Stargazing guide
Quadrantids Meteor Shower 2027: Peak Night, Timing and Viewing
The American Meteor Society lists the Quadrantids as active Dec. 28, 2026–Jan. 12, 2027, with a peak night of Jan. 3–4 and a predicted maximum near Jan. 4 at 03:30 UTC. AMS says this timing favors Europe and western Asia. In the contiguous United States, that instant converts to the evening of Jan. 3—about 7:30 p.m. PST, 8:30 p.m. MST, 9:30 p.m. CST or 10:30 p.m. EST. Those are clock conversions, not a local best-viewing prescription. NASA describes the maximum as only a few hours and says the shower is best viewed in the Northern Hemisphere at night and before dawn. AMS calls the waning-crescent Moon favorable at about 18% illumination; USNO lists New Moon on Jan. 7 at 20:24 UTC. Local radiant height, darkness, clouds and access still decide whether a session is worthwhile.
By The Star Window · Fact checked 2026-10-15 · Accountability and corrections
The 2027 Quadrantids at a glance
Swipe the table horizontally to view every column.
| Source timing | What it means | Planning limit |
|---|---|---|
| AMS activity dates: Dec. 28, 2026–Jan. 12, 2027 | The annual activity window crosses the year boundary | AMS gives date labels without a local observing schedule; dates alone do not predict visibility. |
| AMS peak night: Jan. 3–4, 2027 | Use both civil dates as a planning window | The exact local night varies with time zone; a peak-night label is not an all-night guarantee. |
| AMS predicted maximum: near Jan. 4 at 03:30 UTC | A short, predicted maximum; AMS says its timing favors Europe and western Asia | Use the UTC instant as a reference, then check local darkness and radiant height. |
| Contiguous U.S. clock conversion: Jan. 3 evening | 03:30 UTC is about 7:30 p.m. PST, 8:30 p.m. MST, 9:30 p.m. CST and 10:30 p.m. EST | These are standard-time conversions only—not recommended observing times or a U.S. visibility forecast. |
| AMS Moon estimate: waning crescent, about 18% illuminated | Lunar interference should be limited near the listed peak | Moon phase does not establish local Moon altitude, rise/set, darkness or cloud conditions. |
| USNO New Moon: Jan. 7 at 20:24 UTC | The New Moon follows the listed peak by several days | This is a UTC phase instant, not a local observing window. |
Why the peak date and local observing night differ
The American Meteor Society lists Quadrantid activity from Dec. 28, 2026 through Jan. 12, 2027, with a peak night of Jan. 3–4. Its predicted maximum is near Jan. 4 at 03:30 UTC, and AMS says that timing favors Europe and western Asia. The quoted peak instant is a forecast from a meteor calendar, not an exact appointment for every observer.
Because January uses standard time across the contiguous United States, 03:30 UTC on Jan. 4 converts to the evening of Jan. 3: approximately 7:30 p.m. PST, 8:30 p.m. MST, 9:30 p.m. CST and 10:30 p.m. EST. The conversion changes the civil date; it does not determine whether the shower's radiant is high enough or whether the sky is dark at your location. Check a location-specific chart before choosing a time.
NASA describes the Quadrantid maximum as lasting only a few hours and says the shower is best viewed from the Northern Hemisphere at night and before dawn. Treat the AMS timing and NASA viewing guidance together: the short peak can fall at a less convenient local hour in some places, and this page does not claim a guaranteed U.S. peak window. Use the meteor shower guide hub for annual context, but use this dated guide for the 2027 timing.
Moonlight is favorable, but not a darkness forecast
AMS describes the 2027 peak as occurring under a thin waning-crescent Moon, about 18% illuminated, and says it should not interfere with meteor activity. The U.S. Naval Observatory lists New Moon on Jan. 7, 2027 at 20:24 UTC. Those source facts suggest limited lunar interference around the peak, but they do not tell you when the Moon rises or sets at your address.
Moon phase alone cannot guarantee a dark sky. Local moonrise and moonset, twilight, streetlights, haze and cloud cover all affect the view. The Moonlight and Stargazing guide explains why illumination percentage is only one part of the contrast question; check a local sky chart for the actual night.
Watch a wide area of sky with the naked eye
You do not need a telescope or binoculars to watch meteors. NASA recommends a dark place and a broad view of the sky; meteors can appear away from the radiant, so do not stare at one constellation. Dress for winter conditions, give your eyes time to adapt and allow for quiet gaps between meteors.
NASA places the Quadrantid radiant in Boötes, near the former constellation Quadrans Muralis, but the named radiant is a guide for identifying the shower—not a point that every meteor will cross. A comfortable, unobstructed view and patience are more useful than magnification. Read the How to watch a meteor shower guide for general observing basics.
References[3]
Plan the date now; check weather and access close to the night
An astronomy calendar can help you plan a date, but it cannot predict local weather and cloud conditions months in advance. Use the current local stargazing forecast only when its supported window includes your intended night, check its timestamp and location, and recheck before leaving. No forecast or event date guarantees clear skies.
Confirm that any observing place is open and legally accessible at night; this page does not recommend a site, route or parking location. Winter weather and road conditions can change. Skip travel if the actual conditions, access rules or your ability to return safely are uncertain.
Scope and date limits
This is a dated guide to the 2027 Quadrantids, not a live visibility forecast, a guaranteed meteor count or a complete list of January sky events. AMS's activity dates and peak-night label are calendar dates; its predicted maximum is given in UTC; USNO's Moon phase is a UTC instant. Convert those markers to your local civil date and use a local chart for the actual sky.
The dates apply only to the Dec. 28, 2026–Jan. 12, 2027 activity window. The guide is removed from public discovery at the Jan. 14, 2027 00:00 UTC cutoff; after that, the page remains an archive and is marked noindex. Use the astronomy calendar for current event dates, and see the December 2026 stargazing planner for month-wide advance context.
Put this guide to work
Questions and answers
When do the Quadrantids peak in 2027?
AMS lists the peak night as Jan. 3–4, 2027 and predicts the maximum near Jan. 4 at 03:30 UTC. It says that timing favors Europe and western Asia. Convert UTC to your local civil time and check radiant height and darkness; the source time is not a guaranteed local viewing hour.
What time is the Quadrantid maximum in the United States?
03:30 UTC on Jan. 4 converts to the evening of Jan. 3 in the contiguous United States: about 7:30 p.m. PST, 8:30 p.m. MST, 9:30 p.m. CST or 10:30 p.m. EST. These are clock conversions, not a recommendation or visibility forecast for any U.S. location.
Will the Moon interfere with the 2027 Quadrantids?
AMS describes a thin waning crescent about 18% illuminated near the listed peak and calls lunar conditions favorable. USNO lists New Moon on Jan. 7 at 20:24 UTC. Local Moon altitude, twilight, clouds and artificial light still affect the view.
Can I see the Quadrantids from the United States?
NASA says the shower is best viewed in the Northern Hemisphere, which includes the United States. AMS says the predicted 2027 maximum timing favors Europe and western Asia. A U.S. clock conversion alone cannot establish visibility; check local radiant height and darkness.
Do I need a telescope, and how many meteors will I see?
No telescope is needed; meteors are watched with the naked eye across a broad sky. No personal meteor count is guaranteed. The actual number you notice depends on the short activity peak, radiant height, darkness, Moon position, clouds, obstructions and viewing time.
Can a forecast now tell me whether January 3 will be clear?
No. This far ahead, use the astronomy calendar to plan around the event date, then check the current local forecast when its supported window reaches your intended night and recheck before travel.
References and revision record
- American Meteor Society — Meteor Shower Calendar 2026/2027expert source, checked 2026-10-15
- U.S. Naval Observatory — Dates of Primary Phases of the Moon (UT; query includes January 2027)primary source, checked 2026-10-15
- NASA — Quadrantids Meteor Showerprimary source, checked 2026-10-15
Recommendations remain subject to current weather, local access rules, and the limits stated in this guide.