizon before sunrise.

The Pleiades are among the most recognizable star clusters in the night sky. To the eye, they look like a tight sprinkle of stars. Binoculars reveal many more members, giving the cluster a glittering texture that stands out against the early morning darkness.

Mars adds color to the scene. Its rusty tone can help separate it from the bluish-white stars of the Pleiades. The Moon's crescent shape gives the grouping a clear visual anchor, especially for casual observers who may be learning how to identify planets and star clusters.

For the best view, observers should look about two hours before sunrise from a location with an open eastern horizon. Trees, buildings and hills can block low objects. A simple pair of binoculars can help, though the basic triangle should be visible without magnification under clear skies.

## A New Moon opens the Milky Way window

July 14 brings the **New Moon**, one of the month's most useful dates for deep-sky viewing. With the Moon near the Sun from our perspective, moonlight leaves the night sky darker. That darkness makes faint stars, nebulae and the Milky Way easier to see.

For many observers in the Northern Hemisphere, July is a prime time to look toward the bright central region of the **Milky Way**. From dark rural skies, the galaxy can appear as a milky band stretching across the southern sky. The effect improves after eyes adjust to darkness for 20 minutes or more.

The constellation Sagittarius provides a helpful guide. Its "Teapot" pattern points toward the crowded center of our galaxy. This region contains dense star fields and dark dust lanes, which give the Milky Way its mottled appearance in long-exposure photos and under excellent dark skies.

The same dark window favors classic deep-sky targets. The Ring Nebula in Lyra and the Great Hercules Cluster in Hercules are popular summer objects for binoculars and small telescopes. They reward patience, since faint objects often become clearer when viewed slightly off-center rather than straight on.

Light pollution remains the main obstacle. A New Moon helps, but city lighting can still wash out the galactic band. Traveling even a short distance away from bright urban centers can reveal far more structure in the sky.

## Venus shines beside a crescent Moon

On July 17, attention shifts to evening twilight. **Venus** will appear near a delicate crescent Moon above the western horizon shortly after sunset, creating one of July's easiest sky events to enjoy.

Venus is often called the evening star when it shines after sunset. Its brightness comes from its cloud-covered atmosphere, which reflects sunlight extremely well. That brilliance makes it visible before the sky becomes fully dark.

The crescent Moon gives the scene extra contrast. Its sunlit edge will be bright, while the darker portion may show a faint glow called earthshine. That glow comes from sunlight reflected by Earth onto the Moon's night side.

This pairing is also a strong target for photography. A phone camera may capture the two objects if the horizon is clear and the exposure is steady. A tripod, even a small one, helps prevent blur as twilight deepens.

Timing matters because both objects will sit in the western sky after sunset. Observers should choose a location with a low, open view toward the horizon. The scene will change quickly as the sky darkens and the Moon and Venus sink lower.

## The Buck Moon rises bright

The **Buck Moon** reaches full phase on July 29. The name is tied to the season when male deer grow new antlers and it remains a familiar marker in popular skywatching calendars.

A full Moon is bright enough to dominate the night sky. Its light can reduce the visibility of faint stars and meteors, but it also creates a striking view of the lunar disk. When the Moon rises near the horizon, it often appears larger and warmer in color.

That larger look is a visual illusion. The Moon's actual size in the sky changes only slightly from night to night. Near the horizon, the brain compares it with trees, buildings and other foreground objects, which can make the disk seem unusually large.

The orange or golden color near moonrise has a physical cause. Moonlight travels through more of Earth's atmosphere when the Moon is low. Shorter blue wavelengths scatter more easily, leaving warmer colors to reach the eye.

For the most dramatic view, observers should check local moonrise times on July 28 and July 29. A view across water, open fields, or a city skyline can give the full Moon a strong foreground and make the rise feel more vivid.

## Two meteor showers peak together

Late July brings a double meteor opportunity. The **Southern Delta Aquariids** and **Alpha Capricornids** reach peak activity around the same part of the month, with the best chances falling near July 30 and 31.

The Southern Delta Aquariids can produce a steady trickle of meteors under dark skies. The shower favors the Southern Hemisphere, but some meteors can be seen from lower northern latitudes as well. Its meteors appear to radiate from the direction of Aquarius.

Alpha Capricornids usually produce fewer meteors. Their appeal comes from the possibility of bright fireballs, which can stand out even when sky conditions are imperfect. A fireball is simply a very bright meteor, caused by a larger piece of space debris burning up in Earth's atmosphere.

This year, moonlight will be a challenge near the end of July. The full Moon arrives on July 29, so faint meteors may be washed out during the peak nights. Brighter meteors and fireballs remain possible, especially from locations with wide-open skies.

The best strategy is simple. Go somewhere dark, give your eyes time to adjust and scan a broad area of sky. Meteor watching works best without binoculars or telescopes, since magnification narrows the view.

## Comet 10P becomes a telescope target

July also gives experienced observers a chance to follow **Comet 10P/Tempel 2**. NASA highlights the New Moon period as a useful dark-sky window for finding the periodic comet as it moves through the summer sky.

Comet 10P is a returning comet with an orbit measured in years rather than decades or centuries. As it travels closer to the Sun, solar heating can release gas and dust from its icy nucleus. That material forms the fuzzy coma that makes a comet look different from a star.

Early in July, a small telescope offers the best chance of detecting it. By later in the month, dark skies and binoculars may help some observers pick it up, depending on local conditions and the comet's actual brightness. Comets can be unpredictable, so careful sky charts are useful.

Unlike Venus or the Moon, a comet often demands patience. It may appear as a dim smudge rather than a spectacular streak. That subtle view is part of the appeal for many amateur astronomers, because it shows a small icy body moving through the inner solar system in real time.

July's sky calendar works best as a sequence. The Moon guides the eye to planets, the New Moon opens the deep sky and the month ends with meteors and a full lunar glow. For anyone willing to step outside at the right hour, NASA's July lineup turns ordinary nights into a changing tour of the solar system and beyond.