If you only mark one night on your stargazing calendar for the rest of 2026, make it the night of December 13–14. That is when the Geminid meteor shower peaks — and this year, unusually, the moon mostly stays out of the way. Add a run of smaller November showers before it and a fresh batch of lunar science from NASA's Artemis II mission, published in October, and the last quarter of 2026 is a better time to look up than most.
Here is everything worth planning around, with every date checked against EarthSky's 2026 meteor guide, NASA, and SkyG's own lunar math.
The Geminids are the most reliable rich shower of the year, and 2026 gives them good conditions. NASA lists the shower as active from December 4 to 17, 2026, peaking December 13–14, and EarthSky's 2026 guide puts the predicted peak at 05:44 UTC on December 14.
The moon is the reason this year works. At the predicted peak, SkyG's lunar calculation puts the moon at about 22% illuminated — a waxing crescent that sets in the evening. First quarter does not arrive until December 17, several days after the peak. In plain terms: the hours when rates are highest, after midnight, are moon-free.
What should you actually expect? NASA is honest about the gap between headline numbers and real skies:
The radiant — the point the meteors appear to stream from — sits in the constellation Gemini, near the bright star Castor. It rises in mid-evening and climbs highest around 2 a.m. local time. One advantage of the Geminids over most showers: because the radiant is up early, the show starts at a civilized hour, around 9 or 10 p.m., which makes it the best major shower of the year for younger viewers. NASA also notes the meteors move at about 35 kilometers (22 miles) per second and often look bright and yellowish.
Most meteor showers are comet debris. The Geminids are the odd ones out: their parent is 3200 Phaethon, an object about 5.1 kilometers (3.17 miles) across that orbits the Sun every 1.4 years. NASA describes it as an asteroid, a possible "dead comet," or a "rock comet" — it follows a comet-like orbit but grows no tail near the Sun and looks rocky in its spectra. Phaethon was discovered on October 11, 1983, by the Infrared Astronomical Satellite, and astronomer Fred Whipple was the one who connected it to the Geminid stream.
The shower has strengthened over time: when first noticed in the mid-1800s, it produced only 10 to 20 meteors per hour.
You do not have to wait for December to see meteors. November offers three smaller shows, each with its own quirk.
The Taurids (early to mid-November). Two overlapping streams, the South and North Taurids, ramble through October and November. EarthSky puts the South Taurid peak at 19 UTC on November 5 and the North Taurid peak at 18 UTC on November 12. Rates are low — roughly five per hour from each stream, about ten combined when they overlap — but Taurid meteors are slow, bright, and famous for occasional fireballs. The 2026 timing helps: new moon falls on November 9, so moonlight barely interferes. If you see one huge, slow fireball this autumn, it was probably a Taurid.
The Leonids (night of November 17–18). The predicted peak is 0 UTC on November 18, with the radiant in Leo rising around midnight and standing highest at dawn. Expect 10 to 15 meteors per hour under ideal conditions — and fewer in practice this year, because first quarter moon falls on November 17 and a roughly half-lit moon will wash out the fainter Leonids. Watch after the moon sets or in the last hours before dawn for the best of it. No storm is predicted for 2026; the Leonids' famous outbursts are not an every-year event, and we will say so plainly rather than hype one.
The Orionids are already the opener. If you are reading this in mid-October, the season has in fact started: the Orionids peak around October 21 (predicted 18 UTC), at roughly 10 to 20 meteors per hour. A bright waxing moon spoils the early night, but it sets before dawn — the pre-dawn hours around the peak are your window.
The year's last shower, the Ursids, peaks at 20:59 UTC on December 22. In a normal year it is a quiet 5 to 10 meteors per hour from a radiant near the Little Dipper. In 2026 it runs into a wall: full moon arrives at 01:28 UTC on December 24, and at the Ursid peak our calculation puts the moon at about 98% illuminated. Only the brightest Ursids will punch through that glare. Go if you enjoy a moonlit winter walk; do not drive two hours for it. The Geminids, nine days earlier, are the December trip worth making.
For planning further ahead, our 2027 meteor shower calendar runs the same moon math over next year's peaks — and 2027 is far less kind to the Geminids than 2026 is.
The year's biggest astronomy story was not a shower. On April 1, 2026, NASA's Artemis II launched four astronauts — Reid Wiseman, Victor Glover, and Christina Koch of NASA, plus Jeremy Hansen of the Canadian Space Agency — on the first crewed flight of the Orion spacecraft, a nearly 10-day loop around the Moon. They splashed down on April 10 in the Pacific off San Diego. At their farthest, the crew reached 252,756 miles from Earth, which NASA records as the greatest distance humans have ever traveled from home, breaking Apollo 13's mark.
In October 2026, NASA published the mission's Preliminary Lunar Science Report — built from the crew's photographs, spoken observations, drawings, and annotations, as reported by Phys.org. The detail that grabbed skywatchers: during the long pass behind the Moon, the crew reported five extremely faint flashes on the lunar surface — small impactors, estimated at no more than a couple of inches across, striking in real time. NASA calls all of this preliminary, and so do we — but it is a reminder that the Moon you will watch during the Geminids is again a place people study up close.
Our moon phase calendar computes the phase for any of these nights — and for the nights the Artemis crews will fly — with the same math we used for the percentages in this article.
The technique is the same one in our beginner stargazing guide, tuned for a cold December night:
Copy any of these prompts into your favorite AI assistant — paste in your location and the answers get dramatically more useful.
🔎 Plan your Geminid night around your sky
I live near [your town]. The Geminid meteor shower peaks at 05:44 UTC on December 14, 2026, with the radiant in Gemini highest around 2 a.m. local time and a waxing crescent moon (about 22% lit) setting in the evening. Convert the peak to my local time, then build me an hour-by-hour plan for the night of December 13–14: when to go out, when the darkest window falls, and what a realistic meteors-per-hour expectation is from a suburban backyard versus a dark site an hour away.🧭 Decide which late-2026 shower deserves your trip
Compare the Taurids (peaks Nov 5 and Nov 12, ~5/hr each, new moon Nov 9), Leonids (peak Nov 18 0 UTC, 10–15/hr, first-quarter moon), Geminids (peak Dec 14, up to 120/hr ideal, ~22% moon), and Ursids (peak Dec 22, 5–10/hr, ~98% moon) for a viewer at [your latitude]. Rank them by what I'd actually see on a clear night, and tell me which one justifies driving to a dark-sky site.💡 Turn Artemis II's report into a Moon-watching session
NASA's Artemis II Preliminary Lunar Science Report (October 2026) describes the crew seeing impact flashes and subtle surface colors on the Moon. Based on that, design a 30-minute naked-eye and binocular Moon-observing session for a beginner: what features to look for near the terminator, why colors are easier to notice than I expect, and three questions to ask myself while observing so I'm doing real observation, not just looking.Tip: replace the bracketed parts with your own situation — the more specific your prompt, the more useful the answer.
Late 2026 belongs to the Geminids. They peak at 05:44 UTC on December 14 with the moon only about 22% lit and out of the way after midnight — the best combination of high rates and dark skies the shower has offered in a while, worth 40 to 50 meteors per hour from a genuinely dark site. November's Taurids (dark skies near the November 9 new moon, fireball-prone) and Leonids (November 17–18, moon-diminished) are the warm-ups; the Ursids on December 22 are effectively full-mooned out. Meanwhile, NASA's October publication of the Artemis II Preliminary Lunar Science Report — five faint impact flashes and a human-eye record from 252,756 miles out — gives the season's Moon-watching a story to go with it.
The single most important takeaway: circle December 13–14 now — in 2026 the year's best meteor shower and a moon that stays out of its way land on the same night, and that pairing does not happen every year.
Sources: EarthSky's 2026 meteor shower guide, NASA Science's Geminids page, NASA's Artemis II mission recap, and Phys.org's October 2026 report on the Artemis II Preliminary Lunar Science Report — all linked inline above. Moon illumination percentages computed with SkyG's own lunar algorithm, October 15, 2026.
Published October 15, 2026
One sharper AI prompt + one new stargazing topic every week. Free forever, unsubscribe anytime.
We never share your email. One email a week, that's the deal.