Draconid shower peaks around 9 p.m. EDT on Oct 8 at a handful of meteors per hour
NASA expects the Draconid meteor shower to peak on the evening of Oct. 8, soon after dark, at a few meteors per hour. The early hour suits casual watchers, while the low rate means a dark site and some patience still decide how many they catch.
The Scientist · Science desk
What happened
- Space.com, citing NASA, puts maximum activity at about 9 p.m. EDT on Oct. 8 (0100 GMT on Oct. 9), with meteors visible from Oct. 6 to Oct. 10.
- The meteors are debris from Comet 21P/Giacobini-Zinner, which returns to the inner solar system every 6.6 years and refreshes the trail Earth crosses.
- Space.com reports a waning crescent Moon only 2% lit on peak night, so the sky will be dark enough for faint meteors.
- The shower is capable of rare outbursts, including one in 1933 when observers in Europe saw about 500 meteors a minute.
Why it matters
- What it costs cost An evening session costs little sleep, but at NASA's forecast of a few meteors an hour, a quick look outside before bed can easily turn up nothing.
- Who has to decide decision With so few meteors on offer, choosing a site with limited light pollution will do more for a viewer's count than timing the peak to the minute.
- What it limits constraint Outburst odds track the parent comet's returns, so the next window with raised odds sits near its expected return around late 2031.
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The Draconids are always an evening shower, so this year's convenient hour is normal for them. Space.com describes them as unusual among meteor showers for being best seen a few hours after sunset [3]. It places their radiant in Draco, whose faint stars sit high overhead in the northwestern sky after sunset in October [13]. NASA presents the timing as the appeal. "This is an ideal meteor shower for casual skywatchers, since it begins soon after darkness falls rather than in the early morning hours," the agency said, according to Scientific American [7].
The rate is low. Space.com gives about five meteors an hour at the peak under ideal conditions [4], and NASA's forecast for this year is "a few meteors per hour" [6]. At five an hour, the average wait between meteors is 12 minutes [22]. Both outlets advise giving your eyes about 30 minutes to adjust to the dark [5][10]. Space.com suggests watching a patch of sky roughly 40 degrees from the radiant [9]. The thing the 9 p.m. peak time doesn't tell you is how many of those few meteors a lit suburban sky will hide [1]. Scientific American's advice is to watch from somewhere with limited light pollution [8].
The shower's reputation comes from rare years. Converted to an hourly rate, the 1933 display works out to roughly 30,000 meteors an hour, about 6,000 times the ordinary peak [23]. The 2018 outburst passed 100 an hour, according to EarthSky as cited by Space.com [15]. That is more than 20 times the usual rate [24]. Space.com attributes such spikes to debris bunched near the comet, so the odds rise around the comet's trips through the inner solar system; the latest was in March 2025 [16]. By this year's peak, that passage is about 19 months in the past [25]. "It's impossible to know exactly what the Draconids have in store for us in 2026," Space.com's Anthony Wood wrote [20].
October's other shower is a pre-dawn one. NASA puts the Orionid peak on Oct. 21, with the prime viewing window before dawn after the moon sets, and Scientific American says sky gazers might have more luck spotting a meteor then [19]. The Orionids come from Halley's Comet, about 15 kilometers across at its widest. The Draconids' parent, 21P/Giacobini-Zinner, is about 2 kilometers in diameter [18].
What to watch
- Observer counts after the Oct. 8 peak: rates near NASA's few per hour would confirm a quiet year, while anything like 2018's 100-plus would mean a denser debris strand than forecast.
- The Southern and Northern Taurids, which Scientific American says peak on the nights of Nov. 4-5 and Nov. 11-12.
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- [1]
The Draconids are expected to reach maximum activity around 9 p.m. EDT on Oct. 8 (0100 GMT on Oct. 9), the ideal time for Northern Hemisphere stargazers, according to NASA.
- [2]
The Draconids occur as Earth passes through the debris stream left by Comet 21P/Giacobini-Zinner, which returns to the inner solar system once every 6.6 years to refresh the trail of meteoroids.
- [3]
Unlike most meteor showers, the Draconids are best viewed in the evening just a few hours after sunset.
- [4]
Under ideal conditions, the Draconids can produce around 5 meteors per hour during their peak.
- [5]
Observers should allow 30 minutes for their eyes to fully adapt to the dark.
- [6]
NASA expects the Draconids to produce only "a few meteors per hour" this year.
- [7]
"This is an ideal meteor shower for casual skywatchers, since it begins soon after darkness falls rather than in the early morning hours."
- [8]
The best chance of catching shooting stars is from areas with limited light pollution.
- [9]
Observers should find a patch of sky roughly 40 degrees away from the radiant.
- [10]
Giving your eyes about 30 minutes to adjust to the dark improves the chance of catching shooting stars.
- [11]
The Draconid meteor shower is expected to peak on the night of October 8, according to NASA.
- [12]
Draconid meteors can be spotted from Oct. 6 to Oct. 10.
- [13]
The Draconid radiant is in the constellation Draco, whose faint stars shine high overhead in the northwestern sky after sunset in October.
- [14]
In a 1933 outburst, observers in Europe watched about 500 shooting stars streak across the sky each minute.
- [15]
In 2018, a brief Draconid outburst sent rates above 100 meteors per hour, according to EarthSky.
- [16]
Draconid outbursts arise because debris from Comet 21P/Giacobini-Zinner is concentrated near the comet, so chances of heightened activity rise around the time the comet passes through the inner solar system, which last occurred in March 2025.
- [17]
In 2026 a 2%-lit waning crescent moon will give a dark night in which even the faintest meteors could be seen.
- [18]
Comet 21P/Giacobini-Zinner is about 1.24 miles (about two kilometers) in diameter; Halley's Comet, parent of the Orionids, is about 9.3 miles (15 kilometers) in diameter at its widest.
- [19]
The Orionids peak on October 21 with a prime viewing window before dawn, after the moon sets, according to NASA; sky gazers might have more luck spotting a meteor during the Orionid peak.
- [20]
"It's impossible to know exactly what the Draconids have in store for us in 2026."
- [21]
The Southern and Northern Taurids are set to peak on the nights of November 4-5 and 11-12, respectively.
- [22]
At about 5 meteors per hour, the average interval between Draconid meteors is about 12 minutes.
- [23]
The 1933 rate of about 500 meteors per minute equals roughly 30,000 per hour, about 6,000 times the ordinary peak of about 5 per hour.
- [24]
The 2018 outburst rate of more than 100 per hour was more than 20 times the ordinary peak of about 5 per hour.
- [25]
The comet's March 2025 passage is about 19 months before the October 2026 peak.
- [26]
Adding the comet's 6.6-year return period to its March 2025 passage puts its next return around late 2031.
Sources
2 independent publishers whose own reporting we read for this story.
- scientificamerican.comTwo meteor showers are lighting up the October sky—here’s how to see them
1 article · October 6, 2026
- space.comThe Draconid meteor shower peaks tonight before bedtime. Here's how to see it
1 article · October 7, 2026
Topics and entities
Topics
Entities
- Draconid meteor shower
- Comet 21P/Giacobini-Zinner
- NASA