When to See the Draconid and Orionid Meteor Showers

When can I see the Draconid meteor shower?

The Draconids are expected to reach their main maximum at about 9 p.m. Eastern Daylight Time on Thursday, October 8, 2026 ¹. That is a useful time to start watching, especially for people in the Northern Hemisphere. The shower continues overnight into Friday, but its early-evening timing is unusual: the point in the sky from which the meteors seem to spread is high during the evening ¹.

The source describes a new moon arriving Saturday, October 10, making the sky around the Draconid peak comparatively dark ¹. That can help viewers notice faint meteors, though it cannot guarantee a clear sky or a busy display.

When is the Orionid meteor shower’s peak?

The Orionids are active until November 7, according to BBC Weather, with their peak expected around October 21 ². A report published October 7 identifies the peak as the night of Wednesday, October 21, and gives a maximum rate of 15 meteors an hour ³. These are forecasts, not a promise that an observer will see that many.

The BBC gives a broader estimate of around 10 to 20 meteors per hour at the peak under ideal conditions ². The difference between that range and the other report’s figure reflects the fact that hourly rates are estimates and actual viewing depends on the sky and conditions.

Where should I look in the sky?

The Draconids appear to come from a point near Draco, the Dragon. The Orionids appear to radiate from Orion, which gives them their name, but their meteors can cross anywhere in the sky ¹². So there is no need to stare only at Orion or Draco.

The available sources do not give a detailed, location-specific direction or height for the Orionids. A broad view of the night sky is more useful than trying to follow one small patch. For the Draconids, the reported advantage is that their radiant point is high during evening hours for Northern Hemisphere viewers ¹.

How can I get the best view?

Choose a place where buildings, trees, and bright lights block as little of the sky as possible. Give your eyes time to adjust to the darkness, and watch patiently rather than expecting a steady stream. These practical steps do not change how many meteors occur, but they can make faint streaks easier to notice.

Moonlight is another factor. The Draconid peak comes shortly before the new moon, which should mean less lunar light than during a bright-moon period ¹. For the Orionids, the October 7 report says the Moon will be three-quarters waxing and may reduce visibility ³. Local clouds and light pollution can also affect what you see; the sources do not provide a dependable forecast for every location.

What causes these meteor showers?

A meteor is a streak of light produced when a small piece of space debris enters Earth’s atmosphere. The debris heats up and creates the visible streak; most meteors are small enough to break apart rather than reach the ground ²⁴.

The Orionids come from debris left by Halley’s Comet. Earth passes through this material each year, producing the shower in October ². The sources provided here do not explain the parent body of the Draconids, so this article does not identify one.