Meteor shower

Quadrantids 2027: when and where to see them

The Quadrantids peak on the night of 3–4 January 2027. Under a dark sky you could see up to 110 meteors an hour.

Is it clear for the Quadrantids tonight? Check your sky
Peak night
3–4 January 2027
Meteors an hour (ZHR)
up to 110
Best time
before dawn
Moon
12% lit
Radiant
Boötes
Speed
41 km/s

The Moon this year

A thin 12% crescent Moon only rises shortly before dawn, so it barely gets in the way.

About the Quadrantids

The Quadrantids can rival the Geminids, but their peak is short: the best rates last only a few hours, so it pays to be out in the hours before dawn on the right night. They are best seen from the northern hemisphere, and the radiant sits low in the north in the evening and climbs high before dawn.

Where to look

The meteors seem to fly out of a point in Boötes, the radiant, but they can appear anywhere in the sky. Look about halfway up, at a wide area of sky away from the Moon and street lights, and give your eyes 20 minutes to adjust to the dark.

How to watch

  • Get away from town lights if you can. A dark sky shows several times as many meteors.
  • Lie back on a mat or a reclining chair, so you can watch a big piece of sky without craning your neck.
  • Keep your phone away, or use a red screen: one glance at a bright screen undoes your night vision.
  • Dress warmly and be patient. Meteors come in bursts, with quiet spells in between.
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Good to know

Quick answers

When is the best time to see the Quadrantids?

On the night of 3–4 January 2027, before dawn, from somewhere dark. The shower is active for several nights around the peak, so the nights either side are worth a look too.

How many Quadrantids meteors will I see?

The rate at the peak is about 110 an hour under a perfect, dark sky with the radiant overhead. In practice expect a third to half of that, and fewer from a town or with the Moon up.

Do I need a telescope or binoculars?

No. Meteors are best with your eyes alone: they flash across a wide area of sky, far too fast for a telescope. Lie back and take in as much sky as you can.

Where do the Quadrantids come from?

They are dust from asteroid 2003 EH1, probably an old comet. Earth runs through its trail of debris at the same time every year, and the grains burn up about 100 km above us at 41 km/s.

Questions or ideas?

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