Draconid Meteor Shower 2026 UK

When is the Draconid meteor shower in 2026?

The Draconid meteor shower peaks on the evening of Thursday 8 October 2026, running into the early hours of Friday 9 October. The predicted maximum, when Earth passes closest to the centre of the dust stream, falls at about 2.20am BST on the 9th. The shower is short: it is active only from 6 to 10 October, and most of the activity is packed into a day or so around the peak.

The Moon could not be better placed. It is a 4% waning crescent that sets before the Sun on the 8th and doesn't rise again until around 6am, with New Moon on 10 October. That gives a properly dark sky for the whole evening, which matters for a shower this faint. If Thursday is cloudy, the evening of Friday 9 October is a fair second choice under the same moonless sky, though rates will already be falling.

What time is best to watch the Draconids in the UK?

From the UK the best time to watch the Draconids in 2026 is between about 8.15pm and 11pm BST on Thursday 8 October. This is the one shower of the year that rewards going out early. Most meteor showers are best before dawn, but the Draconid radiant is highest as night falls and sinks steadily from then on. At 8pm it is nearly 70 degrees up. By 11pm it is down to about 45 degrees, and by 2am it is only 25 to 30 degrees above the north-north-western horizon.

The sky is fully dark by 8.13pm in London, 8.22pm in Birmingham, 8.27pm in Plymouth and 8.33pm in Edinburgh. The radiant never sets from the UK, so you can keep watching past midnight towards the predicted maximum, but every hour costs you altitude and with it some of the meteors you would otherwise see. For families this is the easy one: an hour in the garden after tea on a school night, and everyone is in bed by ten.

Where to look for Draconid meteors

Draconid meteors trace back to the head of Draco the Dragon, a small lopsided box of four stars. On October evenings it sits high in the west-north-west. The easy way to find it is to start with Vega, the brilliant blue-white star very high in the west-south-west, then look about two fist-widths at arm's length to its right, at much the same height. The two brightest stars of the box are Eltanin and Rastaban, and the radiant lies just to the right of them.

You don't need to stare at it. Face west or north-west, lie back so you can see as much sky as possible, and watch a dark area 30 to 60 degrees away from the Dragon's head. Meteors near the radiant look short. The longer streaks appear further out, and because the radiant is so high at nightfall they can show up in any part of the sky. If you are still learning your way around, our stargazing for beginners guide covers finding the main stars and patterns.

How many Draconid meteors will I actually see?

Honestly, not many. In a normal year the Draconids have a ZHR of about 5 to 10, which is a small shower. From a dark UK site on the evening of 8 October expect a handful of Draconids an hour, plus a few unrelated sporadic meteors. From a suburban garden it may be one or two. If you want a big count, the Orionids on 21–22 October are stronger and the Geminids meteor shower in December is in a different league.

What makes the Draconids worth an hour is their character and their history. At 21 km/s they are among the slowest meteors of the year, a third the speed of an Orionid, so each one drifts across the sky rather than flashing. And the shower has a record of surprises. In 1933 and 1946 it produced storms of thousands of meteors an hour, and there were strong outbursts in 2011 and 2018. No outburst is predicted for 2026, but with a dark, moonless evening there is nothing to lose by looking.

What causes the Draconid meteor shower?

The Draconid meteor shower is caused by Earth passing through dust shed by Comet 21P/Giacobini-Zinner, a small comet that orbits the Sun about every six and a half years. It is why the shower is sometimes called the Giacobinids. Each time the comet passes the Sun it leaves a fresh trail of grit along its orbit, and every October Earth crosses the region where those trails lie.

In most years we only brush the thin outer parts of the stream, which is why rates are low. The outbursts happen when Earth passes close to a dense, recent trail, usually in the years around the comet's return. The dust crosses Earth's path at a low closing speed rather than meeting it head-on, which is why Draconids are so slow. Compare that with the Orionids, debris from Halley's Comet, which meet us almost head-on at 66 km/s.

How to watch the Draconids: the honest version

Leave the telescope indoors. Meteors cross tens of degrees of sky in a second or two, and any optical aid narrows your view and guarantees you miss them. Your eyes are the right instrument. What actually matters:

• Go out early. Be outside by 8.15pm on the 8th. The radiant is highest at nightfall, so the first dark hours are the best ones.
• Check the forecast first. Our stargazing tool shows what you can see in the sky tonight and scores your local sky out of 10 for cloud, Moon and light pollution.
• Get somewhere dark. With so few meteors, a dark sky makes more difference than anything else. Our UK dark sky sites map shows the nearest good spot.
• Give your eyes 20 minutes. No phone screens. Dark adaptation is the difference between seeing one meteor and seeing five.
• Lie back and stay an hour. A deckchair or camping mat, a blanket and a flask. Meteors come in bursts and lulls, and ten minutes tells you nothing.

The waits are long with a shower this size, so plan something for them. The Milky Way runs almost overhead through Cygnus at 9pm, and Saturn, just past its 4 October opposition, is about 20 degrees up in the east-south-east at 9pm and climbing. Our guide to binocular astronomy shows what to sweep for, and how to see the Milky Way explains why a moonless October evening is one of the best chances of the year. For everything else up that week, see the UK night sky this week.