Sonali Tiwary
Two meteor showers are active this month. The Draconids peak this week, on the nights of 8 and 9 October, and the Orionids follow later in the month, peaking on 21 and 22 October. Neither shower requires binoculars, a telescope, or a trip to a remote dark-sky site — but the Draconids have a timing quirk that most stargazing guides get wrong.
Draconids: watch in the evening, not the early hours
The Draconids are one of the very few meteor showers best watched in the early evening rather than after midnight. Their radiant point — the area of sky the meteors appear to streak from — sits in the constellation Draco, which reaches its highest point in the northern sky shortly after dark in early October.
For UK viewers, the optimal window on 8 and 9 October is roughly 7:30 PM to 10:00 PM. Looking north-northwest and allowing 20 minutes for your eyes to adapt to the dark will give you the best chance of seeing individual streaks. After about 10 PM, the radiant begins to descend toward the horizon, and visible Draconid activity is likely to reduce as a result.
The parent comet is 21P/Giacobini-Zinner. The Draconids travel at around 20 kilometres per second on atmospheric entry — slow, by meteor standards — which means they produce longer, more gradual streaks rather than fast white flashes. In a typical year, the Draconids produce a relatively low rate of meteors — the IMO’s expected rate is around 5 per hour under dark skies at peak. Activity can occasionally spike considerably higher when Earth passes through a denser filament of comet debris, though 2026 predictions describe the activity level as uncertain.
The 2026 Draconid peak falls near a new Moon, which means the sky will be genuinely dark during the optimal evening window — good news for visibility. UK dark sky areas guide
Orionids: pre-dawn viewing from 21 October
The Orionids are active from 2 October through to 7 November, but the peak falls on 21 and 22 October. Unlike the Draconids, these are pre-dawn meteors. The radiant point lies in Orion, which rises above the horizon in the early hours and is highest in the southern sky between roughly 2:00 AM and 5:00 AM.
The Orionids are fast-moving — around 66 kilometres per second — and often leave brief glowing ionisation trails in their wake. The International Meteor Organization puts the expected peak rate at around 20 meteors per hour under ideal dark-sky conditions, though typical suburban viewing will be lower.
One complication for the 2026 Orionid peak: the full Moon falls on 26 October, so the Orionid peak occurs under a waxing gibbous Moon rather than a full Moon — meaning on peak nights, the Moon will be nearly full and washing out faint meteors. The pre-dawn hours remain the best bet because the Moon will be lower by then, but expect a reduced visible count compared to a dark-Moon year. The Orionids’ parent body is 1P/Halley — the same Halley’s Comet that last passed through the inner solar system in 1986. Perseid meteor shower 2026 results
What actually helps you see more meteors
Telescopes and binoculars restrict your field of view and work against you for meteor watching. The more sky you can see at once, the better your chances. Lie flat on your back on a clear night, look straight up or slightly toward the radiant direction, and give your eyes at least 15 to 20 minutes to adjust before you start counting.
Urban light pollution can reduce visible meteor counts by up to 80 percent compared to a rural dark-sky location. If you’re in a city, even moving to a local park away from streetlights makes a noticeable difference.
Both showers can be seen across the UK, Ireland, the northern US, and Canada. For Southern Hemisphere observers, the Draconids are very difficult to observe because Draco never rises high enough above the horizon; the Orionids are visible from the Southern Hemisphere, though they appear lower in the sky.
The Orionid peak on 21 to 22 October is the next opportunity if the Draconid display disappoints. Weather forecasts for your specific location are the most useful tool in the 24 hours before each peak night.
