By Alexander Merz · Updated on · Details checked on 7 October 2026
Every spring, the May sky hands early risers a quiet spectacle: the Eta Aquariids, shooting stars born from the dust of Halley’s Comet. While nearly half of May’s meteor showers stay active in broad daylight, a few are worth setting an alarm for at dawn. Here’s how to catch the Eta Aquariids in 2026, plus the other showers streaking across the May sky.
⚡ The quick answer: The Eta Aquariids peak overnight on May 5–6, delivering 60–70 meteors per hour. The best window is the pre-dawn sky, when the radiant in Aquarius climbs in the east. In 2026 a waning Moon barely interferes. All you need is a clear, dark sky away from city lights; binoculars help you track down the fainter showers.
The Eta Aquariids: May’s headline meteor shower
From the trail left by its parent body, the famous Halley’s Comet, the Eta Aquariid meteor stream (also called the “May Aquariids”) pours across the northern sky. The comet’s orbit lies very low above the horizon, so the shallow entry angle from the radiant in the constellation Aquarius makes the meteors visible for an unusually long time, drawing out long, glowing trails.
You’ll see the 60–70 meteors per hour best at the peak of activity, overnight on May 5–6. Records of this strong spring shower’s roughly steady fall rate go back at least two thousand years.
When and where to watch the May Aquariids in 2026
For observers in the mid-northern latitudes, the most promising window falls in the first half of May, and especially at dawn on May 6. Because the radiant sits in Aquarius, a low constellation from our vantage point, aim for the east-southeastern horizon in the hour or two before sunrise. The farther south you are, the higher the radiant climbs and the richer the show.
| Shower | Peak | Hourly rate | Visibility |
|---|---|---|---|
| Eta Aquariids | May 5–6 | 60–70 / hr | Naked eye, at dawn |
| May Librids | May 6–7 | Low | Difficult |
| Epsilon Aquilids | May 17–18 | < 5 / hr | Binoculars needed |
| Southern May Ophiuchids | May 13–18 | Low | Difficult |
Faint and daytime showers between May 6 and 19
The “May Librids” reach their sparse activity peak on May 6–7, but they’re far less significant than their June counterpart. Their parent body’s orbit clearly stems from the same radiant. The “Southern May Ophiuchids” (peak May 13–18) and the “Northern May Ophiuchids” (peak May 18–19) owe their names more to their origin in the constellation Ophiuchus than to their weak fall rate.
The “Epsilon Aquilids” can only be spotted with optical aids in the northern sky. Their peak rate of fewer than 5 meteors per hour falls on the night of May 17–18.
Meteor streams active in broad daylight
Daytime meteor streams are visible to the naked eye only in exceptional cases. On May 9 and 10 the “Epsilon Arietids” reach their maximum; studies show they come from the same parent body whose orbit crosses Earth again in November, but then below the radiant of the “Southern Taurids.” Also streaming from the constellation Aries, the “May Arietids” race across the daytime sky, peaking on May 16–17. The “May Piscids” from the constellation Pisces and the somewhat stronger, also daytime “Omicron Cetids” (constellation Cetus) can likewise be found with the right instruments; the latter show sharply fluctuating rates from year to year.
What gear do you need to watch meteors?
For the Eta Aquariids, your naked eyes are the best tool: give them 20–30 minutes to adapt to the dark, lie back comfortably, and scan a wide swath of sky. To hunt down the fainter showers or pin down a radiant, though, a solid pair of binoculars makes all the difference — wide field, large exit pupil, and no setup at all.
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Frequently asked questions about the May Aquariids
When can I see the Eta Aquariids in 2026?
The peak lands overnight on May 5–6, 2026. The best time is dawn on May 6, one to two hours before sunrise, when the radiant in Aquarius rides highest in the east.
How many shooting stars per hour?
Up to 60–70 meteors per hour at the peak under ideal skies. From the northern hemisphere the radiant stays low, so the rate you actually observe is lower.
Where do the May Aquariids come from?
From Halley’s Comet. Each spring Earth passes through the dust trail this comet left behind, giving rise to the Eta Aquariid meteor shower.
Do I need a telescope to see them?
No. Meteors are best watched with the naked eye over a wide field of view. Binoculars still help for the faint showers and for exploring the sky between meteors.
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