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Image note: The featured image is an AI-assisted editorial illustration created for Connect TV Channel. It is not a documentary photograph of a specific place or a single moment during the meteor shower.

International

Perseid Meteor Shower Peaks Under Moonless Skies in One of 2026’s Best Celestial Displays

The annual Perseids reached their peak overnight on August 12–13, with a new Moon creating unusually dark viewing conditions across much of the Northern Hemisphere.

Skywatchers across much of the Northern Hemisphere had favorable conditions for the 2026 Perseid meteor shower, which peaked overnight from Wednesday, August 12, into the predawn hours of Thursday, August 13.

This year’s peak coincided with a new Moon, leaving the night sky free from bright moonlight. Viewers in areas with clear weather and little artificial light had the best opportunity to see the shower’s fast meteors and occasional bright fireballs.

The American Meteor Society lists the Perseids as active from July 17 through August 24 in 2026. Although the strongest activity occurred around the peak, some Perseid meteors may remain visible on nearby nights.

What causes the Perseid meteor shower?

The Perseids occur when Earth passes through streams of dust and small debris left behind by Comet 109P/Swift–Tuttle. When those particles enter Earth’s atmosphere at high speed, they heat the surrounding air and produce brief streaks of light commonly called shooting stars.

NASA says Perseid meteors travel at about 59 kilometres per second. They appear to radiate from the direction of the constellation Perseus, which gives the shower its name, but meteors can be seen across the sky.

How many meteors could viewers see?

The American Meteor Society gives the 2026 Perseids an ideal zenithal hourly rate of about 100. That figure is a standardized estimate under exceptionally dark skies with the radiant high overhead; it is not a promise that every observer will see 100 meteors in an hour.

The society says typical rural viewing rates at maximum are often around 30 to 50 Perseid meteors per hour. Actual counts depend on cloud cover, light pollution, the observer’s location, the height of the radiant and how long a person watches.

How to watch safely

No telescope, binoculars or special glasses are needed to watch a meteor shower. Observers should choose a dark, open location with a broad view of the sky, allow about 30 minutes for their eyes to adjust and look away from nearby lights and phone screens.

The hours after midnight and before dawn are usually most productive because Perseus rises higher in the sky. Viewers should check local weather, dress for the temperature and choose a lawful location away from traffic, unstable ground and other hazards. Never stop on a roadway or trespass to obtain a darker view.

Unlike a solar eclipse, a meteor shower does not require solar-viewing glasses. Meteors are viewed at night by looking at the open sky, not at the Sun.

Why the 2026 display stood out

Moonlight often reduces the number of faint meteors that observers can see. With the Moon essentially absent during the 2026 peak, darker skies improved the contrast between the meteors and the background sky, making this year’s display especially favorable when local weather cooperated.

Photographs of meteor showers can show many streaks accumulated during long exposures or combined from multiple frames. Such images may not match what a person sees at one moment with the unaided eye.

Connect TV Channel will update this article if NASA or the American Meteor Society publishes a material correction to the 2026 event record.

Sources and verification

This report distinguishes the idealized meteor rate used by astronomers from the smaller number that many people actually see under real viewing conditions.

Reporting and image note: Meteor counts vary by location, weather, light pollution and observing time. The featured visual is an AI-assisted editorial illustration, not documentary evidence of a particular viewing location. Connect TV Channel will correct this article if the astronomical record materially changes.