Get ready for a celestial spectacle! The night sky is about to put on a show, but not everyone agrees on what’s worth watching. From December 27, 2025, to January 2, 2026, meteor enthusiasts will have a mix of opportunities and challenges. But here's where it gets controversial: while some showers are fading, others are just warming up, and the moon’s interference might just steal the spotlight. Let’s dive into what you can expect—and what might surprise you.
Earlier in September 2025, Daniel Bush captured a breathtaking fireball piercing through clouds at 5:59 CDT (10:55 UT) from Albany, Missouri, USA. Moments like these remind us why meteor watching is both an art and a science. But during our upcoming period, the moon will play a tricky role. On Saturday, December 27th, it reaches its first quarter phase, setting just before midnight (Dec. 28th). While early mornings will start moonlight-free, the waxing gibbous moon will soon dominate the night, making meteor observations increasingly difficult by week’s end.
But here’s the part most people miss: Even with lunar interference, there’s still plenty to see—if you know where and when to look. For evening observers this weekend, expect around 3 meteors per hour from mid-northern latitudes (45°N) and tropical southern locations (25°S). Morning observers, however, could spot up to 13 meteors per hour in the north and 11 in the south. These numbers assume dark-sky conditions; urban viewers will likely see fewer, as only the brightest meteors will cut through light pollution.
Your actual experience will depend on factors like local weather, your alertness, and familiarity with meteor watching. Pro tip: Use star atlases or planetarium apps to locate radiant points—the areas where meteors appear to originate. But remember, meteors don’t appear at the radiant; they streak outward from it. Position yourself so the radiant is near the edge of your field of view for the best tracking.
Now, let’s talk specifics. The Anthelion (ANT) radiant, often misunderstood, isn’t a true shower but a result of Earth’s motion through space. These meteors seem to radiate from a point opposite the sun, creating a vast oval in the sky. Currently centered in Gemini, near the star Wasat, this radiant peaks around 01:00 local standard time (LST). Expect 2 meteors per hour in the northern hemisphere and 1 in the south, with medium-slow speeds of 30 km/sec. But is this really a 'shower'? Some astronomers argue it’s more of a background phenomenon. What do you think?
Next up, the Comae Berenicids (COM), active from December 5th to February 4th, peaked on December 19th. Their radiant in northeastern Leo, near Alula Australis, is best viewed around 05:00 LST. Rates are similar to the Anthelion: 2 per hour in the north, 1 in the south. With speeds of 63 km/sec, these meteors are swift and striking.
The Quadrantids (QUA), active from December 26th to January 16th, peaked on January 3rd. Their radiant in northern Bootes, near Nekkar, is best observed just before dawn. However, don’t expect much—hourly rates are below 1, regardless of location. At 41 km/sec, these meteors are of medium velocity and visible only from the northern and tropical southern regions.
And this is the part most people miss: On January 1st, near 12:46 UT, particles from comet 55P/Levy (1897) might brush Earth, potentially creating a brief outburst. Rates are expected to be low, but observers in Eastern Asia (China, Korea, Japan) are in prime position. The radiant in southern Cepheus will be low for southern viewers, making sightings unlikely. Is this a long shot? Absolutely. But isn’t that what makes meteor watching thrilling?
Finally, let’s not forget sporadic meteors—the lone wolves of the night sky. These unassociated meteors account for most of what we see outside major showers. From mid-northern latitudes, expect 8 per hour before dawn and 2 in the evening. Tropical southern viewers can anticipate 7 and 2, respectively. Moonlight will reduce evening counts, so plan accordingly.
Below is a table summarizing the active showers for December 27/28, with rates, positions, and classifications. But here’s the controversial question: Are Class III showers worth chasing, or should beginners stick to the reliable Class I and II events? Let us know in the comments!
| SHOWER | DATE OF MAXIMUM ACTIVITY | CELESTIAL POSITION | ENTRY VELOCITY | CULMINATION (LST) | HOURLY RATE (North-South) | CLASS |
|----------------------|--------------------------|--------------------|----------------|--------------------|---------------------------|-------|
| Anthelion (ANT) | - | 07:16 (109) +22 | 30 km/sec | 01:00 | 2 – 1 | II |
| Comae Berenicids (COM) | Dec 19 | 11:16 (169) +27 | 63 km/sec | 05:00 | 2 – 1 | II |
| Quadrantids (QUA) | Jan 03 | 15:00 (225) +50 | 41 km/sec | 09:00 | <1 – <1 | I |
| zeta Cepheids (255P/Levy) | Jan 01 | 22:00 (330) +60 | 18 km/sec | 16:00 | ? | III |
Class Explanation:
- Class I: Strong annual showers with Zenith Hourly Rates (ZHR) of 10 or more.
- Class II: Minor showers with ZHRs of 2–10.
- Class III: Rare showers with occasional major displays.
- Class IV: Weak showers best studied by experts or with video equipment.
So, grab your binoculars, find a dark spot, and look up. The sky’s secrets are waiting—but which shower will you bet on? Let the debate begin!
