Eta Aquariids 2027
Meteor shower from 1P/Halley · up to 50 meteors per hour
Next peak (showing UTC)
- Active
- to
- Moon at peak
- 0% lit
- Speed
- 66 km/s
- Details
- Eta Aquariids 2027
Choose a location to see how high the radiant climbs from your city.
About the Eta Aquariids
The Eta Aquariids are caused by Earth crossing the trail of dust left by 1P/Halley. The meteors appear to stream from a point called the radiant, at right ascension 338° and declination -1°, and hit the atmosphere at about 66 km/s. The peak is defined by the Sun's ecliptic longitude of 45.5°, which is why the date shifts slightly from year to year.
The zenithal hourly rate of 50 assumes a perfectly dark sky with the radiant overhead. From most locations expect fewer, and far fewer if the Moon is bright. With a southern radiant this shower favours the southern hemisphere and the tropics.