Quadrantid Meteor Shower 2027: Peak Night January 3–4, Moon Conditions and How to Watch
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How we wrote this: Shower dates and facts come from NASA's Quadrantids page. Moon phase and New York City moonrise and sunrise times come from the U.S. Naval Observatory (USNO). All checked October 29, 2026. Meteor counts are best-case figures; real rates vary a lot.
The Quadrantids open every year's skywatching calendar, and NASA calls them one of the best annual meteor showers. They're also the hardest to catch, because their peak is so short. Here is what you need for 2027.
The dates
NASA lists the 2027 Quadrantids as active from December 28, 2026 to January 12, 2027, with the peak night January 3–4, 2027 (Sunday night into Monday morning).
Why timing matters more than usual
Most meteor showers have a peak of about two days. NASA says the Quadrantid peak lasts only a few hours, because the stream of particles is thin and Earth crosses it at a perpendicular angle. During the peak, NASA says 60 to as many as 200 meteors per hour can be seen under perfect conditions.
Perfect conditions are rare, and you won't know in advance exactly which hours will be best from your location. The practical approach: watch on the night of January 3–4, as late as you can, and especially in the predawn hours.
The Moon in 2027: a good year
Moonlight washes out faint meteors. In 2027 it shouldn't be much of a problem. USNO's data for New York City:
| Night | Moon | Moonrise (NYC) | Sunrise (NYC) |
|---|---|---|---|
| Jan. 3, 2027 | Waning crescent, 15% lit | 3:55 AM | 7:20 AM |
| Jan. 4, 2027 | Waning crescent, 9% lit | 4:57 AM | 7:20 AM |
So on the peak night the sky stays moon-free until about 5 AM, and even then the Moon is a thin crescent. New moon follows on January 7. Civil twilight starts about 6:50 AM, so aim to be outside well before then.
Where to look
- Northern Hemisphere viewers have the advantage. NASA says the shower is best viewed from the Northern Hemisphere at night and before dawn (it can also be seen north of 51 degrees south latitude).
- The radiant (where the meteors seem to come from) is in the old constellation Quadrans Muralis, between Boötes and Draco near the end of the Big Dipper's handle. That's why the shower has its name.
- But don't stare at the radiant. NASA's advice: lie flat on your back with your feet facing northeast and take in as much of the sky as possible. Meteors appear all over the sky.
- Get away from lights, and give your eyes 30 minutes in the dark to adapt. Put your phone away or use red-light mode.
Watch for fireballs
NASA says the Quadrantids are known for bright fireballs: larger, more colorful bursts that last longer than an ordinary meteor and come from larger particles.
Where they come from
Most showers come from comets. NASA says the Quadrantids come from an asteroid, 2003 EH1, which may be a "dead comet" or "rock comet." It takes 5.52 years to orbit the Sun and is about two miles (three kilometers) across.
Dress for January
NASA's own tip is to come prepared for winter weather with a sleeping bag, blanket or lawn chair. A few common-sense additions:
- Layers, a hat and warm boots; you'll be sitting still.
- A reclining chair or an insulated pad so you're not lying on frozen ground.
- A thermos, and a plan to warm up indoors between sessions.
- Check the forecast for cloud cover the afternoon before.
Plan the rest of the season
- Geminid meteor shower 2026, December's big shower
- Full moon dates, Nov. 2026 to Apr. 2027
- Stargazing with binoculars for the nights in between